{"text_format":"3","workbook":"xls","n_sheets":1,"sheets":["Supplementary Table.2"],"not_rendered":{"external_links":1},"cells_cut":3,"read":"whole","date_system":"1900","formulas":"cached_only"}

{"sheet":"Supplementary Table.2","index":0,"n_rows":335,"n_cols":26,"rows_kept":335,"flags":["formulas_cached_only"]}
["Table S2. List of DElncRNAs were identified between the CCI and Sham groups."]
["ncRNA","RNA_type","Position","Strand","Gene","Gene_type","S-1","S-2","S-3","S-4","C-1","C-2","C-3","C-4","log2(Fold_change)","p-value","q-value","Regulation","Website","Cis_target","Trans_target","Trans_energy","KEGG","GO_BP","GO_CC","GO_MF"]
["XR_377016.4","ncRNA","chr5:73380352-73392775","+","Gm34583","lncRNA",23.9703318755672,23.7126759902395,25.7930958092816,31.9414363400879,234.479340133104,191.062226828242,231.643835629734,197.916651050541,3.02178502391525,{"v":6.72457340833715e-56,"d":"6.72E-56"},{"v":9.16559355556353e-53,"d":"9.17E-53"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_377016.4","NA","NA","NA","NA","NA","NA","NA"]
["XR_377017.2","ncRNA","chr5:73370915-73392775","+","Gm34583","lncRNA",19.9752765629727,22.1828259263531,24.7613719769103,27.3783740057896,162.890515048218,168.647105245041,191.74346202844,144.226495712362,2.82351232812359,{"v":9.11398785666609e-43,"d":"9.11E-43"},{"v":7.8457044938753e-40,"d":"7.85E-40"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_377017.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_003952619.1","ncRNA","chr18:42615618-42620882","-","C030004G16Rik","lncRNA",9.98763828148633,3.82462515971605,1.03172383237126,5.47567480115793,72.6263442890144,99.2669670113215,96.4259028697936,122.118784690759,4.27489700523359,{"v":4.92022608247434e-30,"d":"4.92E-30"},{"v":2.43864296378637e-27,"d":"2.44E-27"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003952619.1","NA","Ap4s1;Ate1;Cwc22;Dcdc2c;Dhtkd1;Gm7102;Ipp;Kif2a;Mill2;Slc16a6;Snapc3;Sp110;Tbc1d23","-20.00;-23.70;-20.80;-34.80;-13.50;-15.80;-25.40;-14.80;-10.50;-19.40;-11.40;-21.00;-20.10","NA","NA","NA","NA"]
["XR_865708.2","ncRNA","chr1:166045452-166049092","-","Gm33224","lncRNA",0,4.58955019165926,9.28551449134137,3.65044986743862,92.3392091674612,72.582298459891,115.267745959294,113.696799539672,4.50055638338148,{"v":5.88773442404815e-30,"d":"5.89E-30"},{"v":2.75142240684947e-27,"d":"2.75E-27"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_865708.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_865710.2","ncRNA","chr1:166045452-166049092","-","Gm33224","lncRNA",0,4.58955019165926,9.28551449134137,3.65044986743862,92.3392091674612,72.582298459891,114.159402248147,107.380310676357,4.47307685912562,{"v":9.02648464367794e-30,"d":"9.03E-30"},{"v":3.99019413059449e-27,"d":"3.99E-27"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_865710.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_865709.2","ncRNA","chr1:166045452-166049092","-","Gm33224","lncRNA",0,4.58955019165926,9.28551449134137,3.65044986743862,91.3016899633324,70.4475249757765,114.159402248147,112.644051395786,4.48085184730356,{"v":1.75656240612247e-29,"d":"1.76E-29"},{"v":7.56061439856293e-27,"d":"7.56E-27"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_865709.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_373449.3","ncRNA","chr1:62821330-62838125","-","Gm4208","lncRNA",6.99134679704043,4.58955019165926,13.4124098208264,7.30089973487723,86.1140939426886,103.53651397955,96.4259028697936,76.8506145036674,3.53178504117329,{"v":1.10193593147654e-28,"d":"1.10E-28"},{"v":4.39591807200737e-26,"d":"4.40E-26"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_373449.3","Nrp2","NA","NA","NA","NA","NA","NA"]
["XR_001782541.2","ncRNA","chr18:42615618-42620882","-","C030004G16Rik","lncRNA",9.98763828148633,4.58955019165926,1.03172383237126,2.73783740057896,71.5888250848857,116.345154884237,76.4757160691467,122.118784690759,4.40069078691119,{"v":2.57763939054751e-28,"d":"2.58E-28"},{"v":1.00380642551893e-25,"d":"1.00E-25"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001782541.2","NA","Ap4s1;Ate1;Cwc22;Dcdc2c;Dhtkd1;Gm7102;Ipp;Kif2a;Mill2;Slc16a6;Snapc3;Sp110;Tbc1d23","-10.20;-23.70;-32.70;-30.20;-14.20;-24.90;-15.80;-19.30;-10.60;-19.40;-11.40;-28.30;-18.10","NA","NA","NA","NA"]
["XR_373676.2","ncRNA","chr1:166045452-166049074","-","Gm33224","lncRNA",0,3.82462515971605,9.28551449134137,3.65044986743862,79.8889787179159,64.0432045234332,99.7509340032348,102.116569956928,4.38827981787462,{"v":7.40855365327612e-27,"d":"7.41E-27"},{"v":2.75396144438601e-24,"d":"2.75E-24"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_373676.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_001782540.2","ncRNA","chr18:42615618-42620882","-","C030004G16Rik","lncRNA",8.9888744533377,3.82462515971605,1.03172383237126,1.82522493371931,64.3261906559842,82.188779138406,68.7173100911173,107.380310676357,4.3734217968889,{"v":3.99363487365411e-25,"d":"3.99E-25"},{"v":1.36083108319764e-22,"d":"1.36E-22"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001782540.2","NA","Ap4s1;Ate1;Cwc22;Dcdc2c;Dhtkd1;Gm7102;Ipp;Kif2a;Mill2;Slc16a6;Snapc3;Sp110;Tbc1d23","-20.20;-23.70;-20.80;-20.20;-20.20;-23.40;-25.40;-19.30;-10.80;-19.40;-11.40;-16.30;-14.20","NA","NA","NA","NA"]
["XR_877355.2","ncRNA","chr18:42615618-42623817","-","C030004G16Rik","lncRNA",5.9925829688918,1.52985006388642,0,0.912612466859654,102.714401208749,90.7278730748637,62.067247824235,126.329777266303,5.53328169894262,{"v":5.01388946221228e-25,"d":"5.01E-25"},{"v":1.67361583763151e-22,"d":"1.67E-22"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_877355.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_877357.2","ncRNA","chr18:42615618-42623817","-","C030004G16Rik","lncRNA",5.9925829688918,1.52985006388642,0,0.912612466859654,101.67688200462,86.4583261066349,62.067247824235,117.907792115216,5.48061578707697,{"v":1.02386988196605e-24,"d":"1.02E-24"},{"v":3.28361093910524e-22,"d":"3.28E-22"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_877357.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_373678.3","ncRNA","chr1:166045452-166049086","-","Gm33224","lncRNA",0,4.58955019165926,9.28551449134137,1.82522493371931,72.6263442890144,57.6388840710899,95.3175591586466,88.4308440864118,4.33384301840484,{"v":1.78732720843145e-24,"d":"1.79E-24"},{"v":5.6218315040586e-22,"d":"5.62E-22"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_373678.3","NA","NA","NA","NA","NA","NA","NA"]
["XR_003952620.1","ncRNA","chr18:42615618-42623817","-","C030004G16Rik","lncRNA",2.9962914844459,0.76492503194321,0,3.65044986743862,76.7764211055296,87.5257128486921,77.5840597802937,101.063821813042,5.54906558230855,{"v":6.54150774039323e-24,"d":"6.54E-24"},{"v":1.98135001114577e-21,"d":"1.98E-21"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003952620.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_003948768.1","ncRNA","chr1:166045452-166049092","-","Gm33224","lncRNA",0,3.05970012777284,4.12689532948505,3.65044986743862,66.4012290642418,54.4367238449182,86.4508094694702,103.169318100814,4.8242920131177,{"v":1.4998277437159e-23,"d":"1.50E-23"},{"v":4.38056831718165e-21,"d":"4.38E-21"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003948768.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_003956386.1","ncRNA","chr6:3330738-3346139","-","Gm20559","lncRNA",461.428888604669,344.216264374444,509.671573191404,458.131458363546,897.454111571393,866.718034550463,1040.73474476708,1151.70646941112,1.16086358982334,{"v":8.75123684244849e-23,"d":"8.75E-23"},{"v":2.38558716325146e-20,"d":"2.39E-20"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003956386.1","NA","1810030O07Rik;2900026A02Rik;4930430F08Rik;App;Arhgef37;CN725425;Cdc14b;Cdkl2;Cln8;Cradd;Fbxl17;Galc;Gm16867;Gm52229;Hmmr;Intu;Lcorl;Nckap5;Ncor2;Ppm1h;Prickle2;Psma3;Pyurf;Rbm12b1;Slc12a8;Slc7a14;Spopl;Srf;Syn3;Terf2ip;Tfcp2l1;Trappc9;Ttc28;Utp23;Vmn2r1;Zfp619;Zfp950;Zfyve28","-23.50;-22.90;-13.30;-36.00;-29.20;-34.20;-35.10;-39.60;-30.10;-27.00;-11.30;-21.20;-13.60;-15.50;-23.20;-27.80;-15.70;-21.50;-9.70;-19.20;-11.00;-19.50;-17.90;-26.80;-18.40;-41.30;-24.00;-19.70;-14.00;-29.80;-27.70;-19.70;-19.90;-27.20;-23.00;-23.70;-35.70;-22.30","NA","DNA repair;regulation of chromosome organization;phosphatidylinositol biosynthetic process;glycerophospholipid biosynthetic process;phosphatidylinositol metabolic process;membrane lipid metabolic process;I-kappaB kinase/NF-kappaB signaling;glycerophospholipid metabolic process;double-strand break repair;phospholipid biosynthetic process;membrane lipid biosynthetic process;regulation of DNA metabolic process;telomere organization;regulation of NIK/NF-kappaB signaling;regulation of telomere maintenance;negative regulation of organelle organization;glycerolipid biosynthetic process;telomere maintenance;phospholipid metabolic process;NIK/NF-kappaB signaling;negative regulation of phosphorylation;DNA recombination;regulation of DNA repair;regulation of DNA-binding transcription factor activity;regulation of I-kappaB kinase/NF-kappaB signaling;organophosphate biosynthetic process;GPI anchor biosynthetic process;GPI anchor metabolic process;glycolipid metabolic process;liposaccharide metabolic process;anatomical structure homeostasis;glycolipid biosynthetic process;negative regulation of protein phosphorylation;glycerolipid metabolic process;regulation of response to DNA damage stimulus;recombinational repair;positive regulation of NF-kappaB transcription factor activity;positive regulation of NIK/NF-kappaB signaling;regulation of protein acetylation;positive regulation of I-kappaB kinase/NF-kappaB signaling;regulation of double-strand break repair;negative regulation of DNA metabolic process;protein acylation;double-strand break repair via homologous recombination;negative regulation of chromosome organization;positive regulation of protein acetylation;negative regulation of DNA recombination;negative regulation of telomere maintenance;protein lipidation;protein acetylation;positive regulation of DNA-binding transcription factor activity;lipoprotein biosynthetic process;protein localization to chromosome;regulation of DNA recombination;regulation of double-strand break repair via homologous recombination;lipoprotein metabolic process;peptidyl-serine modification;peptidyl-serine phosphorylation;protein localization to chromosome, telomeric region;telomere maintenance via telomere lengthening;regulation of peptidyl-serine phosphorylation;positive regulation of peptidyl-serine phosphorylation","nuclear envelope;chromosomal region;nuclear chromosome, telomeric region;chromosome, telomeric region;telomere cap complex;nuclear telomere cap complex;chromosome, telomeric repeat region;protein-DNA complex","telomeric DNA binding;phosphatase binding;G-rich strand telomeric DNA binding;single-stranded telomeric DNA binding;sequence-specific single stranded DNA binding;single-stranded DNA binding"]
["XR_373679.4","ncRNA","chr1:166045452-166049092","-","Gm33224","lncRNA",0,3.05970012777284,4.12689532948505,3.65044986743862,62.2511522477267,53.369337102861,79.8007472025879,100.011073669156,4.75286132982336,{"v":9.02766588088747e-23,"d":"9.03E-23"},{"v":2.42059841225894e-20,"d":"2.42E-20"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_373679.4","NA","NA","NA","NA","NA","NA","NA"]
["NR_045870.1","ncRNA","chr12:27140796-27160516","-","Gm9866","lncRNA",131.83682531562,129.272330398402,139.282717370121,110.426108490018,298.805530789088,262.577138546076,334.71980076641,347.406887482332,1.28502583198902,{"v":2.10974610529106e-22,"d":"2.11E-22"},{"v":5.30877035356009e-20,"d":"5.31E-20"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_045870.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_045869.1","ncRNA","chr12:27140796-27160516","-","Gm9866","lncRNA",133.834352971917,131.567105494232,140.314441202492,112.251333423737,299.843049993217,264.711912030191,343.586550455587,347.406887482332,1.27858372761276,{"v":2.72964699836595e-22,"d":"2.73E-22"},{"v":6.66359795601097e-20,"d":"6.66E-20"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_045869.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_003948770.1","ncRNA","chr1:166045452-166049092","-","Gm33224","lncRNA",0,3.05970012777284,4.12689532948505,3.65044986743862,61.2136330435979,51.2345636187466,78.6924034914408,92.6418366619552,4.69467959455025,{"v":2.70735708006614e-22,"d":"2.71E-22"},{"v":6.66359795601097e-20,"d":"6.66E-20"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003948770.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_045868.1","ncRNA","chr12:27140796-27160516","-","Gm9866","lncRNA",147.817046565998,143.04098097338,159.917194017546,125.027907959773,322.66847248405,290.329193839564,385.703611479175,386.358568806109,1.26816128600488,{"v":3.71341952834054e-22,"d":"3.71E-22"},{"v":8.80241881239679e-20,"d":"8.80E-20"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_045868.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_045143.1","ncRNA","chr14:123169186-123176176","+","AA536875","lncRNA",4.99381914074317,6.11940025554568,5.15861916185632,5.47567480115793,53.9509986146964,58.7062708131471,70.9339975134114,78.9561107914391,3.58246994110279,{"v":4.0396096237651e-22,"d":"4.04E-22"},{"v":9.30589507131015e-20,"d":"9.31E-20"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_045143.1","NA","Crot;Dlgap4;Kcng3;Mtfr1;Rab21;Srf;Tafa5;Ttc28;Zfp950","-14.40;-13.10;-25.50;-20.20;-33.90;-17.80;-14.50;-17.80;-7.40","NA","NA","NA","NA"]
["XR_001782543.2","ncRNA","chr18:42615618-42620882","-","C030004G16Rik","lncRNA",6.99134679704043,3.82462515971605,1.03172383237126,1.82522493371931,54.9885178188252,65.1105912654904,55.4171855573527,88.4308440864118,4.26744467261158,{"v":1.27701765005315e-21,"d":"1.28E-21"},{"v":2.86121927181772e-19,"d":"2.86E-19"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001782543.2","NA","Ap4s1;Ate1;Cwc22;Dcdc2c;Dhtkd1;Gm7102;Ipp;Kif2a;Mill2;Slc16a6;Snapc3;Sp110;Tbc1d23","-20.00;-23.70;-32.70;-20.20;-20.20;-24.70;-25.40;-18.20;-10.80;-19.40;-11.40;-16.30;-14.20","NA","NA","NA","NA"]
["XR_003948878.1","ncRNA","chr10:61494722-61498759","-","LOC115487393","lncRNA",101.873910471161,94.850703960958,98.01376407527,120.464845625474,257.304762623937,292.463967323678,246.052303874646,233.71008794266,1.31114061872463,{"v":1.29466776911906e-21,"d":"1.29E-21"},{"v":2.861565679961e-19,"d":"2.86E-19"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003948878.1","Lrrc20","Akap11;Cdca2;Npas3;Ntrk3;Pigq;Tmem132e","-17.10;-25.00;-16.50;-26.00;-37.40;-32.50","Glycosylphosphatidylinositol (GPI)-anchor biosynthesis;Central carbon metabolism in cancer;Neurotrophin signaling pathway;Calcium signaling pathway","positive regulation of neuron projection development;action potential;phosphatidylinositol biosynthetic process;locomotory behavior;positive regulation of neuron differentiation;glycerophospholipid biosynthetic process;phosphatidylinositol metabolic process;neuron projection extension;multicellular organismal signaling;developmental cell growth;membrane lipid metabolic process;glycerophospholipid metabolic process;regulation of axon extension;transmission of nerve impulse;neuromuscular process;positive regulation of cell projection organization;positive regulation of cell growth;phospholipid biosynthetic process;membrane lipid biosynthetic process;developmental growth involved in morphogenesis;phosphatidylinositol-mediated signaling;axon extension;inositol lipid-mediated signaling;regulation of extent of cell growth;positive regulation of axon extension;glycerolipid biosynthetic process;phospholipid metabolic process;reproductive behavior;negative regulation of phosphorylation;regulation of MAP kinase activity;regulation of GTPase activity;phosphatidylinositol 3-kinase signaling;regulation of cell growth;positive regulation of protein kinase activity;organophosphate biosynthetic process;regulation of cellular component size;GPI anchor biosynthetic process;positive regulation of MAP kinase activity;activation of protein kinase B activity;activation of protein kinase activity;GPI anchor metabolic process;glycolipid metabolic process;regulation of cell size;liposaccharide metabolic process;presynapse organization;regulation of phosphatidylinositol 3-kinase signaling;glycolipid biosynthetic process;negative regulation of protein phosphorylation;glycerolipid metabolic process;regulation of developmental growth;positive regulation of growth;positive regulation of GTPase activity;axonogenesis;positive regulation of axonogenesis;regulation of chemotaxis;presynapse assembly;chromosome segregation;activation of GTPase activity;positive regulation of protein dephosphorylation;protein dephosphorylation;regulation of membrane potential;positive regulation of dephosphorylation;maternal behavior;negative regulation of neurogenesis;regulation of axonogenesis;parental behavior;regulation of postsynaptic density organization;dephosphorylation;positive regulation of protein serine/threonine kinase activity;regulation of actin cytoskeleton organization;regulation of protein kinase B signaling;postsynapse organization;positive regulation of response to external stimulus;positive regulation of developmental growth;regulation of cell morphogenesis involved in differentiation;startle response;regulation of dephosphorylation;negative regulation of cell development;positive regulation of cell morphogenesis involved in differentiation;regulation of protein serine/threonine kinase activity;neuronal action potential propagation;action potential propagation;protein lipidation;synapse organization;synapse assembly;protein localization to endosome;negative regulation of nervous system development;regulation of actin cytoskeleton reorganization;protein kinase B signaling;lipoprotein biosynthetic process;regulation of postsynapse organization;regulation of actin filament-based process;activation of MAPK activity;regulation of protein dephosphorylation;regulation of postsynaptic density assembly;regulation of organelle assembly;neuron migration;cell junction assembly;rhythmic process;regulation of excitatory synapse assembly;circadian rhythm;regulation of postsynaptic specialization assembly;regulation of postsynapse assembly;postsynapse assembly;positive regulation of actin cytoskeleton reorganization;postsynaptic density organization;response to nerve growth factor;cellular response to nerve growth factor stimulus;sensory system development;regulation of axon regeneration;lens fiber cell differentiation;endothelium development;postsynaptic density assembly;endothelial cell development;regulation of cell junction assembly;eye development;lens development in camera-type eye;lipoprotein metabolic process;visual system development;regulation of neuron projection regeneration;epithelial cell development;regulation of synapse organization;postsynaptic specialization organization;positive regulation of chemotaxis;peptidyl-serine modification;glial cell development;regulation of synapse structure or activity;postsynaptic specialization assembly;excitatory synapse assembly;peptidyl-serine phosphorylation;regulation of synapse assembly;astrocyte differentiation;actin cytoskeleton reorganization;establishment of endothelial barrier;response to axon injury;axon regeneration;regulation of presynapse assembly;negative regulation of gliogenesis;positive regulation of axon regeneration;gliogenesis;positive regulation of neuron projection regeneration;regulation of endothelial cell development;regulation of establishment of endothelial barrier;regulation of presynapse organization;positive regulation of synapse assembly;positive regulation of cytoskeleton organization;regulation of peptidyl-serine phosphorylation;positive regulation of endothelial cell differentiation;neuron projection regeneration;camera-type eye development;response to wounding;cell fate specification;negative regulation of astrocyte differentiation;positive regulation of peptidyl-serine phosphorylation;endothelial cell differentiation;positive regulation of cell junction assembly;positive regulation of phosphatidylinositol 3-kinase signaling;glial cell differentiation;cell fate commitment;peripheral nervous system development;regulation of response to wounding;positive regulation of positive chemotaxis;regulation of positive chemotaxis;myelination in peripheral nervous system;peripheral nervous system axon ensheathment;hair cell differentiation;regulation of gliogenesis;Schwann cell development;regulation of astrocyte differentiation;mechanoreceptor differentiation;negative regulation of glial cell differentiation;neuron fate specification;myelination;regulation of endothelial cell differentiation;epidermal cell differentiation;ensheathment of neurons;axon ensheathment;Schwann cell differentiation;regeneration;positive chemotaxis;positive regulation of response to wounding;neuron fate commitment;epidermis development;regulation of glial cell differentiation;regulation of epithelial cell differentiation;positive regulation of epithelial cell differentiation","synaptic membrane;postsynaptic membrane;intrinsic component of synaptic membrane;intrinsic component of postsynaptic membrane;integral component of synaptic membrane;integral component of postsynaptic membrane;receptor complex;peroxisome;microbody;mitochondrial outer membrane;outer membrane;organelle outer membrane","ephrin receptor activity;transmembrane receptor protein tyrosine kinase activity;transferase activity, transferring glycosyl groups;UDP-glycosyltransferase activity;transferase activity, transferring hexosyl groups;transmembrane receptor protein kinase activity;protein phosphatase 1 binding;protein tyrosine kinase activity;acetylglucosaminyltransferase activity;protein kinase A binding;phosphatase binding;kinase regulator activity;neurotrophin binding;protein kinase A catalytic subunit binding;protein heterodimerization activity;protein phosphatase binding;p53 binding;protein kinase A regulatory subunit binding;growth factor binding"]
["XR_003956387.1","ncRNA","chr6:3330738-3346138","-","Gm20559","lncRNA",437.458556729101,315.914038192546,468.402619896554,408.850385153125,797.85226797503,780.259708443828,942.092154474995,1043.27341059088,1.13128151343552,{"v":1.03369586432628e-20,"d":"1.03E-20"},{"v":2.16758071242572e-18,"d":"2.17E-18"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003956387.1","NA","Zfp619",-23.7,"NA","NA","NA","NA"]
["XR_373448.3","ncRNA","chr1:62821331-62823600","-","Gm4208","lncRNA",5.9925829688918,4.58955019165926,7.22206682659885,7.30089973487723,54.9885178188252,67.2453647496049,69.8256538022644,46.3209183309776,3.26386851271167,{"v":2.27921336264384e-19,"d":"2.28E-19"},{"v":4.38574279522384e-17,"d":"4.39E-17"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_373448.3","Nrp2","NA","NA","NA","NA","NA","NA"]
["XR_868247.2","ncRNA","chr5:10334420-10357237","+","Gm31831","lncRNA",0,0,0,0,117.239670066552,80.0540056542915,124.13449564847,96.8528292374986,9.26944075405474,{"v":5.08738328158316e-19,"d":"5.09E-19"},{"v":9.45559556290616e-17,"d":"9.46E-17"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_868247.2","NA","2210408I21Rik;Bnip5;Cd209c;Gm14393;Gm31493;Gm9222;Il1f9;Magi2;Mpv17l;Pkd2;Psg29;Wdr31;Xpnpep1","-10.70;-17.60;-70.30;-20.70;-19.10;-19.90;-33.40;-25.10;-14.00;-24.00;-12.80;-24.50;-19.70","NA","NA","NA","NA"]
["XR_003956383.1","ncRNA","chr6:3330738-3346141","-","Gm20559","lncRNA",608.247171342518,439.066968335402,583.955689122135,542.091805314635,1017.80633925033,951.041587172983,1154.89414701523,1371.73083148327,1.05082959728676,{"v":7.55165226841973e-19,"d":"7.55E-19"},{"v":1.38780701687947e-16,"d":"1.39E-16"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003956383.1","NA","Zfp619",-33.6,"NA","NA","NA","NA"]
["NR_040320.1","ncRNA","chr19:41746961-41750097","+","Gm19424","lncRNA",14.9814574222295,15.2985006388642,19.602752815054,10.9513496023159,64.3261906559842,72.582298459891,87.5591531806172,91.5890885180693,2.3841135951201,{"v":8.39658009984652e-19,"d":"8.40E-19"},{"v":1.52593849014544e-16,"d":"1.53E-16"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_040320.1","Slit1","Slit1",-13.3,"Axon guidance","neuron projection extension;developmental cell growth;regulation of axon extension;developmental growth involved in morphogenesis;axon extension;regulation of extent of cell growth;motor neuron axon guidance;negative regulation of locomotion;negative regulation of cellular component movement;regulation of cell growth;regulation of cellular component size;regulation of cell size;regulation of developmental growth;axonogenesis;axon extension involved in axon guidance;neuron projection extension involved in neuron projection guidance;regulation of chemotaxis;establishment of organelle localization;telencephalon cell migration;negative regulation of neurogenesis;regulation of axonogenesis;forebrain cell migration;regulation of axon guidance;regulation of axon extension involved in axon guidance;regulation of cell morphogenesis involved in differentiation;axon guidance;negative regulation of cell development;neuron projection guidance;negative regulation of cell projection organization;negative regulation of neuron differentiation;negative regulation of nervous system development;negative regulation of cell morphogenesis involved in differentiation;negative regulation of chemotaxis;negative chemotaxis;forebrain development;negative regulation of axon extension;negative regulation of response to external stimulus;negative regulation of axonogenesis;negative regulation of neuron projection development;nucleus localization;telencephalon development;negative regulation of developmental growth;negative regulation of axon extension involved in axon guidance;negative regulation of axon guidance;olfactory bulb development;negative regulation of cell growth;olfactory lobe development;nuclear migration;negative regulation of growth;retinal ganglion cell axon guidance","NA","sulfur compound binding;heparan sulfate proteoglycan binding;proteoglycan binding;Roundabout binding;glycosaminoglycan binding;heparin binding"]
["XR_003956385.1","ncRNA","chr6:3330738-3346141","-","Gm20559","lncRNA",607.248407514369,429.887867952084,580.860517625021,542.091805314635,1004.31858959666,941.435106494468,1140.48567877032,1352.78136489332,1.04150755119748,{"v":3.78472655570366e-18,"d":"3.78E-18"},{"v":6.31663138215194e-16,"d":"6.32E-16"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003956385.1","NA","Zfp619",-33.6,"NA","NA","NA","NA"]
["XR_003956384.1","ncRNA","chr6:3330738-3346141","-","Gm20559","lncRNA",610.244698998815,436.00726820763,588.08258445162,543.917030248354,1006.39362800491,943.569879978583,1158.21917814867,1361.20335004441,1.03920736705128,{"v":4.44578026068836e-18,"d":"4.45E-18"},{"v":7.34496787311302e-16,"d":"7.34E-16"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003956384.1","NA","1810030O07Rik;Arhgef37;Cdc14b;Cln8;Cradd;Intu;Nckap5;Ppm1h;Prickle2;Psma3;Slc12a8;Slc7a14;Spopl;Syn3;Tfcp2l1;Trappc9;Utp23;Zfp619;Zfp950","-27.70;-23.40;-33.10;-30.40;-20.30;-30.90;-10.10;-16.20;-8.60;-28.50;-15.40;-41.30;-14.00;-15.10;-30.80;-8.60;-17.70;-33.60;-20.30","NA","NA","NA","NA"]
["XR_001782542.2","ncRNA","chr18:42615618-42620882","-","C030004G16Rik","lncRNA",4.99381914074317,3.05970012777284,1.03172383237126,0.912612466859654,34.2381337362497,62.975817781376,50.9838107127645,75.7978663597815,4.47821684804911,{"v":5.50455104330262e-18,"d":"5.50E-18"},{"v":9.00324368642576e-16,"d":"9.00E-16"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001782542.2","NA","Ap4s1;Ate1;Cwc22;Dcdc2c;Dhtkd1;Gm7102;Ipp;Kif2a;Mill2;Slc16a6;Snapc3;Sp110;Tbc1d23","-12.10;-23.70;-20.80;-34.80;-20.20;-23.40;-25.40;-14.80;-10.80;-19.40;-16.60;-16.30;-14.20","NA","NA","NA","NA"]
["XR_868248.2","ncRNA","chr5:10334420-10357231","+","Gm31831","lncRNA",0,0,0,0,91.3016899633324,59.7736575552043,98.6425902920878,74.7451182158957,8.90292211320274,{"v":1.61695690164045e-17,"d":"1.62E-17"},{"v":2.54297568107992e-15,"d":"2.54E-15"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_868248.2","NA","2210408I21Rik;Bnip5;Cd209c;Gm14393;Gm31493;Gm9222;Il1f9;Magi2;Mpv17l;Pkd2;Psg29;Wdr31;Xpnpep1","-16.50;-23.70;-59.10;-18.20;-19.10;-13.20;-33.40;-12.30;-30.10;-19.80;-23.60;-23.60;-18.70","NA","NA","NA","NA"]
["XR_868249.2","ncRNA","chr5:10334420-10357229","+","Gm31831","lncRNA",0,0,0,0,88.1891323509461,59.7736575552043,94.2092154474995,73.6923700720098,8.86422405649147,{"v":2.16364516988873e-17,"d":"2.16E-17"},{"v":3.37034099035239e-15,"d":"3.37E-15"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_868249.2","NA","2210408I21Rik;Bnip5;Cd209c;Gm14393;Gm31493;Gm9222;Il1f9;Magi2;Mpv17l;Pkd2;Psg29;Wdr31;Xpnpep1","-16.50;-23.70;-58.70;-18.20;-19.10;-20.40;-33.40;-12.30;-13.30;-19.80;-26.50;-23.60;-18.70","NA","NA","NA","NA"]
["XR_003956388.1","ncRNA","chr6:3330738-3346141","-","Gm20559","lncRNA",340.578465398684,246.305860285714,373.484027318397,342.22967507237,631.849195314426,597.736575552043,722.640099667879,854.831492835314,1.11140761380946,{"v":2.21396138604807e-17,"d":"2.21E-17"},{"v":3.41618419152851e-15,"d":"3.42E-15"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003956388.1","NA","Zfp619",-15.8,"NA","NA","NA","NA"]
["XR_868250.2","ncRNA","chr5:10302386-10357229","+","Gm31831","lncRNA",0,0,0,0,87.1516131468173,60.8410442972616,89.7758406029113,70.5341256403522,8.82936262743285,{"v":2.82484305242495e-17,"d":"2.82E-17"},{"v":4.31804980985631e-15,"d":"4.32E-15"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_868250.2","NA","2210408I21Rik;Bnip5;Cd209c;Gm14393;Gm31493;Gm9222;Il1f9;Magi2;Mpv17l;Pkd2;Psg29;Wdr31;Xpnpep1","-16.50;-23.70;-58.70;-18.20;-19.10;-20.40;-15.30;-12.30;-13.30;-19.80;-26.50;-23.60;-18.70","NA","NA","NA","NA"]
["XR_001783797.2","ncRNA","chr3:21863062-21964346","-","Gm31813","lncRNA",0.998763828148633,0.76492503194321,1.03172383237126,7.30089973487723,48.7634025940526,62.975817781376,36.5753424678528,55.7956516259503,4.34093922279811,{"v":5.74234483189636e-17,"d":"5.74E-17"},{"v":8.53834473368154e-15,"d":"8.54E-15"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783797.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_003956390.1","ncRNA","chr6:3330738-3346141","-","Gm20559","lncRNA",339.579701570535,237.126759902395,370.388855821284,342.22967507237,618.361445660752,588.130094873528,708.231631422967,835.882026245368,1.09700267904151,{"v":2.72323226840288e-16,"d":"2.72E-16"},{"v":3.80693905829039e-14,"d":"3.81E-14"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003956390.1","NA","Zfp619",-15.8,"NA","NA","NA","NA"]
["XR_003956389.1","ncRNA","chr6:3330738-3346141","-","Gm20559","lncRNA",342.575993054981,243.246160157941,377.610922647882,344.05490000609,620.436484069009,590.264868357643,725.96513080132,844.304011396455,1.09253709731255,{"v":3.01791145730762e-16,"d":"3.02E-16"},{"v":4.18313218607826e-14,"d":"4.18E-14"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003956389.1","NA","1810030O07Rik;Arhgef37;Cdc14b;Cln8;Cradd;Intu;Nckap5;Ppm1h;Prickle2;Psma3;Slc12a8;Slc7a14;Spopl;Syn3;Tfcp2l1;Trappc9;Utp23;Zfp619;Zfp950","-30.60;-29.20;-32.40;-18.00;-17.90;-22.60;-15.30;-16.20;-12.80;-25.70;-18.40;-29.80;-24.00;-8.20;-27.00;-20.70;-23.90;-15.80;-35.70","NA","NA","NA","NA"]
["NR_045145.1","ncRNA","chr14:123168503-123176176","+","AA536875","lncRNA",4.99381914074317,3.82462515971605,8.25379065897011,5.47567480115793,35.2756529403784,61.9084310393188,45.4420921570292,52.6374071942927,3.14260099672156,{"v":1.37497554281421e-15,"d":"1.37E-15"},{"v":1.78484920462454e-13,"d":"1.78E-13"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_045145.1","NA","Crot;Dlgap4;Kcng3;Mtfr1;Rab21;Srf;Tafa5;Ttc28;Zfp950","-14.40;-13.10;-25.50;-20.20;-33.90;-17.80;-14.50;-18.00;-7.40","NA","NA","NA","NA"]
["NR_045144.1","ncRNA","chr14:123169186-123176176","+","AA536875","lncRNA",4.99381914074317,3.82462515971605,2.06344766474253,5.47567480115793,35.2756529403784,49.0997901346321,43.2254047347351,48.4264146187493,3.41951147596697,{"v":1.83496757100321e-15,"d":"1.83E-15"},{"v":2.34474449932254e-13,"d":"2.34E-13"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_045144.1","NA","Crot;Dlgap4;Kcng3;Mtfr1;Rab21;Srf;Tafa5;Ttc28;Zfp950","-14.40;-13.10;-25.50;-20.20;-33.90;-17.80;-10.60;-17.80;-7.40","NA","NA","NA","NA"]
["XR_001782544.2","ncRNA","chr18:42615618-42623817","-","C030004G16Rik","lncRNA",1.99752765629727,0.76492503194321,0,0,68.4762674724993,70.4475249757765,49.8754670016174,86.3253477986401,6.64873244761155,{"v":1.72205301122373e-14,"d":"1.72E-14"},{"v":2.11773677079514e-12,"d":"2.12E-12"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001782544.2","NA","NA","NA","NA","NA","NA","NA"]
["NR_102296.1","ncRNA","chr9:96765562-96774397","+","C430002N11Rik","lncRNA",36.9542616414994,27.5373011499556,16.5075813179402,43.8053984092634,90.2641707592037,102.469127237493,110.834371114705,109.485806964129,1.72257487026323,{"v":8.40741801419947e-14,"d":"8.41E-14"},{"v":9.82226636001761e-12,"d":"9.82E-12"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_102296.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_868422.2","ncRNA","chr5:53220959-53235912","+","Gm30464","lncRNA",43.9456084385399,58.8992274596272,47.4592962890781,51.1062981441406,122.427266087196,146.231983661839,135.217932759941,109.485806964129,1.34068788199145,{"v":2.04295606972444e-13,"d":"2.04E-13"},{"v":2.24258989774583e-11,"d":"2.24E-11"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_868422.2","Sel1l3","2810021J22Rik;Abcd2;Abitram;Adarb1;Atp11a;C2cd5;Celf2;Cyb5d1;Fgf1;Fktn;Gfod2;Gm38523;Kcnh6;Kdsr;L3mbtl1;Mettl2;Mfap1a;Myorg;Ncor1;Nwd1;Pank1;Pde5a;Pfkfb4;Pfn4;Pgpep1l;Pik3ip1;Psmd9;Rab27a;Rpl3l;Samd12;Slfn5;Snupn;Tacc2;Tmprss7;Trim65;Wdsub1;Wnt4;Xcr1","-21.40;-12.60;-22.80;-17.00;-13.20;-19.00;-13.90;-23.10;-38.80;-23.90;-24.60;-38.30;-28.90;-18.50;-17.50;-27.00;-24.50;-17.40;-20.90;-27.50;-30.70;-29.20;-27.30;-19.20;-28.00;-12.60;-22.90;-17.20;-15.10;-17.00;-30.50;-29.00;-30.30;-12.80;-24.70;-32.60;-23.30;-30.30","NA","NA","NA","NA"]
["XR_373757.4","ncRNA","chr1:181620997-181627235","-","Gm33612","lncRNA",5.9925829688918,7.6492503194321,9.28551449134137,19.1648618040527,47.7258833899238,55.5041105869755,58.7422166907938,55.7956516259503,2.3697909581232,{"v":4.10638008401127e-13,"d":"4.11E-13"},{"v":4.3898008270646e-11,"d":"4.39E-11"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_373757.4","Dnah14","Dnah14",-15.3,"Motor proteins;Amyotrophic lateral sclerosis;Pathways of neurodegeneration - multiple diseases;Huntington disease","microtubule-based movement","microtubule associated complex;dynein complex","ATPase activity;ATP-dependent microtubule motor activity;microtubule motor activity;dynein light intermediate chain binding;motor activity;dynein intermediate chain binding;ATP-dependent microtubule motor activity, minus-end-directed"]
["XR_001784860.1","ncRNA","chr5:53220959-53235912","+","Gm30464","lncRNA",60.9245935170666,69.6081779068321,58.808258445162,59.3198103458775,132.802458128484,170.781878729155,152.951432138293,125.277029122417,1.22076472873484,{"v":8.75896084057214e-13,"d":"8.76E-13"},{"v":8.95384771927487e-11,"d":"8.95E-11"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001784860.1","Sel1l3","2810021J22Rik;Abcd2;Abitram;Adarb1;Atp11a;C2cd5;Celf2;Cyb5d1;Fgf1;Fktn;Gfod2;Gm38523;Kcnh6;Kdsr;L3mbtl1;Mettl2;Mfap1a;Myorg;Ncor1;Nwd1;Pank1;Pde5a;Pfkfb4;Pfn4;Pgpep1l;Pik3ip1;Psmd9;Rab27a;Rpl3l;Samd12;Slfn5;Snupn;Tacc2;Tmprss7;Trim65;Wdsub1;Wnt4;Xcr1","-19.00;-12.60;-22.10;-19.00;-23.10;-19.90;-13.90;-23.10;-42.60;-23.90;-24.60;-38.30;-29.50;-18.50;-17.50;-22.00;-31.10;-25.80;-24.20;-27.50;-25.50;-29.20;-27.40;-19.20;-30.50;-16.20;-27.70;-35.10;-20.40;-17.00;-30.50;-33.60;-33.80;-12.80;-24.70;-28.90;-29.10;-30.30","NA","NA","NA","NA"]
["NR_102294.1","ncRNA","chr9:96765562-96774397","+","C430002N11Rik","lncRNA",33.9579701570535,28.3022261818988,23.7296481445391,39.2423360749651,80.9264979220447,91.795259816921,98.6425902920878,85.2725996547542,1.50804678339648,{"v":4.29569647677244e-12,"d":"4.30E-12"},{"v":3.53067394844673e-10,"d":"3.53E-10"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_102294.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_001781472.1","ncRNA","chr14:123043282-123265002","+","Gm33906","lncRNA",0.998763828148633,0,0,1.82522493371931,45.6508449816662,73.6496852019482,36.5753424678528,33.6879406043473,6.10740494379678,{"v":5.73864858029138e-12,"d":"5.74E-12"},{"v":4.66971821787293e-10,"d":"4.67E-10"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001781472.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_869599.2","ncRNA","chr6:145973931-145977488","-","Gm38928","lncRNA",3.99505531259453,0.76492503194321,4.12689532948505,8.21351220173689,36.3131721445072,34.1563757458311,43.2254047347351,28.4241998849181,3.09242299109314,{"v":1.39524480566331e-11,"d":"1.40E-11"},{"v":1.0866963829252e-09,"d":"1.09E-09"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_869599.2","Sspn","Gm5820;Senp7","-18.90;-6.70","NA","protein modification by small protein removal;peptidyl-lysine modification;protein desumoylation","synaptic membrane;postsynaptic membrane;sarcolemma;transport vesicle;dystrophin-associated glycoprotein complex;glycoprotein complex","cysteine-type peptidase activity;cysteine-type endopeptidase activity;SUMO-specific protease activity;ubiquitin-like protein-specific protease activity;endopeptidase activity"]
["NR_102295.1","ncRNA","chr9:96765562-96774397","+","C430002N11Rik","lncRNA",27.9653871881617,19.1231257985802,11.3489621560839,30.1162114063686,67.4387482683705,74.7170719440054,70.9339975134114,80.0088589353249,1.72452753858804,{"v":2.32888880263107e-11,"d":"2.33E-11"},{"v":1.77996753531934e-09,"d":"1.78E-09"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_102295.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_102293.1","ncRNA","chr9:96765562-96774397","+","C430002N11Rik","lncRNA",35.9554978133508,26.0074510860691,16.5075813179402,42.8927859424037,74.701382697272,93.9300333010354,96.4259028697936,103.169318100814,1.59836539842623,{"v":3.55295521979021e-11,"d":"3.55E-11"},{"v":2.66569429242609e-09,"d":"2.67E-09"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_102293.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_003955922.1","ncRNA","chr5:53228724-53235912","+","Gm30464","lncRNA",45.9431360948371,68.8432528748889,67.0620491041321,62.0576477464565,129.689900516097,150.501530630068,148.518057293705,120.013288402987,1.16379000749688,{"v":3.79048756570274e-11,"d":"3.79E-11"},{"v":2.83092304222073e-09,"d":"2.83E-09"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003955922.1","NA","2810021J22Rik;Abcd2;Abitram;Adarb1;Atp11a;C2cd5;Celf2;Cyb5d1;Fgf1;Fktn;Gfod2;Gm38523;Kcnh6;Kdsr;L3mbtl1;Mettl2;Mfap1a;Myorg;Ncor1;Nwd1;Pank1;Pde5a;Pfkfb4;Pfn4;Pgpep1l;Pik3ip1;Psmd9;Rab27a;Rpl3l;Samd12;Slfn5;Snupn;Tacc2;Tmprss7;Trim65;Wdsub1;Wnt4;Xcr1","-28.90;-12.60;-22.10;-19.00;-13.70;-15.10;-14.00;-33.30;-28.10;-35.10;-24.60;-34.00;-46.20;-18.50;-17.50;-22.00;-23.10;-32.50;-24.20;-29.50;-25.00;-29.20;-27.40;-20.50;-19.30;-20.10;-15.10;-35.10;-15.10;-17.00;-37.30;-28.80;-33.80;-12.80;-24.70;-41.10;-29.10;-30.30","NA","NA","NA","NA"]
["XR_003956515.1","ncRNA","chr6:126716456-126758879","+","Gm33581","lncRNA",108.865257268201,115.503679823425,96.9820402428988,97.649533953983,52.9134794105677,34.1563757458311,41.008717312441,43.16267389932,-1.29173482677178,{"v":7.2885064102334e-11,"d":"7.29E-11"},{"v":5.27481463919369e-09,"d":"5.27E-09"},"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_003956515.1","Kcna6","4930402H24Rik;4933428G20Rik;6720489N17Rik;9030025P20Rik;Abhd6;Adat1;Akap10;Ank3;Arhgef37;Ascc1;Atp11a;B230219D22Rik;Btbd9;Cand2;Cast;Ccdc167;Cdkl1;Celf2;Cnbd2;Coq4;Dennd6a;Det1;Dnajb14;Dus2;Dynlt1b;Erich1;Ermard;Fbxl18;Fbxo33;Foxred2;Gen1;Gm32234;Gm52217;Gphn;Gpr35;Hyal3;Kcnj6;Kif24;Kif5b;Krr1;LOC115488470;Larp1b;Lrrc7;Lzic;Mau2;Med16;Mettl2;Mfsd4a;Mob4;Mprip;Mrpl19;Msantd2;Mtif2;Ndufaf6;Nfat5;Nhsl1;Nipal3;Nktr;Nras;Pclo;Pdgfb;Pgpep1l;Psme4;Pxmp4;Rab2a;Rangap1;Rapgef2;Rasa1;Rbm4b;Rnf125;Rnf168;Samd15;Sfmbt1;Slc39a13;Slx1b;Snupn;Sobp;Spc24;Syt11;Tmc2;Tmed5;Tmem234;Tmem50a;Tmod1;Tmppe;Tprkb;Trip4;Txnl4a;Upf3b;Usp3;Vit;Wdfy3;Wnt4;Ybey;Zdhhc20;Zfp617;Zfp771;Zmat4","-22.50;-28.30;-20.10;-15.40;-38.50;-27.70;-27.30;-22.30;-24.00;-32.10;-25.10;-36.20;-14.60;-9.00;-31.30;-32.80;-23.30;-22.50;-16.60;-14.70;-23.30;-27.10;-24.80;-24.00;-14.00;-18.30;-19.40;-15.40;-19.10;-21.60;-31.90;-16.40;-30.30;-12.10;-24.70;-29.00;-10.30;-27.40;-23.70;-13.90;-22.80;-34.40;-29.80;-21.10;-25.90;-34.70;-26.10;-13.10;-24.90;-28.00;-10.60;-17.40;-20.90;-34.40;-24.90;-8.60;-21.90;-23.80;-30.80;-15.80;-16.40;-23.40;-36.70;-25.70;-20.50;-24.60;-23.10;-21.90;-17.70;-32.80;-25.60;-21.10;-16.10;-29.00;-23.50;-33.80;-14.40;-21.40;-27.20;-33.90;-23.00;-29.70;-19.90;-30.90;-33.40;-31.40;-30.70;-27.10;-19.30;-26.50;-20.40;-29.00;-32.70;-16.70;-31.20;-31.30;-50.80;-17.80","NA","NA","NA","NA"]
["NR_045976.1","ncRNA","chr13:114607228-114697822","+","4930544M13Rik","lncRNA",0,4.58955019165926,4.12689532948505,0,22.8254224908331,49.0997901346321,35.4669987567057,21.0549628777171,3.82829709141585,{"v":9.32070167990686e-11,"d":"9.32E-11"},{"v":6.65717889417278e-09,"d":"6.66E-09"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_045976.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_102366.1","ncRNA","chr19:11047612-11050566","-","AW112010","lncRNA",54.9320105481748,39.0111766291037,49.5227439538207,86.6981843516672,144.2151693739,133.423342757153,131.892901626499,227.393599079345,1.47247032473381,{"v":1.08765079229912e-10,"d":"1.09E-10"},{"v":7.66793808570877e-09,"d":"7.67E-09"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_102366.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_015511.2","ncRNA","chr9:96731575-96752831","-","E030011O05Rik","lncRNA",91.8862721896743,70.3731029387753,74.284115930731,87.6107968185268,179.490822314279,172.91665221327,141.867995026823,154.753977151221,1.00621884214343,{"v":2.08773551675989e-10,"d":"2.09E-10"},{"v":1.40522642436727e-08,"d":"1.41E-08"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_015511.2","Zbtb38","NA","NA","NA","DNA replication;regulation of DNA replication","NA","methyl-CpG binding"]
["NR_045061.1","ncRNA","chr13:52096741-52124160","+","4921525O09Rik","lncRNA",0,0,0,0,12.4502304495453,22.4151215832016,22.1668742229411,17.8967184460595,6.78720211007902,{"v":7.95284246705082e-10,"d":"7.95E-10"},{"v":4.85360788772698e-08,"d":"4.85E-08"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_045061.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_003955870.1","ncRNA","chr5:15923754-15934263","-","Gm3510","lncRNA",31.9604425007563,55.0746022999111,77.3792874278448,72.0963848819127,141.102611761514,180.38835940767,138.542963893382,123.171532834645,1.3030010605125,{"v":8.30494868656086e-10,"d":"8.30E-10"},{"v":5.04965578875054e-08,"d":"5.05E-08"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003955870.1","Cacna2d1","NA","NA","Oxytocin signaling pathway;MAPK signaling pathway;Adrenergic signaling in cardiomyocytes;Dilated cardiomyopathy;Hypertrophic cardiomyopathy;Arrhythmogenic right ventricular cardiomyopathy;Cardiac muscle contraction","action potential;multicellular organismal signaling;regulation of cation channel activity;regulation of ion transmembrane transporter activity;regulation of transporter activity;regulation of transmembrane transporter activity;membrane depolarization during action potential;positive regulation of transporter activity;positive regulation of ion transmembrane transporter activity;regulation of ion transmembrane transport;regulation of blood circulation;muscle contraction;regulation of action potential;regulation of cation transmembrane transport;muscle system process;regulation of membrane potential;cardiac muscle cell action potential;membrane depolarization;regulation of metal ion transport;positive regulation of cytosolic calcium ion concentration;calcium ion transport into cytosol;positive regulation of cation channel activity;cardiac muscle contraction;positive regulation of transmembrane transport;cytosolic calcium ion transport;regulation of calcium ion transmembrane transporter activity;cardiac muscle cell contraction;striated muscle contraction;heart process;regulation of voltage-gated calcium channel activity;regulation of cytosolic calcium ion concentration;heart contraction;positive regulation of ion transmembrane transport;divalent metal ion transport;divalent inorganic cation transport;cardiac muscle cell action potential involved in contraction;calcium ion transmembrane transport;cardiac conduction;membrane depolarization during cardiac muscle cell action potential;regulation of membrane repolarization;regulation of heart rate;regulation of heart contraction;membrane repolarization during action potential;calcium ion homeostasis;cellular calcium ion homeostasis;positive regulation of cation transmembrane transport;positive regulation of ion transport;regulation of ventricular cardiac muscle cell membrane repolarization;cell communication involved in cardiac conduction;ventricular cardiac muscle cell membrane repolarization;actin filament-based movement;regulation of calcium ion transmembrane transport;regulation of cardiac muscle cell membrane repolarization;actin-mediated cell contraction;membrane repolarization;regulation of calcium ion transport;cardiac muscle cell membrane repolarization;cellular response to peptide;regulation of calcium ion transmembrane transport via high voltage-gated calcium channel;calcium ion transport;calcium ion transmembrane transport via high voltage-gated calcium channel;bundle of His cell to Purkinje myocyte communication;regulation of high voltage-gated calcium channel activity;cellular response to amyloid-beta;regulation of heart rate by cardiac conduction;positive regulation of voltage-gated calcium channel activity;positive regulation of calcium ion transmembrane transporter activity;response to amyloid-beta;cell-cell signaling involved in cardiac conduction;response to peptide;positive regulation of calcium ion transport;positive regulation of calcium ion transmembrane transport","synaptic membrane;postsynaptic membrane;sarcolemma;presynaptic active zone;T-tubule;presynaptic membrane;ion channel complex;cation channel complex;intrinsic component of synaptic membrane;transmembrane transporter complex;transporter complex;intrinsic component of postsynaptic membrane;L-type voltage-gated calcium channel complex;anchored component of presynaptic membrane;intrinsic component of presynaptic membrane;anchored component of synaptic membrane;voltage-gated calcium channel complex;calcium channel complex;presynaptic active zone membrane;intrinsic component of presynaptic active zone membrane;sarcoplasmic reticulum;anchored component of membrane;sarcoplasm;anchored component of plasma membrane","voltage-gated ion channel activity;voltage-gated channel activity;metal ion transmembrane transporter activity;cation channel activity;gated channel activity;voltage-gated cation channel activity;channel activity;passive transmembrane transporter activity;ion channel activity;voltage-gated calcium channel activity;divalent inorganic cation transmembrane transporter activity;calcium ion transmembrane transporter activity;calcium channel activity"]
["XR_001780285.2","ncRNA","chr11:86818625-86868616","-","Gm33742","lncRNA",0.998763828148633,3.05970012777284,3.09517149711379,0.912612466859654,26.9754993073482,14.9434143888011,28.8169364898234,31.5824443165756,3.64240148785211,{"v":1.40502550410887e-09,"d":"1.41E-09"},{"v":8.26640185079303e-08,"d":"8.27E-08"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001780285.2","NA","4833420G17Rik;Aasdhppt;Ankrd7;Arhgef7;Cast;Ccdc170;Clec16a;Drosha;Efcab8;Eps8;Esr2;Fbf1;Lsm6;Mycbp2;Nav2;Sobp;Spin1;Srpk2;Tasor;Tmem241;Ypel1","-27.80;-32.80;-17.80;-34.10;-46.20;-40.70;-32.00;-22.40;-36.90;-30.90;-38.30;-32.50;-34.50;-36.70;-32.90;-30.40;-28.60;-27.30;-33.20;-37.20;-24.30","NA","NA","NA","NA"]
["NR_168021.1","ncRNA","chr13:120010342-120018931","+","Gm36161","lncRNA",30.9616786726076,9.17910038331852,23.7296481445391,28.2909864726493,85.0765747385598,49.0997901346321,117.484433381588,77.9033626475532,1.85687828314952,{"v":1.50587690257975e-09,"d":"1.51E-09"},{"v":8.7651681916706e-08,"d":"8.77E-08"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_168021.1","Gm36079","Ctdsp1;Eif2s3y;Mettl6","-17.70;-10.00;-18.60","NA","ncRNA metabolic process;ncRNA processing;tRNA methylation;regulation of cell cycle phase transition;tRNA modification;regulation of mitotic cell cycle phase transition;tRNA processing;RNA modification;tRNA metabolic process;negative regulation of cell cycle phase transition;cell cycle phase transition;negative regulation of cell cycle process;negative regulation of mitotic cell cycle phase transition;negative regulation of cell cycle;negative regulation of mitotic cell cycle;macromolecule methylation;mitotic cell cycle phase transition;RNA methylation;methylation;regulation of G1/S transition of mitotic cell cycle;regulation of cell cycle G1/S phase transition;negative regulation of G1/S transition of mitotic cell cycle;negative regulation of phosphorylation;negative regulation of cell cycle G1/S phase transition;ribonucleoprotein complex biogenesis;negative regulation of protein phosphorylation;protein dephosphorylation;positive regulation of cellular amide metabolic process;negative regulation of neurogenesis;dephosphorylation;G1/S transition of mitotic cell cycle;cell cycle G1/S phase transition;negative regulation of cell development;negative regulation of neuron differentiation;negative regulation of nervous system development;positive regulation of translation;regulation of translational fidelity;regulation of cellular amide metabolic process;formation of translation preinitiation complex;regulation of translation;ribonucleoprotein complex subunit organization;ribonucleoprotein complex assembly;cytoplasmic translational initiation;translational initiation;cytoplasmic translation","NA","S-adenosylmethionine-dependent methyltransferase activity;tRNA methyltransferase activity;methyltransferase activity;transferase activity, transferring one-carbon groups;catalytic activity, acting on RNA;RNA methyltransferase activity;catalytic activity, acting on a tRNA;tRNA binding;protein serine/threonine phosphatase activity;phosphoprotein phosphatase activity;phosphoric ester hydrolase activity;phosphatase activity;GTPase activity;translation initiation factor activity;ribonucleoside binding;translation factor activity, RNA binding;nucleoside binding;GTP binding;guanyl nucleotide binding;guanyl ribonucleotide binding;purine ribonucleoside binding;purine nucleoside binding;translation regulator activity, nucleic acid binding;translation regulator activity"]
["XR_003955826.1","ncRNA","chr5:143038991-143068322","+","Gm43380","lncRNA",39.9505531259453,26.0074510860691,45.3958486243356,30.1162114063686,90.2641707592037,94.9974200430926,80.9090909137349,80.0088589353249,1.3080802771449,{"v":2.28226253812639e-09,"d":"2.28E-09"},{"v":1.29165003714862e-07,"d":"1.29E-07"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003955826.1","Rnf216","3300002I08Rik;6720489N17Rik;Acad9;Ak4;Anks1b;Baz2b;Bend3;Birc5;Bpnt1;Btbd9;C030002A05Rik;Cacng7;Cdkl1;Cenpc1;Cers4;Ces2b;Chchd3;Chd9;Chka;Cntn5;Ctcfl;Ctla2a;Cyp20a1;D17H6S53E;Dlg1;Dlgap4;Fadd;Fam172a;Foxh1;Foxp1;Gen1;Gjc3;Gm14326;Gm14391;Gm14393;Gm31606;Gm33153;Gm51415;Gm52229;Gsap;H2-DMa;Hdac8;Hdac9;Hspb11;Ifnar1;Irak2;Klf12;Klhl41;Krt10;LOC115488470;Lgals4;Luc7l2;Maoa;Map2;Mcmdc2;Mga;Mok;Mrpl35;Mrtfb;Ms4a6c;Mterf3;Mvb12b;Nipal3;Nktr;Nrxn3;Nvl;Pdcd4;Phka1;Pik3ca;Plcb1;Poglut3;Ppm1k;Ppp1r9a;Ppp4r1;Prxl2c;Rabgap1l;Samd15;Sema4b;Sgo2a;Slc10a7;Slc25a38;Slc28a3;Slc29a2;Slc35e2;Slc3a2;Spc24;Spin1;St8sia1;Stox2;Stxbp4;Tbck;Tcp11l1;Tenm3;Tfap2d;Tnfrsf14;Trim27;Tstd2;Uimc1;Vmn1r58;Zbtb25;Zbtb37;Zbtb44;Zbtb6;Zbtb8os;Zc3hav1;Zfp422;Zfp65;Zfp697;Zfp873;Zfp937;Zfp950;Zfp996;Zscan26","-27.90;-20.90;-28.10;-13.40;-20.20;-11.00;-20.60;-27.70;-21.70;-11.00;-14.70;-19.60;-36.10;-20.20;-35.40;-21.80;-30.00;-24.50;-16.90;-20.00;-38.70;-30.30;-25.20;-16.20;-19.50;-35.60;-25.90;-7.80;-28.00;-24.30;-33.30;-26.00;-25.00;-23.70;-30.60;-19.10;-8.20;-15.40;-15.70;-24.60;-18.20;-20.40;-9.50;-27.90;-33.00;-27.30;-10.40;-19.30;-19.90;-17.90;-46.90;-21.20;-24.30;-20.60;-35.30;-22.80;-27.00;-23.90;-35.20;-18.30;-28.20;-23.80;-29.70;-35.30;-8.50;-26.80;-28.60;-11.40;-11.10;-21.40;-22.80;-16.60;-31.30;-19.90;-16.00;-27.50;-9.00;-36.60;-11.50;-47.90;-30.50;-23.50;-25.10;-19.30;-24.60;-24.10;-18.10;-14.90;-27.40;-31.00;-34.20;-24.80;-20.60;-26.60;-39.10;-19.50;-28.20;-9.00;-12.50;-49.20;-27.20;-28.00;-17.70;-21.20;-21.20;-33.10;-26.90;-23.00;-17.00;-31.80;-11.20;-21.00;-31.50","Herpes simplex virus 1 infection","NA","NA","DNA-binding transcription repressor activity, RNA polymerase II-specific;DNA-binding transcription repressor activity"]
["XR_001780286.1","ncRNA","chr11:86818625-86867524","-","Gm33742","lncRNA",0.998763828148633,3.05970012777284,3.09517149711379,0.912612466859654,22.8254224908331,14.9434143888011,27.7085927786763,31.5824443165756,3.56617347527243,{"v":3.96846075819866e-09,"d":"3.97E-09"},{"v":2.1211811817352e-07,"d":"2.12E-07"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001780286.1","NA","4833420G17Rik;Aasdhppt;Ankrd7;Arhgef7;Cast;Ccdc170;Clec16a;Drosha;Efcab8;Eps8;Esr2;Fbf1;Lsm6;Mycbp2;Nav2;Sobp;Spin1;Srpk2;Tasor;Tmem241;Ypel1","-37.10;-32.80;-17.80;-39.40;-35.10;-40.70;-32.00;-39.10;-36.90;-36.40;-40.10;-32.50;-33.50;-35.00;-32.90;-30.40;-28.60;-27.30;-20.50;-37.20;-24.30","NA","NA","NA","NA"]
["NR_033139.1","ncRNA","chr4:53261356-53270232","-","Mexis","lncRNA",41.9480807822426,59.6641524915704,64.9986014393896,46.5432358098424,108.939516433522,116.345154884237,100.859277714382,140.015503136819,1.12752554955974,{"v":4.72388087975599e-09,"d":"4.72E-09"},{"v":2.49238050546094e-07,"d":"2.49E-07"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_033139.1","NA","Chd9;Clec16a","-11.00;-11.50","NA","NA","NA","NA"]
["NR_033140.1","ncRNA","chr4:53261356-53265492","-","Mexis","lncRNA",41.9480807822426,58.1343024276839,64.9986014393896,46.5432358098424,105.826958821135,116.345154884237,100.859277714382,142.12099942459,1.13556919155354,{"v":4.77398572656365e-09,"d":"4.77E-09"},{"v":2.50267020973317e-07,"d":"2.50E-07"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_033140.1","NA","Chd9;Clec16a","-14.90;-11.50","NA","NA","NA","NA"]
["XR_003955828.1","ncRNA","chr5:143038991-143068322","+","Gm43380","lncRNA",38.9517892977967,24.4776010221827,41.2689532948505,28.2909864726493,84.039055534431,87.5257128486921,70.9339975134114,77.9033626475532,1.28583783840696,{"v":1.05098002257199e-08,"d":"1.05E-08"},{"v":5.17765941240584e-07,"d":"5.18E-07"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003955828.1","Rnf216","1700125H20Rik;3300002I08Rik;6720489N17Rik;Acad9;Ak4;Anks1b;Baz2b;Bend3;Birc5;Bpnt1;Btbd9;C030002A05Rik;Cacng7;Cdkl1;Cenpc1;Cers4;Ces2b;Chchd3;Cntn5;Ctcfl;Ctla2a;Cyp20a1;D17H6S53E;Dlg1;Dlgap4;Fadd;Fam172a;Foxh1;Foxp1;Gen1;Gjc3;Gm14393;Gm31606;Gm33153;Gm51415;Gm52229;Gsap;H2-DMa;Hdac8;Hdac9;Hspb11;Ifnar1;Irak2;Klf12;Klhl41;Krt10;LOC115488470;Lgals4;Maoa;Map2;Mcmdc2;Mga;Mob4;Mok;Mrpl35;Mrtfb;Ms4a6c;Mterf3;Mvb12b;Nktr;Nrxn3;Nvl;Pdcd4;Phka1;Pik3ca;Plcb1;Poglut3;Ppm1k;Ppp1r9a;Ppp4r1;Prxl2c;Rabgap1l;Sema4b;Slc10a7;Slc25a38;Slc28a3;Slc29a2;Slc35e2;Slc3a2;Spc24;St8sia1;Stox2;Stxbp4;Tbck;Tcp11l1;Tenm3;Tfap2d;Tnfrsf14;Trim27;Tstd2;Ubap1;Vmn1r58;Zbtb25;Zbtb37;Zbtb44;Zbtb6;Zc3hav1;Zfp422;Zfp65;Zfp697;Zfp873;Zfp937;Zfp950;Zfp996;Zscan26","-36.10;-27.90;-19.30;-28.10;-13.40;-44.10;-19.10;-20.60;-28.70;-25.90;-20.00;-8.20;-26.10;-28.30;-20.20;-35.40;-21.80;-30.00;-12.20;-24.60;-30.30;-39.10;-17.80;-19.50;-35.60;-20.20;-7.80;-38.80;-21.90;-31.00;-25.20;-30.60;-23.00;-22.40;-22.30;-19.20;-24.60;-46.30;-21.40;-15.60;-27.90;-33.00;-26.80;-13.70;-16.10;-22.00;-19.30;-46.90;-24.30;-18.90;-35.30;-38.90;-28.60;-27.00;-26.20;-35.20;-18.30;-32.00;-23.80;-28.40;-17.00;-43.70;-28.60;-18.30;-11.10;-17.80;-21.10;-12.60;-31.30;-11.30;-12.60;-27.50;-26.20;-47.90;-30.50;-19.00;-22.30;-18.80;-19.30;-24.10;-21.90;-18.20;-31.00;-32.50;-24.80;-24.60;-15.70;-24.60;-20.20;-35.90;-11.10;-12.50;-49.20;-30.00;-19.50;-25.80;-19.80;-38.50;-26.90;-24.10;-26.00;-31.80;-11.20;-21.00;-27.60","NA","NA","NA","NA"]
["XR_874850.1","ncRNA","chr14:79890972-79984136","+","Gm6999","lncRNA",0.998763828148633,0.76492503194321,1.03172383237126,5.47567480115793,20.7503840825756,24.5498950673161,19.950186800647,24.2132073093747,3.43916408581519,{"v":1.57019474554335e-08,"d":"1.57E-08"},{"v":7.48749424434605e-07,"d":"7.49E-07"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_874850.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_873209.2","ncRNA","chr13:32465453-32493281","+","Gm40876","lncRNA",12.9839297659322,8.41417535137531,0,2.73783740057896,86.1140939426886,77.9192321701771,64.2839352465291,76.8506145036674,3.65057628847014,{"v":2.15163946284719e-08,"d":"2.15E-08"},{"v":9.91330001530382e-07,"d":"9.91E-07"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_873209.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_875429.2","ncRNA","chr15:74991998-74994447","-","Gm41348","lncRNA",3.99505531259453,4.58955019165926,10.3172383237126,6.38828726801758,17.6378264701892,49.0997901346321,26.6002490675293,42.1099257554342,2.44143067900862,{"v":2.53780622166854e-08,"d":"2.54E-08"},{"v":1.15945135646957e-06,"d":"1.16E-06"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_875429.2","Ly6i;Ly6a","NA","NA","NA","postsynaptic signal transduction;acetylcholine receptor signaling pathway;response to acetylcholine;cellular response to acetylcholine","anchored component of membrane","acetylcholine receptor binding;acetylcholine receptor inhibitor activity;acetylcholine receptor regulator activity;neurotransmitter receptor regulator activity;receptor inhibitor activity"]
["XR_874851.1","ncRNA","chr14:79890972-79984136","+","Gm6999","lncRNA",0.998763828148633,0.76492503194321,1.03172383237126,5.47567480115793,20.7503840825756,24.5498950673161,17.7334993783529,24.2132073093747,3.40330346637163,{"v":2.80885900826503e-08,"d":"2.81E-08"},{"v":1.25867665586802e-06,"d":"1.26E-06"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_874851.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_001781405.1","ncRNA","chr14:79890972-79984136","+","Gm6999","lncRNA",0.998763828148633,0.76492503194321,1.03172383237126,5.47567480115793,18.675345674318,24.5498950673161,18.8418430894999,24.2132073093747,3.38671388313162,{"v":3.50528504450417e-08,"d":"3.51E-08"},{"v":1.5411946824707e-06,"d":"1.54E-06"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001781405.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_874852.1","ncRNA","chr14:79890972-79984136","+","Gm6999","lncRNA",0.998763828148633,0.76492503194321,1.03172383237126,5.47567480115793,17.6378264701892,24.5498950673161,18.8418430894999,24.2132073093747,3.36907215501941,{"v":4.63394873985507e-08,"d":"4.63E-08"},{"v":2.0051022642611e-06,"d":"2.01E-06"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_874852.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_040524.1","ncRNA","chr2:27144898-27162703","-","Dbhos","lncRNA",0.998763828148633,0,2.06344766474253,0,8.30015363303022,36.2911492299455,32.1419676232645,16.8439703021737,5.06940056713338,{"v":7.83964508047172e-08,"d":"7.84E-08"},{"v":3.22173957126119e-06,"d":"3.22E-06"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_040524.1","Dbh;Fam163b","Clec18a;E030030I06Rik;Gm43707;Hfm1;Pld5;Zfp398","-71.30;-14.40;-13.00;-35.00;-28.20;-22.00","Herpes simplex virus 1 infection;Tyrosine metabolism","positive regulation of vasoconstriction;locomotory behavior;memory;behavioral response to ethanol;regulation of vasoconstriction;cognition;response to pain;learning or memory;learning;vasoconstriction;regulation of blood circulation;negative regulation of blood vessel diameter;reproductive behavior;organelle fission;phenol-containing compound catabolic process;DNA recombination;response to radiation;nuclear division;positive regulation of blood circulation;regulation of tube diameter;regulation of blood vessel diameter;regulation of tube size;aromatic compound catabolic process;associative learning;regulation of neurotransmitter levels;adult behavior;nuclear chromosome segregation;organic cyclic compound catabolic process;phenol-containing compound metabolic process;multicellular organismal response to stress;chromosome segregation;neurotransmitter metabolic process;maternal behavior;dopamine metabolic process;vascular process in circulatory system;parental behavior;response to light stimulus;ethanolamine-containing compound metabolic process;response to amine;meiotic nuclear division;chromosome separation;female gamete generation;glucose homeostasis;carbohydrate homeostasis;leukocyte migration;neurotransmitter biosynthetic process;meiotic cell cycle process;oogenesis;catecholamine metabolic process;catechol-containing compound metabolic process;visual behavior;fear response;organic hydroxy compound catabolic process;norepinephrine metabolic process;response to ethanol;reciprocal meiotic recombination;meiotic chromosome segregation;meiosis I;homologous recombination;response to amphetamine;blood vessel remodeling;visual learning;meiosis I cell cycle process;organic hydroxy compound metabolic process;norepinephrine biosynthetic process;cellular biogenic amine metabolic process;cellular amine metabolic process;regulation of cellular amide metabolic process;meiotic cell cycle;phenol-containing compound biosynthetic process;amine metabolic process;cellular process involved in reproduction in multicellular organism;regulation of apoptotic signaling pathway;regulation of translation;positive regulation of cold-induced thermogenesis;resolution of meiotic recombination intermediates;amine biosynthetic process;cellular biogenic amine biosynthetic process;temperature homeostasis;catechol-containing compound biosynthetic process;catecholamine biosynthetic process;meiotic chromosome separation;regulation of extrinsic apoptotic signaling pathway;germ cell development;cold-induced thermogenesis;regulation of cold-induced thermogenesis;extrinsic apoptotic signaling pathway;tissue remodeling;organic hydroxy compound biosynthetic process;adaptive thermogenesis;alcohol biosynthetic process;alcohol metabolic process;response to alcohol","main axon;neuron projection terminus;distal axon;axon terminus;centriolar satellite;varicosity;cytoplasmic vesicle membrane;secretory granule membrane;vesicle membrane;terminal bouton;cytoplasmic ribonucleoprotein granule;ribonucleoprotein granule;cytoplasmic stress granule;vesicle lumen;secretory granule lumen;cytoplasmic vesicle lumen;apical part of cell;secretory granule","DNA-binding transcription repressor activity, RNA polymerase II-specific;DNA-binding transcription repressor activity;helicase activity;ATPase activity;monooxygenase activity;oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen;vitamin binding;mRNA binding;copper ion binding;L-ascorbic acid binding;carboxylic acid binding;organic acid binding;carbohydrate binding;monosaccharide binding"]
["XR_001781406.1","ncRNA","chr14:79890972-79984136","+","Gm6999","lncRNA",0.998763828148633,0.76492503194321,1.03172383237126,5.47567480115793,20.7503840825756,17.0781878729155,19.950186800647,24.2132073093747,3.3131990472097,{"v":8.83419796737746e-08,"d":"8.83E-08"},{"v":3.59433188941358e-06,"d":"3.59E-06"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001781406.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_874854.1","ncRNA","chr14:79890972-79984136","+","Gm6999","lncRNA",0.998763828148633,0.76492503194321,1.03172383237126,5.47567480115793,20.7503840825756,17.0781878729155,19.950186800647,24.2132073093747,3.3131990472097,{"v":8.83419796737746e-08,"d":"8.83E-08"},{"v":3.59433188941358e-06,"d":"3.59E-06"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_874854.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_874856.1","ncRNA","chr14:79890972-79984136","+","Gm6999","lncRNA",0.998763828148633,0,1.03172383237126,5.47567480115793,17.6378264701892,22.4151215832016,16.6251556672058,24.2132073093747,3.4566551857163,{"v":1.15957444977007e-07,"d":"1.16E-07"},{"v":4.63716374093868e-06,"d":"4.64E-06"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_874856.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_045894.1","ncRNA","chr2:35549534-35558702","-","Gm13446","lncRNA",103.871438127458,73.4328030665481,62.9351537746471,69.3585474813337,33.2006145321209,39.4933094561172,23.2752179340881,31.5824443165756,-1.27573585029495,{"v":1.32143603299904e-07,"d":"1.32E-07"},{"v":5.22062989268896e-06,"d":"5.22E-06"},"down","http://www.ncbi.nlm.nih.gov/nuccore/NR_045894.1","Dab2ip","Dab2ip",-18.7,"TNF signaling pathway;Apoptosis","positive regulation of neuron projection development;positive regulation of neuron differentiation;negative regulation of cell cycle process;negative regulation of phosphatidylinositol 3-kinase signaling;negative regulation of cell cycle;positive regulation of cell cycle process;I-kappaB kinase/NF-kappaB signaling;negative regulation of NF-kappaB transcription factor activity;positive regulation of cell projection organization;regulation of stress-activated MAPK cascade;phosphatidylinositol-mediated signaling;regulation of stress-activated protein kinase signaling cascade;inositol lipid-mediated signaling;stress-activated MAPK cascade;JNK cascade;regulation of JNK cascade;negative regulation of cell migration;phospholipid metabolic process;cell cycle arrest;negative regulation of phosphorylation;regulation of MAP kinase activity;stress-activated protein kinase signaling cascade;regulation of GTPase activity;regulation of DNA-binding transcription factor activity;regulation of I-kappaB kinase/NF-kappaB signaling;phosphatidylinositol 3-kinase signaling;negative regulation of cell motility;regulation of p38MAPK cascade;negative regulation of locomotion;negative regulation of cellular component movement;positive regulation of cell cycle;regulation of cell growth;negative regulation of catabolic process;positive regulation of protein kinase activity;regulation of JUN kinase activity;pattern recognition receptor signaling pathway;positive regulation of MAP kinase activity;activation of protein kinase activity;regulation of phosphatidylinositol 3-kinase signaling;negative regulation of protein phosphorylation;negative regulation of I-kappaB kinase/NF-kappaB signaling;p38MAPK cascade;positive regulation of cell cycle arrest;regulation of pattern recognition receptor signaling pathway;negative regulation of DNA-binding transcription factor activity;positive regulation of JUN kinase activity;vascular endothelial growth factor signaling pathway;activation of JUN kinase activity;regulation of phosphatidylinositol 3-kinase activity;positive regulation of stress-activated MAPK cascade;positive regulation of dendrite development;cellular response to interleukin-1;positive regulation of JNK cascade;negative regulation of cellular catabolic process;positive regulation of stress-activated protein kinase signaling cascade;cellular response to epidermal growth factor stimulus;response to interleukin-1;telencephalon cell migration;negative regulation of lipid metabolic process;regulation of Ras protein signal transduction;forebrain cell migration;positive regulation of protein serine/threonine kinase activity;response to epidermal growth factor;regulation of ERK1 and ERK2 cascade;regulation of toll-like receptor 4 signaling pathway;regulation of cell cycle arrest;epidermal growth factor receptor signaling pathway;activation of MAPKKK activity;regulation of fibroblast proliferation;negative regulation of epithelial to mesenchymal transition;negative regulation of fibroblast proliferation;toll-like receptor signaling pathway;regulation of small GTPase mediated signal transduction;regulation of protein serine/threonine kinase activity;regulation of lipid kinase activity;fibroblast proliferation;dendrite development;negative regulation of MAPK cascade;synapse organization;toll-like receptor 4 signaling pathway;ERK1 and ERK2 cascade;ERBB signaling pathway;negative regulation of transferase activity;negative regulation of kinase activity;negative regulation of protein catabolic process;small GTPase mediated signal transduction;Ras protein signal transduction;regulation of dendrite development;regulation of epidermal growth factor receptor signaling pathway;negative regulation of Ras protein signal transduction;negative regulation of MAP kinase activity;activation of MAPK activity;cellular response to vascular endothelial growth factor stimulus;negative regulation of epidermal growth factor receptor signaling pathway;positive regulation of cellular catabolic process;neuron migration;proteasomal protein catabolic process;regulation of ERBB signaling pathway;mesenchymal cell differentiation;negative regulation of ERBB signaling pathway;regulation of phospholipid metabolic process;regulation of epithelial cell proliferation;positive regulation of catabolic process;extrinsic apoptotic signaling pathway via death domain receptors;negative regulation of ERK1 and ERK2 cascade;negative regulation of small GTPase mediated signal transduction;forebrain development;negative regulation of GTPase activity;epithelial cell proliferation;negative regulation of cellular response to growth factor stimulus;I-kappaB phosphorylation;negative regulation of cellular protein catabolic process;negative regulation of protein kinase activity;regulation of vascular endothelial growth factor signaling pathway;regulation of cellular response to growth factor stimulus;regulation of vasculature development;pallium development;positive regulation of neuron migration;endothelial cell migration;regulation of cellular response to vascular endothelial growth factor stimulus;telencephalon development;cerebral cortex development;regulation of protein-containing complex assembly;regulation of synapse organization;regulation of epithelial to mesenchymal transition;mesenchyme development;regulation of Wnt signaling pathway;negative regulation of protein serine/threonine kinase activity;positive regulation of synapse maturation;regulation of synapse structure or activity;developmental maturation;glial cell migration;regulation of toll-like receptor signaling pathway;negative regulation of cellular response to vascular endothelial growth factor stimulus;negative regulation of cell growth;regulation of protein catabolic process;positive regulation of protein catabolic process;positive regulation of proteasomal protein catabolic process;canonical Wnt signaling pathway;negative regulation of vascular endothelial growth factor receptor signaling pathway;regulation of lipid metabolic process;positive regulation of proteolysis;regulation of neuron migration;Wnt signaling pathway;regulation of canonical Wnt signaling pathway;cell-cell signaling by wnt;layer formation in cerebral cortex;regulation of apoptotic signaling pathway;epithelial cell migration;intrinsic apoptotic signaling pathway;epithelium migration;gliogenesis;regulation of synapse maturation;tissue migration;negative regulation of vasculature development;response to topologically incorrect protein;negative regulation of growth;epithelial to mesenchymal transition;positive regulation of proteolysis involved in cellular protein catabolic process;positive regulation of cellular protein catabolic process;regulation of endothelial cell migration;negative regulation of canonical Wnt signaling pathway;negative regulation of epithelial cell proliferation;intrinsic apoptotic signaling pathway in response to endoplasmic reticulum stress;regulation of cellular protein catabolic process;regulation of angiogenesis;tube formation;regulation of proteolysis involved in cellular protein catabolic process;vascular endothelial growth factor receptor signaling pathway;negative regulation of Wnt signaling pathway;positive regulation of apoptotic signaling pathway;cerebral cortex radial glia guided migration;telencephalon glial cell migration;regulation of proteasomal protein catabolic process;extrinsic apoptotic signaling pathway;cerebral cortex cell migration;cellular response to tumor necrosis factor;ameboidal-type cell migration;regulation of epithelial cell migration;positive regulation of protein-containing complex assembly;negative regulation of blood vessel morphogenesis;regulation of vascular endothelial growth factor receptor signaling pathway;synapse maturation;response to endoplasmic reticulum stress;negative regulation of hydrolase activity;negative regulation of toll-like receptor signaling pathway;response to tumor necrosis factor;response to unfolded protein;cerebral cortex radially oriented cell migration;negative regulation of angiogenesis;negative regulation of epithelial cell migration;negative regulation of endothelial cell migration;cellular response to lipopolysaccharide;response to lipopolysaccharide;cellular response to molecule of bacterial origin;response to molecule of bacterial origin;cellular response to biotic stimulus","endocytic vesicle;neuronal cell body membrane;cell body membrane","GTPase activator activity;GTPase regulator activity;14-3-3 protein binding;nucleoside-triphosphatase regulator activity;death receptor binding;phospholipid binding;phosphatidylinositol 3-kinase regulatory subunit binding;enzyme activator activity;tumor necrosis factor receptor superfamily binding;signaling adaptor activity;phosphatidylinositol binding;molecular adaptor activity;phosphatidylinositol 3-kinase binding;protein N-terminus binding;phosphatidylinositol-3-phosphate binding;mitogen-activated protein kinase kinase binding;protein-macromolecule adaptor activity;phosphatidylinositol-4-phosphate binding;phosphatidylinositol phosphate binding;mitogen-activated protein kinase kinase kinase binding;phosphatase binding;SH3 domain binding;growth factor receptor binding;vascular endothelial growth factor receptor binding;protein phosphatase 2A binding;protein phosphatase binding;cytokine receptor binding"]
["XR_874853.1","ncRNA","chr14:79890972-79984136","+","Gm6999","lncRNA",0.998763828148633,0.76492503194321,1.03172383237126,5.47567480115793,16.6003072660604,22.4151215832016,19.950186800647,21.0549628777171,3.27719810554714,{"v":1.33470536540201e-07,"d":"1.33E-07"},{"v":5.26034721843741e-06,"d":"5.26E-06"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_874853.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_028262.1","ncRNA","chr10:92081746-92165178","-","Rmst","lncRNA",6.99134679704043,11.4738754791481,13.4124098208264,7.30089973487723,45.6508449816662,27.7520552934877,52.0921544239115,25.2659554532605,1.9404747908877,{"v":1.73910560643532e-07,"d":"1.74E-07"},{"v":6.75648724438389e-06,"d":"6.76E-06"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_028262.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_874644.2","ncRNA","chr14:55784079-55793781","+","Gm32092","lncRNA",3.99505531259453,3.05970012777284,2.06344766474253,6.38828726801758,26.9754993073482,14.9434143888011,27.7085927786763,23.1604591654888,2.57699311597596,{"v":2.43231687437528e-07,"d":"2.43E-07"},{"v":9.14551144765107e-06,"d":"9.15E-06"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_874644.2","Adcy4;Ripk3","Ripk3",-21.2,"NA","NA","NA","NA"]
["XR_003950924.1","ncRNA","chr14:70203424-70210665","+","Gm26908","lncRNA",61.9233573452153,52.7798272040815,43.3324009595931,52.0189106110003,93.37672837159,98.1995802692643,150.734744715999,95.8000810936128,1.05768985157563,{"v":2.44384962763163e-07,"d":"2.44E-07"},{"v":9.16779919943646e-06,"d":"9.17E-06"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003950924.1","Ppp3cc;Sorbs3","Sorbs3",-28.7,"NA","NA","NA","NA"]
["XR_874796.3","ncRNA","chr14:70203407-70210665","+","Gm26908","lncRNA",55.9307743763235,45.8955019165926,43.3324009595931,45.6306233429827,89.2266515550749,86.4583261066349,145.193026160264,88.4308440864118,1.1007328465493,{"v":2.51954083947977e-07,"d":"2.52E-07"},{"v":9.36582044784799e-06,"d":"9.37E-06"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_874796.3","Ppp3cc;Sorbs3","Sorbs3",-17,"NA","NA","NA","NA"]
["XR_001781325.2","ncRNA","chr14:70203419-70210665","+","Gm26908","lncRNA",55.9307743763235,45.8955019165926,43.3324009595931,45.6306233429827,88.1891323509461,86.4583261066349,136.326276471088,88.4308440864118,1.06558499295118,{"v":2.96471008005312e-07,"d":"2.96E-07"},{"v":1.08238388547653e-05,"d":"1.08E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001781325.2","Ppp3cc;Sorbs3","Sorbs3",-17,"NA","NA","NA","NA"]
["XR_003950922.1","ncRNA","chr14:70203598-70210665","+","Gm26908","lncRNA",64.9196488296612,54.3096772679679,44.3641247919643,52.9315230778599,91.3016899633324,101.401740495436,151.843088427146,97.9055773813845,1.02834227532749,{"v":5.01753822846311e-07,"d":"5.02E-07"},{"v":1.78019208817229e-05,"d":"1.78E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003950922.1","Ppp3cc;Sorbs3","Sorbs3",-36,"NA","NA","NA","NA"]
["XR_003950923.1","ncRNA","chr14:70203598-70210665","+","Gm26908","lncRNA",64.9196488296612,54.3096772679679,44.3641247919643,52.9315230778599,91.3016899633324,101.401740495436,150.734744715999,97.9055773813845,1.02473333663333,{"v":5.03003464003685e-07,"d":"5.03E-07"},{"v":1.78076291282344e-05,"d":"1.78E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003950923.1","Ppp3cc;Sorbs3","Sorbs3",-36,"NA","NA","NA","NA"]
["XR_001781327.2","ncRNA","chr14:70203419-70210665","+","Gm26908","lncRNA",55.9307743763235,45.8955019165926,43.3324009595931,45.6306233429827,86.1140939426886,86.4583261066349,135.217932759941,86.3253477986401,1.04627205032163,{"v":5.59363974917373e-07,"d":"5.59E-07"},{"v":1.96329553084733e-05,"d":"1.96E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001781327.2","Ppp3cc;Sorbs3","Sorbs3",-17,"NA","NA","NA","NA"]
["XR_383452.3","ncRNA","chr14:55784079-55793781","+","Gm32092","lncRNA",1.99752765629727,0.76492503194321,2.06344766474253,4.56306233429827,16.6003072660604,14.9434143888011,26.6002490675293,16.8439703021737,3.02213275551854,{"v":6.54410291960762e-07,"d":"6.54E-07"},{"v":2.267698037142e-05,"d":"2.27E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_383452.3","Adcy4;Ripk3","NA","NA","NA","NA","NA","NA"]
["XR_874642.2","ncRNA","chr14:55784079-55793781","+","Gm32092","lncRNA",1.99752765629727,0.76492503194321,2.06344766474253,4.56306233429827,16.6003072660604,14.9434143888011,26.6002490675293,16.8439703021737,3.02213275551854,{"v":6.54410291960762e-07,"d":"6.54E-07"},{"v":2.267698037142e-05,"d":"2.27E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_874642.2","Adcy4;Ripk3","NA","NA","NA","NA","NA","NA"]
["XR_003951004.1","ncRNA","chr14:55784079-55793781","+","Gm32092","lncRNA",3.99505531259453,2.29477509582963,2.06344766474253,6.38828726801758,23.8629416949619,14.9434143888011,27.7085927786763,20.0022147338312,2.55813622598337,{"v":6.85828002145184e-07,"d":"6.86E-07"},{"v":2.36654067575667e-05,"d":"2.37E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003951004.1","Adcy4;Ripk3","Ripk3",-14.5,"NA","NA","NA","NA"]
["XR_003951005.1","ncRNA","chr14:55784079-55793781","+","Gm32092","lncRNA",3.99505531259453,2.29477509582963,2.06344766474253,6.38828726801758,23.8629416949619,14.9434143888011,27.7085927786763,20.0022147338312,2.55813622598337,{"v":6.85828002145184e-07,"d":"6.86E-07"},{"v":2.36654067575667e-05,"d":"2.37E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003951005.1","Adcy4;Ripk3","Ripk3",-14.5,"NA","NA","NA","NA"]
["XR_381385.4","ncRNA","chr12:27345154-27359081","+","Gm30855","lncRNA",20.9740403911213,41.3059517249333,56.7448107804195,40.1549485418248,86.1140939426886,124.884248820695,74.2590286468526,86.3253477986401,1.22382820523368,{"v":7.2643830286408e-07,"d":"7.26E-07"},{"v":2.49613968101783e-05,"d":"2.50E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_381385.4","Sox11","NA","NA","NA","positive regulation of neuron differentiation;positive regulation of hormone secretion;negative regulation of immune system process;embryonic skeletal system morphogenesis;negative regulation of cell activation;regulation of hormone secretion;negative regulation of lymphocyte activation;negative regulation of leukocyte activation;regulation of hippo signaling;eyelid development in camera-type eye;hormone transport;autonomic nervous system development;hormone secretion;embryonic skeletal system development;negative regulation of neurogenesis;positive regulation of secretion by cell;negative regulation of lymphocyte proliferation;negative regulation of mononuclear cell proliferation;negative regulation of cell development;negative regulation of leukocyte proliferation;sympathetic nervous system development;negative regulation of nervous system development;regulation of lymphocyte proliferation;neural crest cell development;regulation of mononuclear cell proliferation;positive regulation of stem cell proliferation;mesenchymal cell development;spinal cord development;stem cell development;mesenchymal cell differentiation;neural crest cell differentiation;positive regulation of secretion;regulation of epithelial cell proliferation;regulation of leukocyte proliferation;skeletal system morphogenesis;stem cell differentiation;epithelial cell proliferation;hippo signaling;positive regulation of epithelial cell proliferation;sensory system development;regulation of cellular response to growth factor stimulus;skeletal muscle tissue development;eye development;muscle organ development;positive regulation of BMP signaling pathway;lens development in camera-type eye;visual system development;eye morphogenesis;heart morphogenesis;secondary palate development;lung development;morphogenesis of an epithelial sheet;lymphocyte proliferation;skeletal muscle organ development;mesenchyme development;respiratory tube development;muscle tissue development;mononuclear cell proliferation;glial cell development;cardiac ventricle formation;cornea development in camera-type eye;epithelial tube morphogenesis;respiratory system development;striated muscle tissue development;limb bud formation;embryonic camera-type eye formation;cardiac chamber formation;positive regulation of osteoblast differentiation;leukocyte proliferation;regulation of stem cell proliferation;embryonic organ morphogenesis;negative regulation of gliogenesis;sensory organ morphogenesis;roof of mouth development;gliogenesis;regulation of BMP signaling pathway;negative regulation of glial cell proliferation;stem cell proliferation;regulation of transmembrane receptor protein serine/threonine kinase signaling pathway;positive regulation of ossification;camera-type eye development;negative regulation of binding;outflow tract morphogenesis;cardiac septum morphogenesis;embryonic digestive tract morphogenesis;negative regulation of transcription regulatory region DNA binding;skeletal muscle cell differentiation;lung morphogenesis;tube formation;regulation of binding;glial cell differentiation;neuroepithelial cell differentiation;cardiac chamber morphogenesis;lens morphogenesis in camera-type eye;embryonic camera-type eye morphogenesis;glial cell proliferation;digestive tract morphogenesis;transmembrane receptor protein serine/threonine kinase signaling pathway;cardiac septum development;camera-type eye morphogenesis;regulation of gliogenesis;embryonic epithelial tube formation;ventricular septum development;embryonic digestive tract development;osteoblast differentiation;embryonic eye morphogenesis;epithelial tube formation;positive regulation of transmembrane receptor protein serine/threonine kinase signaling pathway;BMP signaling pathway;regulation of glial cell proliferation;cardiac chamber development;neural tube development;somite development;regulation of osteoblast differentiation;embryonic camera-type eye development;columnar/cuboidal epithelial cell differentiation;regulation of DNA binding;response to BMP;cellular response to BMP stimulus;morphogenesis of embryonic epithelium;cardiac ventricle morphogenesis;neural tube formation;negative regulation of DNA binding;regulation of ossification;ventricular septum morphogenesis;regulation of transcription regulatory region DNA binding;cardiac ventricle development;appendage morphogenesis;limb morphogenesis;digestive tract development;digestive system development;appendage development;limb development;ossification","NA","NA"]
["XR_384349.4","ncRNA","chr15:93001510-93077507","+","Gm30085","lncRNA",0,0.76492503194321,1.03172383237126,0,14.5252688578029,17.0781878729155,29.9252802009704,11.5802295827444,5.31757741045229,{"v":1.07579774006068e-06,"d":"1.08E-06"},{"v":3.58365536383554e-05,"d":"3.58E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_384349.4","NA","NA","NA","NA","NA","NA","NA"]
["NR_166167.1","ncRNA","chr2:172324334-172338667","+","Gm14273","lncRNA",3.99505531259453,3.82462515971605,2.06344766474253,9.12612466859654,20.7503840825756,20.2803480990872,27.7085927786763,23.1604591654888,2.26088450006388,{"v":1.6769830645867e-06,"d":"1.68E-06"},{"v":5.3887495097014e-05,"d":"5.39E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_166167.1","Fam210b","NA","NA","NA","cellular response to estradiol stimulus;positive regulation of hemopoiesis;myeloid cell development;anatomical structure maturation;homeostasis of number of cells;cell maturation;erythrocyte development;developmental maturation;erythrocyte differentiation;positive regulation of myeloid cell differentiation;myeloid cell homeostasis;erythrocyte homeostasis;response to estradiol;myeloid cell differentiation;erythrocyte maturation;regulation of hemopoiesis;positive regulation of erythrocyte differentiation;regulation of myeloid cell differentiation;regulation of erythrocyte differentiation","mitochondrial outer membrane;outer membrane;organelle outer membrane","NA"]
["XR_866086.1","ncRNA","chr2:29542637-29546756","-","Gm30761","lncRNA",0,0,0,0,14.5252688578029,3.20216022617166,11.0834371114705,8.42198515108683,5.78064943759338,{"v":1.75259451052714e-06,"d":"1.75E-06"},{"v":5.60967432762856e-05,"d":"5.61E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_866086.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_001779477.2","ncRNA","chr1:151241601-151251315","-","Gm46162","lncRNA",22.9715680474186,13.7686505749778,27.8565434740241,19.1648618040527,65.363709860113,45.8976299084605,43.2254047347351,53.6901553381786,1.33531118413739,{"v":1.95041993991291e-06,"d":"1.95E-06"},{"v":6.1823776234914e-05,"d":"6.18E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001779477.2","NA","Bach2;Dmd;Ppp1r9a;Xpo7","-15.30;-17.30;-10.70;-17.20","NA","NA","NA","NA"]
["XR_869783.1","ncRNA","chr7:86890298-86897738","+","Gm39047","lncRNA",0,0,0,0,16.6003072660604,4.26954696822888,8.86674968917643,6.31648886331513,5.73534665496942,{"v":2.39214431377588e-06,"d":"2.39E-06"},{"v":7.52421392233044e-05,"d":"7.52E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_869783.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_001783336.2","ncRNA","chr2:75137655-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,3.65044986743862,15.5627880619317,29.8868287776022,13.3001245337646,18.9494665899454,2.60934212828874,{"v":2.53100341792284e-06,"d":"2.53E-06"},{"v":7.79606250537588e-05,"d":"7.80E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783336.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_001783337.2","ncRNA","chr2:75137655-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,3.65044986743862,15.5627880619317,29.8868287776022,13.3001245337646,18.9494665899454,2.60934212828874,{"v":2.53100341792284e-06,"d":"2.53E-06"},{"v":7.79606250537588e-05,"d":"7.80E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783337.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_001783338.2","ncRNA","chr2:75137655-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,3.65044986743862,15.5627880619317,29.8868287776022,13.3001245337646,18.9494665899454,2.60934212828874,{"v":2.53100341792284e-06,"d":"2.53E-06"},{"v":7.79606250537588e-05,"d":"7.80E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783338.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_001783343.2","ncRNA","chr2:75137655-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,3.65044986743862,15.5627880619317,29.8868287776022,13.3001245337646,18.9494665899454,2.60934212828874,{"v":2.53100341792284e-06,"d":"2.53E-06"},{"v":7.79606250537588e-05,"d":"7.80E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783343.2","NA","6030458C11Rik;Anks1","-27.60;-37.80","NA","NA","NA","NA"]
["XR_001783353.2","ncRNA","chr2:75137655-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,3.65044986743862,15.5627880619317,29.8868287776022,13.3001245337646,18.9494665899454,2.60934212828874,{"v":2.53100341792284e-06,"d":"2.53E-06"},{"v":7.79606250537588e-05,"d":"7.80E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783353.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_001783354.2","ncRNA","chr2:75137655-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,3.65044986743862,15.5627880619317,29.8868287776022,13.3001245337646,18.9494665899454,2.60934212828874,{"v":2.53100341792284e-06,"d":"2.53E-06"},{"v":7.79606250537588e-05,"d":"7.80E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783354.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_001783339.2","ncRNA","chr2:75137655-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,3.65044986743862,15.5627880619317,28.819442035545,13.3001245337646,18.9494665899454,2.58936529653704,{"v":2.92888484522157e-06,"d":"2.93E-06"},{"v":8.74175922051897e-05,"d":"8.74E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783339.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_001783340.2","ncRNA","chr2:75137655-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,3.65044986743862,15.5627880619317,28.819442035545,13.3001245337646,18.9494665899454,2.58936529653704,{"v":2.92888484522157e-06,"d":"2.93E-06"},{"v":8.74175922051897e-05,"d":"8.74E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783340.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_001783341.2","ncRNA","chr2:75137655-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,3.65044986743862,15.5627880619317,28.819442035545,13.3001245337646,18.9494665899454,2.58936529653704,{"v":2.92888484522157e-06,"d":"2.93E-06"},{"v":8.74175922051897e-05,"d":"8.74E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783341.2","NA","6030458C11Rik;Anks1","-27.60;-37.80","NA","NA","NA","NA"]
["XR_001783352.2","ncRNA","chr2:75137655-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,3.65044986743862,15.5627880619317,28.819442035545,13.3001245337646,18.9494665899454,2.58936529653704,{"v":2.92888484522157e-06,"d":"2.93E-06"},{"v":8.74175922051897e-05,"d":"8.74E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783352.2","NA","6030458C11Rik;Anks1","-14.90;-37.30","NA","NA","NA","NA"]
["XR_003955379.1","ncRNA","chr4:34309209-34316777","+","Gm33286","lncRNA",0,0,0,0,4.15007681651511,16.0108011308583,9.97509340032348,5.26374071942927,5.70493368690594,{"v":3.04111875208651e-06,"d":"3.04E-06"},{"v":9.02732092724628e-05,"d":"9.03E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003955379.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_001783344.2","ncRNA","chr2:75138836-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,24.5498950673161,13.3001245337646,14.738474014402,3.14443138878998,{"v":3.09417853624663e-06,"d":"3.09E-06"},{"v":9.12965775637613e-05,"d":"9.13E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783344.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_001783365.2","ncRNA","chr2:75137655-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.05970012777284,3.09517149711379,3.65044986743862,15.5627880619317,28.819442035545,9.97509340032348,18.9494665899454,2.74787131673025,{"v":3.37040138997377e-06,"d":"3.37E-06"},{"v":9.76192434203809e-05,"d":"9.76E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783365.2","NA","6030458C11Rik;Anks1","-29.60;-37.30","NA","NA","NA","NA"]
["XR_874857.1","ncRNA","chr14:79890972-79984136","+","Gm6999","lncRNA",0.998763828148633,0.76492503194321,1.03172383237126,5.47567480115793,17.6378264701892,13.8760276467439,19.950186800647,14.738474014402,3.00289376814053,{"v":3.37811761897381e-06,"d":"3.38E-06"},{"v":9.76192434203809e-05,"d":"9.76E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_874857.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_874858.1","ncRNA","chr14:79890972-79984136","+","Gm6999","lncRNA",0.998763828148633,0.76492503194321,1.03172383237126,5.47567480115793,17.6378264701892,13.8760276467439,19.950186800647,14.738474014402,3.00289376814053,{"v":3.37811761897381e-06,"d":"3.38E-06"},{"v":9.76192434203809e-05,"d":"9.76E-05"},"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_874858.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_003956516.1","ncRNA","chr6:126740985-126758879","+","Gm33581","lncRNA",88.8899807052284,90.2611537692988,82.5379065897011,76.6594472162109,57.0635562270828,26.6846685514305,15.5168119560587,44.2154220432059,-1.23256929621372,{"v":3.41518664871755e-06,"d":"3.42E-06"},{"v":9.85163894645929e-05,"d":"9.85E-05"},"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_003956516.1","Kcna6","4930467E23Rik;Abt1;Auh;Dlc1;Dynlt1a;Dynlt1b;Dynlt1f;Gm46650;Gm51415;Hdac8;Klrg2;Nipal3;Nktr;Psg16;Ubtfl1;Uty;Zfp939","-74.90;-16.40;-26.80;-16.40;-16.30;-22.50;-20.20;-75.60;-14.90;-28.90;-16.60;-18.90;-75.60;-75.60;-70.40;-18.00;-75.40","NA","NA","NA","NA"]
["XR_001783347.2","ncRNA","chr2:75138836-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,23.4825083252588,13.3001245337646,14.738474014402,3.1205943535673,{"v":3.64225070446677e-06,"d":"3.64E-06"},0.000104147993920032,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783347.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_003952928.1","ncRNA","chr19:37692463-37697546","-","Gm32342","lncRNA",0,0,0,0,4.15007681651511,9.60648067851498,19.950186800647,3.15824443165756,5.76037297016664,{"v":3.63972249663305e-06,"d":"3.64E-06"},0.000104147993920032,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003952928.1","Cyp26c1;Exoc6;Cyp26a1","Cyp26c1",-22.8,"NA","NA","NA","NA"]
["XR_389447.2","ncRNA","chr5:104239313-104246908","-","Gm31048","lncRNA",0,0,0,0,8.30015363303022,13.8760276467439,6.65006226688232,4.21099257554342,5.60759456782471,{"v":4.47330064824129e-06,"d":"4.47E-06"},0.000125497950947915,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_389447.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_003949756.1","ncRNA","chr11:87441465-87443454","+","LOC115487798","lncRNA",0.998763828148633,2.29477509582963,7.22206682659885,1.82522493371931,14.5252688578029,27.7520552934877,13.3001245337646,20.0022147338312,2.65210907241424,{"v":4.48538547641538e-06,"d":"4.49E-06"},0.000125621515157962,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003949756.1","Tex14","NA","NA","NA","regulation of cell cycle phase transition;regulation of mitotic cell cycle phase transition;regulation of chromosome organization;negative regulation of cell cycle phase transition;cell cycle phase transition;negative regulation of cell cycle process;cell cycle checkpoint;negative regulation of mitotic cell cycle phase transition;negative regulation of cell cycle;negative regulation of mitotic cell cycle;mitotic cell cycle phase transition;regulation of sister chromatid segregation;negative regulation of organelle organization;organelle fission;nuclear division;regulation of chromosome segregation;sister chromatid segregation;nuclear chromosome segregation;mitotic nuclear division;mitotic cell cycle checkpoint;regulation of nuclear division;regulation of chromosome separation;chromosome segregation;regulation of mitotic metaphase/anaphase transition;regulation of metaphase/anaphase transition of cell cycle;metaphase/anaphase transition of mitotic cell cycle;negative regulation of chromosome organization;regulation of mitotic sister chromatid separation;metaphase/anaphase transition of cell cycle;meiotic nuclear division;mitotic sister chromatid separation;chromosome separation;negative regulation of nuclear division;mitotic spindle assembly checkpoint;spindle assembly checkpoint;male meiotic nuclear division;regulation of mitotic nuclear division;negative regulation of mitotic metaphase/anaphase transition;mitotic spindle checkpoint;negative regulation of mitotic nuclear division;negative regulation of metaphase/anaphase transition of cell cycle;negative regulation of mitotic sister chromatid separation;regulation of mitotic sister chromatid segregation;spindle checkpoint;negative regulation of chromosome separation;meiotic cell cycle process;negative regulation of cell division;negative regulation of mitotic sister chromatid segregation;negative regulation of sister chromatid segregation;regulation of protein binding;negative regulation of chromosome segregation;attachment of spindle microtubules to kinetochore;negative regulation of protein binding;mitotic sister chromatid segregation;extracellular structure organization;regulation of cell division;meiotic cell cycle;cellular process involved in reproduction in multicellular organism;regulation of cytokinesis;negative regulation of binding;regulation of binding;cytokinesis;cellular response to leukemia inhibitory factor;response to leukemia inhibitory factor","kinetochore;chromosomal region;midbody;chromosome, centromeric region;intercellular bridge","NA"]
["XR_389446.2","ncRNA","chr5:104239313-104246620","-","Gm31048","lncRNA",0,0,0,0,8.30015363303022,12.8086409046866,6.65006226688232,4.21099257554342,5.56022954840674,{"v":5.66617261494419e-06,"d":"5.67E-06"},0.000153958103872171,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_389446.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_867455.2","ncRNA","chr3:92573821-92611947","+","Gm35639","lncRNA",0,3.05970012777284,0,2.73783740057896,16.6003072660604,17.0781878729155,9.97509340032348,15.7912221582878,3.24829363152251,{"v":6.16086822321218e-06,"d":"6.16E-06"},0.000165192066653866,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_867455.2","Lce6a;Smcp;Ivl","NA","NA","NA","microtubule-based movement;multi-multicellular organism process;penetration of zona pellucida;single fertilization;fertilization;cell-cell recognition;binding of sperm to zona pellucida;sperm-egg recognition;cell recognition;cilium or flagellum-dependent cell motility;cilium-dependent cell motility;cilium movement;flagellated sperm motility;sperm motility;cilium movement involved in cell motility","mitochondrial outer membrane;cornified envelope;outer membrane;organelle outer membrane","NA"]
["XR_865707.2","ncRNA","chr1:166049283-166050951","+","Gm39693","lncRNA",4.99381914074317,0,0,1.82522493371931,13.4877496536741,29.8868287776022,16.6251556672058,7.36923700720098,3.36557312021924,{"v":6.2959068051835e-06,"d":"6.30E-06"},0.000168258618836267,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_865707.2","NA","C330007P06Rik;Cpm;Cpne5;Gnb1l;Il1rl1;Itgae;Llph;Lpar5;Ogdh;Pik3ip1;Prob1;Prr5;Rapgef2;Rs1;Rubcn;Tmem234;Trp53rkb","-17.60;-13.10;-15.30;-15.50;-14.70;-20.40;-18.50;-28.20;-13.80;-14.10;-11.90;-20.40;-12.10;-16.00;-17.80;-21.80;-19.00","NA","positive regulation of neuron projection development;positive regulation of neuron differentiation;neuron projection extension;developmental cell growth;positive regulation of cell projection organization;positive regulation of cell growth;developmental growth involved in morphogenesis;adaptation of signaling pathway;response to radiation;regulation of cell growth;regulation of developmental growth;positive regulation of growth;protein homooligomerization;protein complex oligomerization;positive regulation of dendritic spine development;cellular response to radiation;positive regulation of dendrite extension;positive regulation of dendrite development;dendrite extension;response to metal ion;regulation of dendrite extension;response to light stimulus;phototransduction, visible light;positive regulation of developmental growth;cellular response to calcium ion;dendrite development;response to calcium ion;cellular response to light stimulus;regulation of dendrite development;phototransduction;regulation of dendritic spine development;sensory system development;cellular response to inorganic substance;cellular response to metal ion;retina layer formation;eye development;dendritic spine development;visual system development;eye morphogenesis;cellular response to abiotic stimulus;cellular response to environmental stimulus;detection of visible light;detection of light stimulus;protein processing;sensory organ morphogenesis;social behavior;retina morphogenesis in camera-type eye;intraspecies interaction between organisms;camera-type eye development;detection of abiotic stimulus;detection of external stimulus;protein maturation;retina development in camera-type eye;camera-type eye morphogenesis;neural retina development;visual perception;sensory perception of light stimulus;detection of stimulus","neuron to neuron synapse;photoreceptor inner segment;anchored component of membrane;extrinsic component of membrane;extrinsic component of plasma membrane","phospholipid binding;calcium-dependent phospholipid binding;phosphatidylinositol binding;phosphatidylserine binding;modified amino acid binding;basal transcription machinery binding;basal RNA polymerase II transcription machinery binding;phosphatidylinositol-3-phosphate binding;phosphatidylinositol-5-phosphate binding;phosphatidylinositol-4-phosphate binding;exopeptidase activity;carboxypeptidase activity;phosphatidylinositol phosphate binding;metalloexopeptidase activity;phosphatidylinositol-3,4,5-trisphosphate binding;metallocarboxypeptidase activity;metallopeptidase activity;phosphatidylinositol-3,5-bisphosphate binding;phosphatidylinositol-3,4-bisphosphate binding;phosphatidylinositol-4,5-bisphosphate binding;phosphatidylinositol bisphosphate binding"]
["XR_003949687.1","ncRNA","chr11:58234856-58239723","-","Gm51898","lncRNA",11.9851659377836,9.94402541526173,13.4124098208264,16.4270244034738,35.2756529403784,32.0216022617166,34.3586550455587,38.9516813237766,1.45027375675202,{"v":7.08109636202856e-06,"d":"7.08E-06"},0.000187408433814465,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003949687.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_001783348.2","ncRNA","chr2:75137655-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,3.65044986743862,15.5627880619317,22.4151215832016,13.3001245337646,18.9494665899454,2.46346414743167,{"v":8.20615025242778e-06,"d":"8.21E-06"},0.000214066656345628,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783348.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_374209.2","ncRNA","chr2:29542637-29546756","-","Gm30761","lncRNA",0,0,0,0,13.4877496536741,2.13477348411444,8.86674968917643,7.36923700720098,5.5563204276091,{"v":8.53012511570535e-06,"d":"8.53E-06"},0.000221458295861074,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_374209.2","NA","NA","NA","NA","NA","NA","NA"]
["NR_040519.1","ncRNA","chr6:144672868-144693832","+","Sox5os3","lncRNA",0,0,0,0,4.15007681651511,7.47170719440054,5.54171855573527,13.6857258705161,5.509425877934,{"v":8.70062548772403e-06,"d":"8.70E-06"},0.000225169984932301,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_040519.1","Sox5","NA","NA","NA","positive regulation of cartilage development;mesenchymal stem cell differentiation;positive regulation of chondrocyte differentiation;regulation of chondrocyte differentiation;regulation of stem cell differentiation;regulation of cartilage development;skeletal system morphogenesis;stem cell differentiation;connective tissue development;cartilage condensation;cell aggregation;cellular response to transforming growth factor beta stimulus;positive regulation of stem cell differentiation;response to transforming growth factor beta;central nervous system neuron differentiation;asymmetric stem cell division;regulation of timing of cell differentiation;gliogenesis;regulation of development, heterochronic;neuroblast division;stem cell proliferation;chondrocyte differentiation;asymmetric cell division;cartilage development;glial cell differentiation;cell fate commitment;stem cell division;neural precursor cell proliferation;neuroblast proliferation;oligodendrocyte differentiation","transcription regulator complex","NA"]
["NR_131206.1","ncRNA","chr15:38713483-38728516","-","Gm45924","lncRNA",0,0,0,0,8.30015363303022,11.7412541626294,1.10834371114705,11.5802295827444,5.59714087544128,{"v":8.8522486485019e-06,"d":"8.85E-06"},0.000228371260086589,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_131206.1","NA","Efcab11",-5.4,"NA","NA","NA","NA"]
["NR_131182.1","ncRNA","chr6:52165674-52169451","+","Hoxaas2","lncRNA",74.9072871111475,47.425351980479,83.5696304220724,63.8828726801758,26.9754993073482,33.0889890037738,27.7085927786763,37.8989331798908,-1.09242726727342,{"v":1.08127472550104e-05,"d":"1.08E-05"},0.000273766709137693,"down","http://www.ncbi.nlm.nih.gov/nuccore/NR_131182.1","Hoxa3;Hoxa1;Hoxa2","Hoxa3",-17.3,"Signaling pathways regulating pluripotency of stem cells","preganglionic parasympathetic fiber development;neuromuscular process;cognition;facial nerve development;facial nerve morphogenesis;cranial nerve structural organization;parasympathetic nervous system development;cranial nerve morphogenesis;motor neuron axon guidance;facial nerve structural organization;cranial nerve development;response to radiation;embryonic skeletal system morphogenesis;thymus development;anatomical structure arrangement;response to retinoic acid;axonogenesis;autonomic nervous system development;nerve development;embryonic skeletal system development;osteoblast development;negative regulation of neurogenesis;cellular response to retinoic acid;response to light stimulus;embryonic neurocranium morphogenesis;embryonic viscerocranium morphogenesis;positive regulation of receptor binding;axon guidance;negative regulation of cell development;neuron projection guidance;negative regulation of neuron differentiation;negative regulation of nervous system development;visual behavior;thyroid gland development;regulation of protein binding;response to ethanol;skeletal system morphogenesis;gland development;connective tissue development;positive regulation of protein binding;blood vessel remodeling;positive regulation of binding;animal organ formation;regionalization;regulation of receptor binding;regulation of behavior;central nervous system neuron differentiation;semicircular canal development;pons development;embryonic cranial skeleton morphogenesis;embryonic organ morphogenesis;sensory organ morphogenesis;segment specification;artery morphogenesis;pattern specification process;metencephalon development;dorsal/ventral pattern formation;endocrine system development;anterior/posterior pattern specification;hindbrain development;artery development;neural nucleus development;tube formation;cartilage development;regulation of binding;middle ear morphogenesis;cranial skeletal system development;cochlea development;cell fate commitment;cellular response to ethanol;cochlea morphogenesis;tissue remodeling;ear development;osteoblast differentiation;sensory perception of sound;sensory perception of mechanical stimulus;inner ear development;regulation of osteoblast differentiation;cell fate determination;segmentation;response to alcohol;ear morphogenesis;regulation of ossification;inner ear morphogenesis;negative regulation of osteoblast differentiation;ossification;cellular response to alcohol;negative regulation of ossification","NA","DNA-binding transcription repressor activity, RNA polymerase II-specific;DNA-binding transcription repressor activity;HMG box domain binding"]
["XR_001784438.1","ncRNA","chr4:125290536-125301544","+","Gm46869","lncRNA",4.99381914074317,0,0,1.82522493371931,14.5252688578029,18.1455746149727,11.0834371114705,14.738474014402,3.16748961629367,{"v":1.12163358941502e-05,"d":"1.12E-05"},0.00028310862636531,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001784438.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_003955923.1","ncRNA","chr5:53220959-53224610","+","Gm30464","lncRNA",24.9690957037158,32.1268513416148,25.7930958092816,29.2035989395089,40.4632489610223,82.188779138406,84.2341220471761,49.4791627626352,1.18430492388115,{"v":1.24748365374357e-05,"d":"1.25E-05"},0.000309149130918634,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003955923.1","Sel1l3","NA","NA","NA","NA","NA","NA"]
["XR_003948196.1","ncRNA","chr9:83098137-83125776","+","Gm2065","lncRNA",14.9814574222295,15.2985006388642,16.5075813179402,18.2522493371931,53.9509986146964,39.4933094561172,38.7920298901469,30.5296961726898,1.32541569965018,{"v":1.27841306146838e-05,"d":"1.28E-05"},0.000314757029016606,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003948196.1","Hmgn3","NA","NA","NA","NA","NA","NA"]
["XR_874862.1","ncRNA","chr14:79890972-79965003","+","Gm6999","lncRNA",0.998763828148633,0,0,2.73783740057896,9.337672837159,11.7412541626294,16.6251556672058,13.6857258705161,3.80278538582218,{"v":1.36788988910207e-05,"d":"1.37E-05"},0.000333430805158771,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_874862.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_001783345.2","ncRNA","chr2:75137655-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,7.22206682659885,3.65044986743862,15.5627880619317,29.8868287776022,13.3001245337646,18.9494665899454,2.31741452646343,{"v":1.409383639225e-05,"d":"1.41E-05"},0.000342016005981663,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783345.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_001783355.2","ncRNA","chr2:75138836-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,16.0108011308583,13.3001245337646,14.738474014402,2.94139738121522,{"v":1.45023108169185e-05,"d":"1.45E-05"},0.000342279647505799,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783355.2","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_001783357.2","ncRNA","chr2:75138836-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,16.0108011308583,13.3001245337646,14.738474014402,2.94139738121522,{"v":1.45023108169185e-05,"d":"1.45E-05"},0.000342279647505799,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783357.2","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_001783358.2","ncRNA","chr2:75138836-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,16.0108011308583,13.3001245337646,14.738474014402,2.94139738121522,{"v":1.45023108169185e-05,"d":"1.45E-05"},0.000342279647505799,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783358.2","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_001783359.2","ncRNA","chr2:75138836-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,16.0108011308583,13.3001245337646,14.738474014402,2.94139738121522,{"v":1.45023108169185e-05,"d":"1.45E-05"},0.000342279647505799,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783359.2","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_001783360.2","ncRNA","chr2:75138837-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,16.0108011308583,13.3001245337646,14.738474014402,2.94139738121522,{"v":1.45023108169185e-05,"d":"1.45E-05"},0.000342279647505799,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783360.2","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_001783361.2","ncRNA","chr2:75138836-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,16.0108011308583,13.3001245337646,14.738474014402,2.94139738121522,{"v":1.45023108169185e-05,"d":"1.45E-05"},0.000342279647505799,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783361.2","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_001783362.2","ncRNA","chr2:75138837-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,16.0108011308583,13.3001245337646,14.738474014402,2.94139738121522,{"v":1.45023108169185e-05,"d":"1.45E-05"},0.000342279647505799,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783362.2","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_001783363.2","ncRNA","chr2:75138836-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,16.0108011308583,13.3001245337646,14.738474014402,2.94139738121522,{"v":1.45023108169185e-05,"d":"1.45E-05"},0.000342279647505799,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783363.2","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_001783364.2","ncRNA","chr2:75138837-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,16.0108011308583,13.3001245337646,14.738474014402,2.94139738121522,{"v":1.45023108169185e-05,"d":"1.45E-05"},0.000342279647505799,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783364.2","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_001783368.2","ncRNA","chr2:75138836-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,16.0108011308583,13.3001245337646,14.738474014402,2.94139738121522,{"v":1.45023108169185e-05,"d":"1.45E-05"},0.000342279647505799,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783368.2","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_001783370.2","ncRNA","chr2:75138836-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,16.0108011308583,13.3001245337646,14.738474014402,2.94139738121522,{"v":1.45023108169185e-05,"d":"1.45E-05"},0.000342279647505799,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783370.2","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_001783371.2","ncRNA","chr2:75138837-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,16.0108011308583,13.3001245337646,14.738474014402,2.94139738121522,{"v":1.45023108169185e-05,"d":"1.45E-05"},0.000342279647505799,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783371.2","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_001783372.2","ncRNA","chr2:75138836-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,16.0108011308583,13.3001245337646,14.738474014402,2.94139738121522,{"v":1.45023108169185e-05,"d":"1.45E-05"},0.000342279647505799,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783372.2","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_001783373.2","ncRNA","chr2:75138837-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,16.0108011308583,13.3001245337646,14.738474014402,2.94139738121522,{"v":1.45023108169185e-05,"d":"1.45E-05"},0.000342279647505799,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783373.2","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_866464.3","ncRNA","chr2:75138837-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,12.4502304495453,16.0108011308583,13.3001245337646,14.738474014402,2.94139738121522,{"v":1.45023108169185e-05,"d":"1.45E-05"},0.000342279647505799,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_866464.3","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["NR_157236.1","ncRNA","chr6:147242215-147243801","-","Gm15767","lncRNA",0.998763828148633,2.29477509582963,8.25379065897011,2.73783740057896,21.7879032867043,14.9434143888011,29.9252802009704,10.5274814388585,2.46810862051509,{"v":1.58362706295739e-05,"d":"1.58E-05"},0.000368446717521069,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_157236.1","Pthlh","NA","NA","NA","NA","NA","NA"]
["XR_001784872.2","ncRNA","chr5:72563267-72573285","+","Gm34144","lncRNA",0,0.76492503194321,0,2.73783740057896,11.4127112454166,6.40432045234332,21.058530511794,13.6857258705161,3.85195810365615,{"v":1.63547925770494e-05,"d":"1.64E-05"},0.00037782342851726,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001784872.2","Nfxl1;Zar1","NA","NA","NA","NA","NA","mRNA binding"]
["NR_033495.1","ncRNA","chr2:66440880-66547472","+","Gm13629","lncRNA",74.9072871111475,74.1977280984914,88.7282495839287,78.4846721499303,38.3882105527648,54.4367238449182,12.1917808226176,35.7934368921191,-1.16239997470151,{"v":1.65600795556858e-05,"d":"1.66E-05"},0.000380951703534174,"down","http://www.ncbi.nlm.nih.gov/nuccore/NR_033495.1","Scn9a;Scn1a","Scn1a;Scn2a;Scn3a;Scn9a","-11.90;-13.00;-16.60;-9.60","Dopaminergic synapse;Taste transduction","action potential;locomotory behavior;multicellular organismal signaling;memory;transmission of nerve impulse;neuronal action potential;sodium ion transport;neuromuscular process;cognition;response to pain;learning or memory;membrane depolarization during action potential;sodium ion transmembrane transport;monovalent inorganic cation transport;regulation of ion transmembrane transport;muscle contraction;neuromuscular process controlling posture;adult locomotory behavior;adult behavior;multicellular organismal response to stress;behavioral response to pain;muscle system process;regulation of membrane potential;cardiac muscle cell action potential;membrane depolarization;response to antibiotic;neuronal action potential propagation;action potential propagation;cardiac muscle contraction;cellular response to antibiotic;cardiac muscle cell contraction;striated muscle contraction;heart process;heart contraction;cardiac muscle cell action potential involved in contraction;adult walking behavior;walking behavior;response to toxic substance;neuron apoptotic process;actin filament-based movement;sensory perception of pain;cellular response to abiotic stimulus;cellular response to environmental stimulus;cellular response to chemical stress;actin-mediated cell contraction;neuron death;post-embryonic development;intrinsic apoptotic signaling pathway;response to mechanical stimulus;cellular response to hypoxia;detection of mechanical stimulus;detection of mechanical stimulus involved in sensory perception of pain;detection of abiotic stimulus;detection of external stimulus;detection of mechanical stimulus involved in sensory perception;cellular response to osmotic stress;cellular response to decreased oxygen levels;response to osmotic stress;detection of stimulus involved in sensory perception of pain;response to hypoxia;cellular response to oxygen levels;sensory perception of mechanical stimulus;response to decreased oxygen levels;response to oxygen levels;detection of stimulus;detection of stimulus involved in sensory perception","axon initial segment;main axon;synaptic membrane;voltage-gated sodium channel complex;node of Ranvier;sarcolemma;T-tubule;presynaptic membrane;ion channel complex;cation channel complex;sodium channel complex;intrinsic component of synaptic membrane;paranode region of axon;transmembrane transporter complex;transporter complex;integral component of synaptic membrane;intrinsic component of presynaptic membrane;integral component of presynaptic membrane;intercalated disc;sarcomere;myofibril;contractile fiber;Z disc;cell-cell contact zone;I band","sodium ion binding;voltage-gated sodium channel activity;sodium channel activity;alkali metal ion binding;voltage-gated ion channel activity;voltage-gated channel activity;metal ion transmembrane transporter activity;cation channel activity;gated channel activity;leucine zipper domain binding;channel activity;passive transmembrane transporter activity;sodium ion transmembrane transporter activity;monovalent inorganic cation transmembrane transporter activity;LRR domain binding;ion channel activity;calmodulin binding"]
["XR_877838.2","ncRNA","chr19:37692463-37697546","-","Gm32342","lncRNA",0,0,0,0,4.15007681651511,8.53909393645776,18.8418430894999,1.05274814388585,5.58233271901485,{"v":1.71802507626572e-05,"d":"1.72E-05"},0.000393137450777491,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_877838.2","Cyp26c1;Exoc6;Cyp26a1","Cyp26c1",-22.8,"NA","NA","NA","NA"]
["XR_001784437.1","ncRNA","chr4:125290536-125301544","+","Gm46869","lncRNA",4.99381914074317,0,0,1.82522493371931,12.4502304495453,18.1455746149727,11.0834371114705,14.738474014402,3.11419818738594,{"v":1.87587256282998e-05,"d":"1.88E-05"},0.000423196850174444,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001784437.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_040367.1","ncRNA","chr2:170499357-170511927","-","Gm16796","lncRNA",6.99134679704043,2.29477509582963,5.15861916185632,6.38828726801758,21.7879032867043,17.0781878729155,16.6251556672058,27.3714517410322,2.02408469406977,{"v":1.96525657020989e-05,"d":"1.97E-05"},0.000441534841515838,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_040367.1","Pfdn4;Cyp24a1","Adat1;Aqp9;Atxn2l;Btbd19;Btn2a2;C2cd2;Cbln3;Ccdc116;Ccdc92b;Cdk12;Cep72;Chd9;Clip1;Dipk1c;Dzip1l;Exoc8;Exosc4;Fkbp8;Fkbpl;Gdpgp1;Gga2;Gid8;Git2;Gje1;Glt8d1;Gpr157;Hacd3;Hcfc2;Hnrnpc;Ints7;Kalrn;Knl1;Ldlrad4;Mcmdc2;Megf11;Mrpl35;Nav2;Nploc4;Nudt5;Nup160;Pafah1b2;Pcca;Pfdn4;Piga;Plin3;Pnpla3;Polr1b;Prdm10;Ptpn22;Pwwp2a;Rab30;Raly;Rimklb;Ripk1;Sae1;Scmh1;Sfi1;Slc15a1;Slc29a2;Slc7a8;Smug1;Strbp;Szrd1;Tnfrsf14;Trp53rkb;Trub1;Ttc19;Ttc26;Uty;Zfp113;Zfp444;Zfp879","-22.50;-73.70;-19.90;-21.40;-24.30;-27.90;-21.00;-25.30;-16.20;-16.20;-14.00;-17.50;-4.20;-22.50;-24.60;-20.00;-17.00;-26.80;-22.00;-16.40;-13.80;-25.90;-24.60;-24.30;-22.70;-28.30;-21.50;-21.90;-24.30;-32.50;-24.50;-22.90;-24.10;-18.20;-21.30;-23.70;-16.00;-22.20;-12.00;-26.90;-31.00;-6.60;-75.30;-70.30;-25.30;-24.80;-24.40;-26.20;-15.50;-9.20;-20.30;-40.00;-16.60;-25.60;-24.50;-15.60;-7.80;-23.80;-20.40;-17.00;-31.60;-19.80;-11.10;-24.20;-22.50;-24.10;-32.10;-17.10;-24.30;-15.80;-15.90;-26.50","Herpes simplex virus 1 infection;TNF signaling pathway;Apoptosis;Toll-like receptor signaling pathway;Base excision repair;Glycosylphosphatidylinositol (GPI)-anchor biosynthesis;Polycomb repressive complex;Nucleocytoplasmic transport;Salmonella infection;Ether lipid metabolism;Parathyroid hormone synthesis, secretion and action;Human cytomegalovirus infection;Hepatitis C;RIG-I-like receptor signaling pathway;NF-kappa B signaling pathway;Ubiquitin mediated proteolysis;Yersinia infection;RNA degradation;Steroid biosynthesis;Epstein-Barr virus infection;Human immunodeficiency virus 1 infection;Necroptosis;Endocytosis;Cytosolic DNA-sensing pathway;Alcoholic liver disease;Neutrophil extracellular trap formation;NOD-like receptor signaling pathway;Lysosome;Amyotrophic lateral sclerosis;Fatty acid elongation;Protein digestion and absorption;RNA polymerase;Fatty acid metabolism;Biosynthesis of unsaturated fatty acids;Glycerolipid metabolism;Protein processing in endoplasmic reticulum;MicroRNAs in cancer;Bile secretion;Spliceosome",{"$cut":{"chars":29790,"head":"ncRNA metabolic process;ncRNA processing;DNA repair;regulation of cell cycle phase transition;protein-containing complex localization;tRNA modification;regulation of mitotic cell cycle phase transition;tRNA processing;RNA modification;tRNA metabolic process;regulation of chromosome organization;negative regulation of cell cycle phase transition;regulation of defense response to virus;DNA integrity checkpoint;rRNA metabolic process;DNA damage checkpoint;phosphatidylinositol biosynthetic process;cell cycle phase transition;negative regulation of cell cycle process;glycerophospholipid biosynthetic process;rRNA processing;negative regulation of phosphatidylinositol 3-kinase signaling;cell cycle checkpoint;phosphatidylinositol metabolic process;negative regulation of mitotic cell cycle phase transition;negative regulation of cell cycle;negative regulation of mitotic cell cycle;regulation of production of miRNAs involved in gene silencing by miRNA;regulation of interferon-beta production;membrane lipid metabolic process;I-kappaB kinase/NF-kappaB signaling;glycerophospholipid metabolic process;regulation of production of small RNA involved in gene silencing by RNA;interferon-beta production;regulation of ion transmembrane transporter activity;mitotic cell cycle phase transition;ncRNA catabolic process;regulation of viral-induced cytoplasmic pattern recognition receptor signaling pathway;regulation of necroptotic process;regulation of programmed necrotic cell death;regulation of transporter activity;response to pain;defense response to virus;positive regulation of cell growth;regulation of type I interferon production;regulation of transmembrane transporter activity;phospholipid biosynthetic process;response to virus;membrane lipid biosynthetic process;regulation of DNA metabolic process;positive regulation of establishment of protein localization;regulation of stress-activated MAPK cascade;regulation of response to biotic stimulus;type I interferon production;phosphatidylinositol-mediated signaling;regulation of stress-activated protein kinase signaling cascade;telomere organization;spindle organization;lipid modification;negative regulation of immune system process;mRNA processing;ribosome biogenesis;chromatin remodeling;inositol lipid-mediated signaling;regulation of G1/S transition of mitotic cell cycle;regulation of defense response to virus by host;stress-activated MAPK cascade;regulation of NIK/NF-kappaB signaling;positive regulation of protein transport;JNK cascade;regulation of JNK cascade;regulation of ion transmembrane transport;regulation of RIG-I signaling pathway;regulation of telomere maintenance;regulation of cell cycle G1/S phase transition;negative regulation of leukocyte cell-cell adhesion;negative regulation of T cell activation;negative regulation of cell-cell adhesion;negative regulation of organelle organization;glycerolipid biosynthetic process;regulation of reactive oxygen species metabolic process;telomere maintenance;phospholipid metabolic process;NIK/NF-kappaB signaling;regulation of peptide secretion;mRNA modification;cytoplasmic pattern recognition receptor signaling pathway in response to virus;negative regulation of G1/S transition of mitotic cell cycle;negative regulation of phosphorylation;RNA catabolic process;amyloid fibril formation;production of miRNAs involved in gene silencing by miRNA;regulation of MAP kinase activity;regulation of cell-cell adhesion;stress-activated protein kinase signaling cascade;regulation of interferon-gamma production;interferon-gamma production;regulation of DNA-binding transcription factor activity;regulation of I-kappaB kinase/NF-kappaB signaling;nucleobase-containing compound catabolic process;negative regulation of cell adhesion;dsRNA processing;production of small RNA involved in gene silencing by RNA;negative regulation of antigen receptor-mediated signaling pathway;phosphatidylinositol 3-kinase signaling;response to radiation;negative regulation of peptide secretion;negative regulation of cell cycle G1/S phase transition;rRNA transcription;rRNA catabolic pro"}},"neuron projection terminus;telomerase holoenzyme complex;distal axon;nuclear envelope;axon terminus;nuclear pore;cell leading edge;centriolar satellite;basal plasma membrane;MLL1/2 complex;MLL1 complex;histone methyltransferase complex;cytoplasmic region;ubiquitin ligase complex;nuclear membrane;plasma membrane bounded cell projection cytoplasm;late endosome;nuclear exosome (RNase complex);ciliary membrane;centriole;cell projection membrane;kinetochore;ciliary basal body;vesicle tethering complex;basal part of cell;chromosomal region;actin-based cell projection;connexin complex;basolateral plasma membrane;nuclear pore outer ring;trans-Golgi network;methyltransferase complex;chromosome, centromeric region;cell cortex;exosome (RNase complex);exoribonuclease complex;spliceosomal complex;cytoplasmic exosome (RNase complex);organelle subcompartment;cytoplasmic side of membrane;lipid droplet;calyx of Held;Golgi apparatus subcompartment;receptor complex;ciliary plasm;cluster of actin-based cell projections;gap junction;exocyst;catalytic step 2 spliceosome;cytoplasmic side of plasma membrane;intrinsic component of organelle membrane;brush border;clathrin-coated vesicle;fibrillar center;pronucleus;transcriptionally active chromatin;coated vesicle;RNA polymerase I complex;axoneme;actin cytoskeleton;chromocenter;intrinsic component of endoplasmic reticulum membrane;integrator complex;integral component of organelle membrane;apical plasma membrane;microvillus membrane;transferase complex, transferring phosphorus-containing groups;apical part of cell;integral component of endoplasmic reticulum membrane;intermediate filament cytoskeleton;microvillus;membrane raft;membrane microdomain;membrane region;nuclear DNA-directed RNA polymerase complex;DNA-directed RNA polymerase complex;RNA polymerase complex","Ras GTPase binding;small GTPase binding;K63-linked polyubiquitin modification-dependent protein binding;catalytic activity, acting on DNA;GTPase activator activity;GTPase regulator activity;modification-dependent protein binding;hydrolase activity, acting on glycosyl bonds;catalytic activity, acting on RNA;MAP kinase kinase kinase activity;polyubiquitin modification-dependent protein binding;telomerase RNA binding;histone binding;nucleoside-triphosphatase regulator activity;death receptor binding;phospholipid binding;protein serine/threonine kinase activity;nucleotidyltransferase activity;pseudouridine synthase activity;ubiquitin-like protein binding;enzyme activator activity;sulfur compound binding;tumor necrosis factor receptor superfamily binding;hydrolase activity, hydrolyzing N-glycosyl compounds;ubiquitin binding;ligase activity;acyl-CoA binding;secondary active transmembrane transporter activity;protein C-terminus binding;phospholipase A2 activity;JUN kinase kinase kinase activity;gap junction channel activity;ATP-dependent protein binding;death domain binding;isomerase activity;phosphatidylinositol binding;single-stranded RNA binding;structural constituent of nuclear pore;neutral amino acid transmembrane transporter activity;phosphoprotein phosphatase activity;transferase activity, transferring glycosyl groups;DNA N-glycosylase activity;alanine transmembrane transporter activity;transcription coregulator activity;phosphoric ester hydrolase activity;ubiquitin-like protein ligase binding;channel activity;passive transmembrane transporter activity;fatty-acyl-CoA binding;intramolecular transferase activity;ribonucleoprotein complex binding;amino acid transmembrane transporter activity;UDP-glycosyltransferase activity;transcription coactivator activity;transferase activity, transferring hexosyl groups;monooxygenase activity;active transmembrane transporter activity;wide pore channel activity;monovalent inorganic cation transmembrane transporter activity;Ral GTPase binding;L-amino acid transmembrane transporter activity;phospholipase activity;oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen;transferase activity, transferring acyl groups other than amino-acyl groups;protein tyrosine phosphatase activity;phosphatase activity;iron ion binding;tetrapyrrole binding;peptidyl-prolyl cis-trans isomerase activity;channel inhibitor activity;fatty acid derivative binding;lyase activity;carbohydrate transmembrane transporter activity;cis-trans isomerase activity;amide binding;acetylglucosaminyltransferase activity;heme binding;carboxylic acid transmembrane transporter activity;hydro-lyase activity;channel regulator activity;transferase activity, transferring acyl groups;organic acid transmembrane transporter activity;ubiquitin protein ligase binding;lipase activity;carboxylic ester hydrolase activity;ATPase binding;amide transmembrane transporter activity;mRNA 3'-UTR binding;organic cation transmembrane transporter activity;peptide transmembrane transporter activity;mRNA 3'-UTR AU-rich region binding;O-acyltransferase activity;organic hydroxy compound transmembrane transporter activity;1-acylglycerol-3-phosphate O-acyltransferase activity;ubiquitin-like modifier activating enzyme activity;water channel activity;AU-rich element binding;carbon-oxygen lyase activity;symporter activity;water transmembrane transporter activity;SH3 domain binding;lysophosphatidic acid acyltransferase activity;acetyltransferase activity;disordered domain specific binding;mRNA binding;protein heterodimerization activity;solute:proton symporter activity;acylglycerol O-acyltransferase activity;solute:cation symporter activity;lysophospholipid acyltransferase activity;active ion transmembrane transporter activity;organic anion transmembrane transporter activity;triglyceride lipase activity;protein tyrosine kinase binding;ribonucleoside binding;protein folding chaperone;nucleoside binding;poly(U) RNA binding;anion transmembrane transporter activity;poly-pyrimidine tract binding;single-stranded DNA binding;proton transmembrane transporter activity;DNA-directed 5'-3' RNA polymerase activity;5'-3' RNA polymerase activity;RNA polymerase activity;ligase activity, forming carbon-sulfur bonds;cytokine receptor binding;enzyme inhibitor activity"]
["XR_001783356.2","ncRNA","chr2:75137655-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,2.73783740057896,9.337672837159,27.7520552934877,12.1917808226176,18.9494665899454,2.52967821608009,{"v":2.10740441035108e-05,"d":"2.11E-05"},0.000467055644115207,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783356.2","NA","6030458C11Rik;Anks1","-27.60;-29.40","NA","NA","NA","NA"]
["XR_001783367.2","ncRNA","chr2:75137655-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.05970012777284,3.09517149711379,2.73783740057896,9.337672837159,27.7520552934877,8.86674968917643,18.9494665899454,2.69868676566415,{"v":2.13845472568834e-05,"d":"2.14E-05"},0.000472158504196491,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783367.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_003949684.1","ncRNA","chr11:58234856-58239723","-","Gm51898","lncRNA",17.9777489066754,23.7126759902395,36.1103341329942,34.6792737406669,53.9509986146964,56.5714973290327,52.0921544239115,80.0088589353249,1.11452086329554,{"v":2.25206262399245e-05,"d":"2.25E-05"},0.000493763220884995,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003949684.1","NA","4933428G20Rik;6720489N17Rik;AW554918;Abhd6;Adat1;Ap4s1;Apobec3;Ash2l;Atp11a;Bri3bp;C330007P06Rik;Cast;Ccdc167;Cdkl1;Celf2;Cenpo;Chka;Crtc3;Det1;Dusp22;Epha10;Ermard;Fbxl18;Fbxo33;Fxn;Gad2;Gen1;Gm32234;Gm52217;Gtpbp3;Haus2;Hyal1;Iws1;Klhl33;Klhl7;L3mbtl1;LOC115488470;LOC115488789;Lrrc3;Lrrc7;Med16;Mfsd4a;Mob3c;Mob4;Mpp7;Mrpl27;Mthfsd;Nbea;Ndufaf7;Pag1;Pgpep1l;Pik3ip1;Psmb11;Rab2a;Rabgap1l;Rapgef2;Rere;Rint1;Rnasel;Rubcn;Samd11;Samd15;Shprh;Smg5;Smg6;Snupn;Sobp;Spata13;Spc24;Syt11;Tigit;Tmod1;Tmppe;Traf3;Txnl4a;Usp6nl;Wnt4;Xcr1;Ybey;Zfp141;Zfp672","-14.60;-10.60;-10.30;-16.10;-26.20;-7.70;-7.30;-28.30;-7.60;-17.90;-28.90;-40.50;-14.60;-20.80;-12.10;-27.00;-15.00;-22.40;-37.80;-25.60;-19.20;-12.00;-10.90;-9.60;-36.90;-17.80;-16.20;-3.10;-26.60;-17.40;-23.70;-28.30;-6.10;-14.60;-4.80;-8.10;-7.00;-7.90;-20.80;-19.80;-24.30;-35.80;-34.20;-33.80;-34.20;-27.00;-35.80;-9.20;-32.20;-20.40;-21.20;-10.20;-32.80;-3.10;-12.10;-13.50;-9.00;-15.60;-15.50;-32.80;-37.80;-9.20;-8.10;-19.20;-9.00;-22.40;-13.10;-8.90;-27.10;-20.90;-5.80;-28.10;-24.50;-13.30;-31.70;-16.00;-18.50;-7.00;-10.20;-8.40;-17.60","NA","NA","NA","NA"]
["XR_001782687.1","ncRNA","chr19:56743045-56765957","+","Gm32718","lncRNA",4.99381914074317,6.11940025554568,10.3172383237126,7.30089973487723,0,0,0,0,-5.19016170762684,{"v":2.47769487309266e-05,"d":"2.48E-05"},0.000534632946494769,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_001782687.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_003948192.1","ncRNA","chr9:83111106-83125776","+","Gm2065","lncRNA",23.9703318755672,22.9477509582963,21.6662004797965,25.5531490720703,57.0635562270828,59.7736575552043,49.8754670016174,36.8461850360049,1.11197860807587,{"v":2.48994676353697e-05,"d":"2.49E-05"},0.000536568765011999,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003948192.1","Hmgn3","Hmgn3",-20.6,"NA","NA","NA","NA"]
["XR_001779476.2","ncRNA","chr1:151241601-151250540","-","Gm46162","lncRNA",25.9678595318645,10.7089504472049,25.7930958092816,22.8153116714914,66.4012290642418,53.369337102861,32.1419676232645,52.6374071942927,1.28515144650229,{"v":2.52036311989575e-05,"d":"2.52E-05"},0.00054240867353967,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001779476.2","NA","Bach2;Dmd;Hgh1;Ppp1r9a;Rimklb;Xpo7","-15.30;-20.70;-20.80;-10.70;-24.50;-17.20","NA","NA","NA","NA"]
["XR_001783342.2","ncRNA","chr2:75138831-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,2.73783740057896,14.5252688578029,18.1455746149727,13.3001245337646,16.8439703021737,2.40989728614809,{"v":2.55783767056899e-05,"d":"2.56E-05"},0.000545612408813183,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783342.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_001783346.2","ncRNA","chr2:75138832-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,2.73783740057896,14.5252688578029,18.1455746149727,13.3001245337646,16.8439703021737,2.40989728614809,{"v":2.55783767056899e-05,"d":"2.56E-05"},0.000545612408813183,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783346.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_001783349.2","ncRNA","chr2:75138836-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,2.73783740057896,14.5252688578029,18.1455746149727,13.3001245337646,16.8439703021737,2.40989728614809,{"v":2.55783767056899e-05,"d":"2.56E-05"},0.000545612408813183,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783349.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_001783350.2","ncRNA","chr2:75138836-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,2.73783740057896,14.5252688578029,18.1455746149727,13.3001245337646,16.8439703021737,2.40989728614809,{"v":2.55783767056899e-05,"d":"2.56E-05"},0.000545612408813183,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783350.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_001783351.2","ncRNA","chr2:75138836-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,2.73783740057896,14.5252688578029,18.1455746149727,13.3001245337646,16.8439703021737,2.40989728614809,{"v":2.55783767056899e-05,"d":"2.56E-05"},0.000545612408813183,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783351.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_001783369.2","ncRNA","chr2:75138835-75322407","+","2600014E21Rik","lncRNA",0.998763828148633,3.82462515971605,4.12689532948505,2.73783740057896,14.5252688578029,18.1455746149727,13.3001245337646,16.8439703021737,2.40989728614809,{"v":2.55783767056899e-05,"d":"2.56E-05"},0.000545612408813183,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783369.2","NA","6030458C11Rik;Anks1","-27.60;-37.30","NA","NA","NA","NA"]
["XR_003949685.1","ncRNA","chr11:58234856-58239723","-","Gm51898","lncRNA",17.9777489066754,23.7126759902395,37.1420579653655,34.6792737406669,53.9509986146964,56.5714973290327,52.0921544239115,80.0088589353249,1.10189481680728,{"v":2.92983886106844e-05,"d":"2.93E-05"},0.000612010784312073,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003949685.1","NA","4933428G20Rik;6720489N17Rik;AW554918;Abhd6;Adat1;Ap4s1;Apobec3;Ash2l;Atp11a;Bri3bp;C330007P06Rik;Cast;Ccdc167;Cdkl1;Celf2;Cenpo;Chka;Crtc3;Det1;Dusp22;Epha10;Ermard;Fbxl18;Fbxo33;Fxn;Gad2;Gen1;Gm32234;Gm52217;Gtpbp3;Haus2;Hyal1;Iws1;Klhl33;Klhl7;L3mbtl1;LOC115488470;LOC115488789;Lrrc3;Lrrc7;Med16;Mfsd4a;Mob3c;Mob4;Mpp7;Mrpl27;Mthfsd;Nbea;Ndufaf7;Pag1;Pgpep1l;Pik3ip1;Psmb11;Rab2a;Rabgap1l;Rapgef2;Rere;Rint1;Rnasel;Rubcn;Samd11;Samd15;Shprh;Smg5;Smg6;Snupn;Sobp;Spata13;Spc24;Syt11;Tigit;Tmod1;Tmppe;Traf3;Txnl4a;Usp6nl;Wnt4;Xcr1;Ybey;Zfp141;Zfp672","-14.60;-10.60;-10.30;-16.10;-26.20;-7.70;-7.30;-28.30;-7.60;-17.90;-28.90;-40.50;-14.60;-20.80;-12.10;-27.00;-15.00;-22.40;-37.80;-25.60;-19.20;-12.00;-10.90;-9.60;-36.90;-17.80;-16.20;-3.10;-26.60;-17.40;-23.70;-28.30;-6.10;-14.60;-4.80;-8.10;-7.00;-7.90;-20.80;-19.80;-24.30;-35.80;-34.20;-33.80;-34.20;-27.00;-35.80;-9.20;-32.20;-20.40;-21.20;-8.80;-32.80;-3.10;-12.10;-13.50;-9.00;-15.60;-15.50;-32.80;-37.80;-9.20;-7.80;-19.20;-9.00;-22.40;-13.10;-8.90;-27.10;-20.90;-5.80;-28.10;-24.50;-13.30;-31.70;-16.00;-18.50;-7.00;-10.20;-8.40;-17.60","NA","NA","NA","NA"]
["XR_003948189.1","ncRNA","chr9:83098137-83125776","+","Gm2065","lncRNA",14.9814574222295,16.8283507027506,20.6344766474253,19.1648618040527,53.9509986146964,40.5606961981744,41.008717312441,31.5824443165756,1.22605424201649,{"v":3.24558526805985e-05,"d":"3.25E-05"},0.000668574214664822,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003948189.1","Hmgn3","NA","NA","NA","NA","NA","NA"]
["XR_383653.2","ncRNA","chr14:79890972-79918310","+","Gm6999","lncRNA",0.998763828148633,1.52985006388642,0,2.73783740057896,9.337672837159,11.7412541626294,15.5168119560587,12.6329777266303,3.17515879116751,{"v":3.31533661388509e-05,"d":"3.32E-05"},0.000679519369131635,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_383653.2","NA","Cnnm2;Rere;Rhbdd2;Stag1;Zfp697","-21.70;-14.30;-26.90;-42.60;-10.40","NA","NA","NA","NA"]
["NR_015517.2","ncRNA","chr5:128579130-128600687","-","Fzd10os","lncRNA",42.9468446103912,20.6529758624667,27.8565434740241,26.46576153893,78.8514595137871,58.7062708131471,53.2004981350586,54.7429034820644,1.07297686092479,{"v":3.51587844865665e-05,"d":"3.52E-05"},0.000712834514983983,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_015517.2","Fzd10","NA","NA","Proteoglycans in cancer;Breast cancer;Melanogenesis;Wnt signaling pathway;Human papillomavirus infection;Gastric cancer;mTOR signaling pathway;Signaling pathways regulating pluripotency of stem cells;Cushing syndrome;Hepatocellular carcinoma;Alzheimer disease;Basal cell carcinoma;Pathways of neurodegeneration - multiple diseases;Hippo signaling pathway","regulation of stress-activated MAPK cascade;regulation of stress-activated protein kinase signaling cascade;stress-activated MAPK cascade;JNK cascade;regulation of JNK cascade;regulation of MAP kinase activity;stress-activated protein kinase signaling cascade;regulation of GTPase activity;positive regulation of protein kinase activity;regulation of JUN kinase activity;positive regulation of MAP kinase activity;positive regulation of GTPase activity;positive regulation of JUN kinase activity;positive regulation of stress-activated MAPK cascade;positive regulation of JNK cascade;positive regulation of stress-activated protein kinase signaling cascade;positive regulation of protein serine/threonine kinase activity;regulation of actin cytoskeleton organization;regulation of protein serine/threonine kinase activity;regulation of actin filament-based process;negative regulation of GTPase activity;canonical Wnt signaling pathway;Wnt signaling pathway;cell-cell signaling by wnt;non-canonical Wnt signaling pathway;negative regulation of hydrolase activity","NA","Wnt-activated receptor activity;Wnt-protein binding"]
["XR_003949688.1","ncRNA","chr11:58234856-58239723","-","Gm51898","lncRNA",17.9777489066754,23.7126759902395,34.0468864682517,34.6792737406669,52.9134794105677,54.4367238449182,50.9838107127645,73.6923700720098,1.07563111020099,{"v":3.60118109827753e-05,"d":"3.60E-05"},0.000727171827696633,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003949688.1","NA","4933428G20Rik;6720489N17Rik;AW554918;Abhd6;Adat1;Ap4s1;Apobec3;Ash2l;Atp11a;Bri3bp;C330007P06Rik;Cast;Ccdc167;Cdkl1;Celf2;Cenpo;Chka;Crtc3;Det1;Dusp22;Epha10;Ermard;Fbxl18;Fbxo33;Fxn;Gad2;Gen1;Gm32234;Gm52217;Gtpbp3;Haus2;Hyal1;Iws1;Klhl33;Klhl7;L3mbtl1;LOC115488470;LOC115488789;Lrrc3;Lrrc7;Med16;Mfsd4a;Mob3c;Mob4;Mpp7;Mrpl27;Mthfsd;Nbea;Ndufaf7;Pag1;Pgpep1l;Pik3ip1;Psmb11;Rab2a;Rabgap1l;Rapgef2;Rere;Rint1;Rnasel;Rubcn;Samd11;Samd15;Shprh;Smg5;Smg6;Snupn;Sobp;Spata13;Spc24;Syt11;Tigit;Tmod1;Tmppe;Traf3;Txnl4a;Usp6nl;Wnt4;Xcr1;Ybey;Zfp141;Zfp672","-14.60;-10.60;-10.30;-16.10;-26.20;-7.70;-7.30;-28.30;-7.60;-17.90;-28.90;-40.50;-14.60;-20.80;-12.10;-23.90;-15.00;-22.40;-37.80;-25.60;-19.20;-12.00;-10.90;-9.70;-36.90;-17.80;-16.20;-3.10;-26.60;-17.40;-23.70;-28.30;-6.10;-14.60;-4.80;-8.10;-7.00;-7.90;-20.80;-18.40;-24.30;-35.80;-34.20;-33.80;-34.20;-27.00;-35.80;-9.20;-32.20;-20.40;-21.20;-10.20;-32.80;-3.10;-12.10;-13.50;-9.00;-15.60;-15.50;-32.80;-37.80;-9.20;-8.10;-19.20;-6.40;-22.40;-13.10;-8.90;-27.10;-20.90;-5.80;-28.10;-24.50;-13.30;-31.70;-16.00;-18.50;-7.00;-10.20;-8.40;-17.60","NA","NA","NA","NA"]
["XR_003948193.1","ncRNA","chr9:83111106-83125776","+","Gm2065","lncRNA",23.9703318755672,22.9477509582963,21.6662004797965,24.6405366052107,57.0635562270828,58.7062708131471,49.8754670016174,34.7406887482332,1.10336769332442,{"v":3.63784028611243e-05,"d":"3.64E-05"},0.000732764971916932,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003948193.1","Hmgn3","Hmgn3",-20.6,"NA","NA","NA","NA"]
["XR_389630.3","ncRNA","chr3:27797204-27815382","-","Gm32795","lncRNA",0,0,0,0,5.18759602064389,9.60648067851498,3.32503113344116,7.36923700720098,5.23467990381231,{"v":3.96251630104856e-05,"d":"3.96E-05"},0.000791342083271675,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_389630.3","NA","Ccn6;Fars2;Kdm5c;Klhl22;Vangl1","-9.10;-14.20;-13.30;-17.90;-14.40","Aminoacyl-tRNA biosynthesis","ncRNA metabolic process;ncRNA processing;regulation of cell cycle phase transition;regulation of mitotic cell cycle phase transition;tRNA processing;tRNA metabolic process;regulation of chromosome organization;negative regulation of cell cycle phase transition;cell cycle phase transition;negative regulation of cell cycle process;cell cycle checkpoint;negative regulation of mitotic cell cycle phase transition;negative regulation of cell cycle;negative regulation of mitotic cell cycle;mitotic cell cycle phase transition;positive regulation of cell growth;chromatin remodeling;regulation of sister chromatid segregation;negative regulation of organelle organization;organelle fission;nuclear division;regulation of chromosome segregation;regulation of cell growth;negative regulation of catabolic process;covalent chromatin modification;sister chromatid segregation;nuclear chromosome segregation;positive regulation of growth;mitotic nuclear division;mitotic cell cycle checkpoint;regulation of nuclear division;negative regulation of autophagy;regulation of chromosome separation;chromosome segregation;negative regulation of cellular catabolic process;regulation of mitotic metaphase/anaphase transition;regulation of metaphase/anaphase transition of cell cycle;metaphase/anaphase transition of mitotic cell cycle;negative regulation of chromosome organization;regulation of mitotic sister chromatid separation;regulation of autophagy;metaphase/anaphase transition of cell cycle;histone modification;mitotic sister chromatid separation;chromosome separation;negative regulation of nuclear division;mitotic spindle assembly checkpoint;spindle assembly checkpoint;regulation of mitotic nuclear division;negative regulation of mitotic metaphase/anaphase transition;mitotic spindle checkpoint;negative regulation of mitotic nuclear division;negative regulation of metaphase/anaphase transition of cell cycle;negative regulation of mitotic sister chromatid separation;regulation of mitotic sister chromatid segregation;tRNA aminoacylation for protein translation;spindle checkpoint;negative regulation of chromosome separation;protein monoubiquitination;negative regulation of mitotic sister chromatid segregation;histone demethylation;histone lysine demethylation;proteasomal protein catabolic process;tRNA aminoacylation;negative regulation of sister chromatid segregation;amino acid activation;autophagy;process utilizing autophagic mechanism;rhythmic process;negative regulation of chromosome segregation;protein demethylation;protein dealkylation;positive regulation of TORC1 signaling;circadian rhythm;demethylation;proteasome-mediated ubiquitin-dependent protein catabolic process;mitotic sister chromatid segregation;positive regulation of TOR signaling;response to leucine;cellular response to leucine;regulation of TORC1 signaling;cellular amino acid metabolic process;regulation of circadian rhythm;TORC1 signaling;TOR signaling;regulation of TOR signaling;cellular response to acid chemical;cellular response to amino acid stimulus;response to acid chemical;response to amino acid","spindle;mitotic spindle;microtubule;Cul3-RING ubiquitin ligase complex;histone methyltransferase complex;cullin-RING ubiquitin ligase complex;ubiquitin ligase complex;lytic vacuole;lysosome;spindle microtubule;spindle pole;methyltransferase complex;intercellular bridge","14-3-3 protein binding;catalytic activity, acting on RNA;catalytic activity, acting on a tRNA;ligase activity;tRNA binding;histone demethylase activity;protein demethylase activity;aminoacyl-tRNA ligase activity;ligase activity, forming carbon-oxygen bonds;dioxygenase activity;demethylase activity;RNA polymerase II transcription factor binding"]
["XR_001783366.1","ncRNA","chr2:75275434-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,11.4127112454166,14.9434143888011,12.1917808226176,13.6857258705161,2.82772594579639,{"v":4.11596298709011e-05,"d":"4.12E-05"},0.000816008371113283,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783366.1","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_866463.1","ncRNA","chr2:75249369-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,1.82522493371931,11.4127112454166,14.9434143888011,12.1917808226176,13.6857258705161,2.82772594579639,{"v":4.11596298709011e-05,"d":"4.12E-05"},0.000816008371113283,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_866463.1","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_003948190.1","ncRNA","chr9:83111106-83125776","+","Gm2065","lncRNA",29.962914844459,29.8320762457852,29.9199911387666,26.46576153893,63.2886714518554,70.4475249757765,58.7422166907938,41.0571776115483,1.00733827794458,{"v":4.53951895997012e-05,"d":"4.54E-05"},0.000893482215514696,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003948190.1","Hmgn3","Hmgn3",-20.6,"NA","NA","NA","NA"]
["NR_166880.1","ncRNA","chrX:140383586-140385865","-","Gm32113","lncRNA",22.9715680474186,16.8283507027506,39.205505630108,26.46576153893,1.03751920412878,7.47170719440054,11.0834371114705,9.47473329497269,-1.857942932576,{"v":4.73506596473046e-05,"d":"4.74E-05"},0.000927892109074476,"down","http://www.ncbi.nlm.nih.gov/nuccore/NR_166880.1","Frmpd3","Frmpd3",-23.1,"NA","NA","NA","NA"]
["XR_874860.1","ncRNA","chr14:79890972-79984136","+","Gm6999","lncRNA",0,0.76492503194321,1.03172383237126,3.65044986743862,12.4502304495453,13.8760276467439,7.75840597802937,14.738474014402,3.15596926711509,{"v":4.72992903698197e-05,"d":"4.73E-05"},0.000927892109074476,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_874860.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_003948194.1","ncRNA","chr9:83098137-83125776","+","Gm2065","lncRNA",14.9814574222295,16.8283507027506,20.6344766474253,22.8153116714914,53.9509986146964,43.762856424346,41.008717312441,31.5824443165756,1.18113714691355,{"v":5.52620605886463e-05,"d":"5.53E-05"},0.00106337207410341,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003948194.1","Hmgn3","NA","NA","NA","NA","NA","NA"]
["NR_046459.1","ncRNA","chr14:46568331-46575851","-","Rubie","lncRNA",3.99505531259453,0.76492503194321,4.12689532948505,10.9513496023159,30.0880569197346,13.8760276467439,19.950186800647,20.0022147338312,2.10526244337081,{"v":5.75087488995796e-05,"d":"5.75E-05"},0.00110400598239616,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_046459.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_027913.1","ncRNA","chr11:69803669-69806038","+","G630025P09Rik","lncRNA",7.99011062518907,3.82462515971605,11.3489621560839,6.38828726801758,21.7879032867043,26.6846685514305,19.950186800647,24.2132073093747,1.68404990945632,{"v":6.08947929554328e-05,"d":"6.09E-05"},0.00115736548636967,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_027913.1","Fgf11;Chrnb1;Gm39566;Tmem102","Nisch;Tmem102","-21.40;-83.50","Neuroactive ligand-receptor interaction","regulation of lymphocyte migration;regulation of cation channel activity;regulation of ion transmembrane transporter activity;regulation of T cell migration;sodium ion transport;regulation of transporter activity;regulation of transmembrane transporter activity;regulation of sodium ion transmembrane transporter activity;sodium ion transmembrane transport;positive regulation of T cell migration;monovalent inorganic cation transport;regulation of ion transmembrane transport;regulation of sodium ion transport;negative regulation of cell migration;muscle contraction;T cell migration;positive regulation of lymphocyte migration;negative regulation of cell motility;regulation of sodium ion transmembrane transport;negative regulation of locomotion;negative regulation of cellular component movement;regulation of lymphocyte chemotaxis;adult behavior;regulation of cation transmembrane transport;neuromuscular synaptic transmission;lymphocyte migration;regulation of chemotaxis;muscle system process;regulation of membrane potential;regulation of mitochondrion organization;striated muscle cell development;regulation of metal ion transport;mitochondrion organization;postsynapse organization;positive regulation of response to external stimulus;postsynaptic membrane organization;regulation of leukocyte migration;muscle cell development;synapse organization;leukocyte migration;apoptotic mitochondrial changes;muscle cell differentiation;striated muscle contraction;small GTPase mediated signal transduction;Ras protein signal transduction;lymphocyte chemotaxis;leukocyte chemotaxis;positive regulation of T cell chemotaxis;multicellular organismal movement;musculoskeletal movement;regulation of leukocyte chemotaxis;regulation of T cell chemotaxis;mitochondrial outer membrane permeabilization;muscle fiber development;positive regulation of lymphocyte chemotaxis;positive regulation of mitochondrial membrane permeability involved in apoptotic process;mitochondrial transport;mitochondrial outer membrane permeabilization involved in programmed cell death;T cell chemotaxis;regulation of mitochondrial outer membrane permeabilization involved in apoptotic signaling pathway;cell chemotaxis;positive regulation of mitochondrial membrane permeability;positive regulation of cell adhesion;regulation of mitochondrial membrane permeability involved in apoptotic process;positive regulation of membrane permeability;skeletal muscle contraction;positive regulation of chemotaxis;striated muscle cell differentiation;Rac protein signal transduction;peptidyl-tyrosine phosphorylation;peptidyl-tyrosine modification;positive regulation of leukocyte migration;response to nicotine;regulation of mitochondrial membrane permeability;regulation of apoptotic signaling pathway;positive regulation of leukocyte chemotaxis;regulation of peptidyl-tyrosine phosphorylation;mitochondrial membrane organization;regulation of membrane permeability;synaptic transmission, cholinergic","synaptic membrane;neuromuscular junction;postsynaptic membrane;postsynaptic specialization;ion channel complex;acetylcholine-gated channel complex;intrinsic component of synaptic membrane;transmembrane transporter complex;transporter complex;intrinsic component of postsynaptic membrane;integral component of synaptic membrane;integral component of postsynaptic membrane;plasma membrane signaling receptor complex;receptor complex;postsynaptic specialization membrane;integral component of postsynaptic specialization membrane;intrinsic component of postsynaptic specialization membrane","phospholipid binding;acetylcholine binding;neurotransmitter binding;acetylcholine-gated cation-selective channel activity;integrin binding;cation channel activity;acetylcholine receptor activity;gated channel activity;phosphatidylinositol binding;channel activity;passive transmembrane transporter activity;ligand-gated cation channel activity;ion channel activity;excitatory extracellular ligand-gated ion channel activity;channel regulator activity;ligand-gated ion channel activity;ligand-gated channel activity;cell adhesion molecule binding;postsynaptic neurotransmitter receptor activity;transmitter-gated ion channel activity involved in regulation of postsynaptic membrane potential;neurotransmitter receptor activity involved in regulation of postsynaptic membrane potential;sodium channel regulator activity;transmitter-gated ion channel activity;transmitter-gated channel activity;neurotransmitter receptor activity;extracellular ligand-gated ion channel activity;growth factor activity;receptor ligand activity"]
["XR_001779478.2","ncRNA","chr1:151241601-151251321","-","Gm46162","lncRNA",19.9752765629727,8.41417535137531,18.5710289826827,16.4270244034738,44.6133257775374,32.0216022617166,34.3586550455587,40.0044294676625,1.27758289543714,{"v":6.22704455163455e-05,"d":"6.23E-05"},0.00117609169383989,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001779478.2","NA","Bach2;Dmd;Ppp1r9a;Xpo7","-15.30;-17.30;-10.70;-19.90","NA","NA","NA","NA"]
["XR_873112.2","ncRNA","chr13:5690821-5724605","-","Gm35330","lncRNA",0,0,0,0,7.26263442890144,8.53909393645776,2.21668742229411,6.31648886331513,5.16919601075158,{"v":6.37132652063105e-05,"d":"6.37E-05"},0.00119918776261728,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_873112.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_390463.1","ncRNA","chr4:34309209-34316288","+","Gm33286","lncRNA",0,0,0,0,2.07503840825756,9.60648067851498,7.75840597802937,5.26374071942927,5.18544415901911,{"v":6.39995817910021e-05,"d":"6.40E-05"},0.00120319213767084,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_390463.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_003950926.1","ncRNA","chr14:70203419-70214828","+","Gm26908","lncRNA",15.9802212503781,16.0634256708074,9.28551449134137,14.6017994697545,34.2381337362497,26.6846685514305,47.6587795793233,31.5824443165756,1.31291809453697,{"v":6.86849330976385e-05,"d":"6.87E-05"},0.00127951112271637,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003950926.1","Ppp3cc;Sorbs3","6720489N17Rik;Abcb8;Ank3;Atad2b;B4galnt2;Baz2b;C5ar2;Car5b;Ccdc127;Ccdc136;Cdkl1;Clcn3;Clec18a;Ctcfl;Cybrd1;Cyp20a1;D17H6S53E;Dedd;Dennd6a;Dlg1;Dynll1;Efr3b;Enah;Eri2;Foxj3;Gabpb1;Gen1;Gfod2;Gjd3;Gm34653;Gm4925;Gm52229;Gngt1;Gpatch8;H2-DMa;Hdac9;Hlcs;Htr2b;Ifnar1;Il12rb1;Irak2;Kiss1;Klhl33;Klhl41;Krt10;LOC115488470;LOC115488789;Map4;Med18;Mfsd14a;Mob3b;Mok;Mterf3;Mvb12b;Naaladl1;Ncor2;Nip7;Nrxn3;Nudt5;Ostf1;Paxip1;Pcmt1;Pdcd4;Pde4c;Pde7a;Pfas;Prdm10;Prxl2c;Ptafr;Rab30;Rad1;Rad51c;Ranbp17;Rbak;Rint1;Riok3;Rufy3;Sfi1;Slc25a51;Slc28a3;Slc35e1;Slc35e2;Slc3a2;Slfn5;Smco1;Soat1;Sod2;Sorbs3;Sox6;Spdef;Stxbp4;Tapbp;Tbck;Tbrg4;Tcf25;Tcp11l1;Tdrd12;Tenm3;Tex9;Tmem82;Tnr;Trappc13;Trim27;Tstd2;Ttc26;Ttc5;Tti2;Ubap1;Ube2v2;Uqcc1;Usp45;Vangl1;Wdr60;Wdsub1;Xiap;Zbtb11;Zbtb25;Zc3h12b;Zc3hav1;Zdhhc18;Zfand4;Zfp113;Zfp786;Zscan26","-80.80;-36.00;-31.20;-86.30;-34.10;-15.40;-27.60;-20.10;-26.40;-39.20;-35.60;-37.30;-32.10;-27.90;-86.30;-29.20;-24.80;-28.50;-80.70;-30.90;-22.60;-32.20;-18.30;-86.30;-86.30;-44.20;-74.20;-37.40;-25.00;-19.30;-31.50;-27.60;-25.00;-24.50;-86.30;-86.30;-31.40;-54.10;-33.00;-41.80;-36.80;-86.70;-26.00;-26.00;-80.00;-35.90;-83.80;-17.10;-29.30;-86.30;-21.70;-84.60;-34.20;-23.80;-28.80;-52.60;-21.80;-25.10;-54.30;-42.50;-20.40;-83.40;-86.30;-33.00;-84.60;-33.70;-29.70;-36.60;-31.30;-25.90;-25.80;-31.70;-35.10;-29.00;-29.20;-18.60;-86.70;-34.40;-41.30;-31.90;-31.50;-40.80;-35.60;-34.20;-19.00;-33.40;-32.70;-39.90;-34.80;-80.70;-25.70;-33.30;-36.40;-86.70;-84.10;-30.20;-27.90;-32.90;-34.40;-86.30;-26.10;-27.20;-21.50;-29.00;-29.20;-33.60;-83.40;-86.70;-10.60;-29.10;-40.20;-35.40;-86.70;-27.90;-67.20;-77.60;-86.70;-22.30;-29.90;-42.70;-48.40;-18.90;-38.50;-35.40","NA","NA","NA","NA"]
["XR_871824.2","ncRNA","chr10:72622828-72643042","-","Gm34659","lncRNA",3.99505531259453,5.35447522360247,7.22206682659885,15.5144119366141,20.7503840825756,28.819442035545,19.950186800647,34.7406887482332,1.70133192188967,{"v":6.86103210608869e-05,"d":"6.86E-05"},0.00127951112271637,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_871824.2","NA","Tpgs2",-17.1,"NA","peptidyl-glutamic acid modification;protein polyglutamylation","microtubule","NA"]
["XR_003948191.1","ncRNA","chr9:83098137-83125776","+","Gm2065","lncRNA",14.9814574222295,16.8283507027506,20.6344766474253,18.2522493371931,53.9509986146964,35.2237624878883,38.7920298901469,31.5824443165756,1.17822764477109,{"v":8.91523501911894e-05,"d":"8.92E-05"},0.00162019537747455,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003948191.1","Hmgn3","NA","NA","NA","NA","NA","NA"]
["XR_003950927.1","ncRNA","chr14:70203419-70214828","+","Gm26908","lncRNA",12.9839297659322,15.2985006388642,9.28551449134137,14.6017994697545,32.1630953279921,26.6846685514305,45.4420921570292,27.3714517410322,1.32040620450009,{"v":9.58978983179699e-05,"d":"9.59E-05"},0.0017389202049764,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003950927.1","Ppp3cc;Sorbs3","6720489N17Rik;Abcb8;Ank3;Atad2b;B4galnt2;Baz2b;C5ar2;Car5b;Ccdc127;Ccdc136;Cdkl1;Clcn3;Clec18a;Ctcfl;Cybrd1;Cyp20a1;D17H6S53E;Dedd;Dennd6a;Dlg1;Dynll1;Efr3b;Enah;Eri2;Foxj3;Gabpb1;Gen1;Gfod2;Gjd3;Gm34653;Gm4925;Gm52229;Gngt1;Gpatch8;H2-DMa;Hdac9;Hlcs;Htr2b;Ifnar1;Il12rb1;Irak2;Kiss1;Klhl33;Klhl41;Krt10;LOC115488470;LOC115488789;Map4;Med18;Mfsd14a;Mob3b;Mok;Mterf3;Mvb12b;Naaladl1;Ncor2;Nip7;Nrxn3;Nudt5;Ostf1;Paxip1;Pcmt1;Pdcd4;Pde4c;Pde7a;Pfas;Prdm10;Prxl2c;Ptafr;Rab30;Rad1;Rad51c;Ranbp17;Rbak;Rint1;Riok3;Rufy3;Sfi1;Slc25a51;Slc28a3;Slc35e1;Slc35e2;Slc3a2;Slfn5;Smco1;Soat1;Sod2;Sorbs3;Sox6;Spdef;Stxbp4;Tapbp;Tbck;Tbrg4;Tcf25;Tcp11l1;Tdrd12;Tenm3;Tex9;Tmem82;Tnr;Trappc13;Trim27;Tstd2;Ttc26;Ttc5;Tti2;Ubap1;Ube2v2;Uqcc1;Usp45;Vangl1;Wdr60;Wdsub1;Xiap;Zbtb11;Zbtb25;Zc3h12b;Zc3hav1;Zdhhc18;Zfand4;Zfp113;Zfp786;Zscan26","-80.80;-39.50;-31.20;-86.30;-24.80;-26.00;-41.40;-29.00;-26.40;-40.10;-27.40;-37.30;-32.10;-27.90;-31.50;-29.20;-23.70;-28.50;-80.70;-30.90;-31.20;-29.60;-26.70;-86.30;-86.30;-26.30;-74.20;-31.60;-25.00;-31.00;-31.50;-14.60;-25.00;-24.50;-86.30;-86.30;-86.70;-28.20;-33.00;-41.80;-36.80;-86.70;-26.00;-26.00;-80.00;-16.70;-83.80;-19.70;-22.60;-86.30;-21.70;-84.60;-34.20;-30.20;-28.80;-52.60;-21.80;-20.30;-54.30;-42.50;-17.20;-83.40;-86.30;-33.00;-84.60;-31.30;-39.50;-36.60;-31.30;-25.90;-28.10;-25.50;-35.10;-29.00;-40.90;-18.60;-86.70;-31.00;-28.70;-31.90;-31.50;-46.90;-31.50;-34.20;-29.40;-33.40;-32.40;-39.90;-28.70;-80.70;-20.00;-33.30;-32.60;-86.70;-84.10;-29.60;-29.20;-22.70;-34.40;-86.30;-27.40;-27.20;-28.40;-32.40;-27.00;-33.60;-83.40;-86.70;-10.60;-27.70;-30.10;-35.40;-21.00;-25.30;-51.70;-77.60;-21.50;-22.30;-29.90;-45.90;-30.00;-27.10;-38.50;-35.40","NA","NA","NA","NA"]
["NR_015514.2","ncRNA","chr8:94433127-94435103","-","9330175E14Rik","lncRNA",4.99381914074317,3.05970012777284,7.22206682659885,3.65044986743862,16.6003072660604,16.0108011308583,15.5168119560587,22.1077110216029,1.92414180431349,0.00010254173493312,0.00184304683139133,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_015514.2","Nlrc5","Ccr2;Fgf1;Gzf1;Nlrc5","-10.40;-21.50;-28.50;-32.40","Chemokine signaling pathway;Viral protein interaction with cytokine and cytokine receptor;Cytokine-cytokine receptor interaction","regulation of lymphocyte migration;negative regulation of NF-kappaB transcription factor activity;regulation of T cell migration;regulation of cellular extravasation;regulation of response to biotic stimulus;negative regulation of immune system process;regulation of synaptic transmission, glutamatergic;positive regulation of T cell migration;synaptic transmission, glutamatergic;T cell migration;regulation of cell-cell adhesion;positive regulation of cellular extravasation;positive regulation of lymphocyte migration;regulation of interferon-gamma production;interferon-gamma production;regulation of DNA-binding transcription factor activity;regulation of lymphocyte chemotaxis;positive regulation of interferon-gamma production;negative regulation of secretion by cell;negative regulation of cell activation;positive regulation of leukocyte adhesion to vascular endothelial cell;cytokine-mediated signaling pathway;anatomical structure homeostasis;cellular extravasation;T cell extravasation;negative regulation of leukocyte activation;lymphocyte migration;negative regulation of secretion;regulation of chemotaxis;negative regulation of DNA-binding transcription factor activity;positive regulation of synaptic transmission, glutamatergic;regulation of immune effector process;regulation of leukocyte adhesion to vascular endothelial cell;regulation of leukocyte cell-cell adhesion;positive regulation of defense response;regulation of cytokine-mediated signaling pathway;T cell differentiation;regulation of T cell activation;exocytosis;renal tubule morphogenesis;second-messenger-mediated signaling;regulation of adaptive immune response;positive regulation of cytosolic calcium ion concentration;regulation of response to cytokine stimulus;positive regulation of leukocyte tethering or rolling;positive regulation of response to external stimulus;T-helper 1 type immune response;regulation of leukocyte migration;positive regulation of alpha-beta T cell proliferation;regulation of exocytosis;lymphocyte differentiation;positive regulation of immune effector process;leukocyte migration;regulation of T cell proliferation;leukocyte cell-cell adhesion;regulation of alpha-beta T cell proliferation;lymphocyte chemotaxis;regulation of lymphocyte proliferation;granulocyte activation;regulation of innate immune response;positive regulation of type I interferon-mediated signaling pathway;type I interferon signaling pathway;cellular response to type I interferon;regulation of mononuclear cell proliferation;ureteric bud morphogenesis;regulation of cytosolic calcium ion concentration;leukocyte chemotaxis;positive regulation of inflammatory response;positive regulation of T cell chemotaxis;regulation of leukocyte tethering or rolling;mesonephric tubule morphogenesis;renal tubule development;positive regulation of cytokine production;alpha-beta T cell proliferation;homeostasis of number of cells within a tissue;positive regulation of response to biotic stimulus;regulation of leukocyte chemotaxis;regulation of myeloid leukocyte mediated immunity;positive regulation of hemopoiesis;regulation of T cell chemotaxis;negative regulation of immune response;negative regulation of response to biotic stimulus;regulation of T-helper 1 type immune response;positive regulation of cytokine-mediated signaling pathway;response to type I interferon;leukocyte adhesion to vascular endothelial cell;positive regulation of innate immune response;positive regulation of cell-cell adhesion;regulation of inflammatory response;T cell proliferation;negative regulation of exocytosis;regulation of adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains;positive regulation of leukocyte differentiation;cellular defense response;positive regulation of lymphocyte chemotaxis;regulation of leukocyte proliferation;nephron tubule morphogenesis;regulation of T cell mediated immunity;branching involved in ureteric bud morphogenesis;T cell mediated immunity;nephron epithelium morphogenesis;positive regulation of leukocyte cell-cell adhesion;nephron development;calcium ion homeostasis;negative regulation of response to external stimulus;cellular calcium ion homeostasis;nephron morphogenesis;positive regulation of response to cytokine stimulus;regulated exocytosis;CD4-positive, alpha-beta T cell differentiation;T cell chemotaxis;blood vessel remodeling;regulation of vasculature development;negative regulation of cytokine-mediated signaling pathway;positive regulation of monocyte chemotaxis;cell chemotaxis;regulation of leukocyte degranulation;calcium-mediated signaling;positive regulation of cell adhesion;regulation of glial cell migration;leukocyte degranulation;positive regulation of T-helper 1 type immune response;sensory perception of pain;homeostasis of number of cells;negative regulation of response to cytokine stimulus;type 2 immune response;positive regulation of adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains;nephron epithelium development;alpha-beta T cell activation;morphogenesis of a branching structure;positive regulation of chemotaxis;lymphocyte proliferation;tissue homeostasis;urogenital system development;mononuclear cell proliferation;negative regulation of immune effector process;negative regulation of innate immune response;negative regulation of defense response;neutrophil homeostasis;regulation of type I interferon-mediated signaling pathway;nephron tubule development;positive regulation of adaptive immune response;positive regulation of lymphocyte differentiation;alpha-beta T cell differentiation;regulation of regulated secretory pathway;myeloid leukocyte activation;positive regulation of mononuclear cell migration;positive regulation of leukocyte migration;negative regulation of leukocyte degranulation;kidney morphogenesis;glial cell migration;regulation of monocyte chemotaxis;positive regulation of T cell differentiation;epithelial tube morphogenesis;T-helper cell differentiation;regulation of production of molecular mediator of immune response;regulation of T cell differentiation;CD4-positive, alpha-beta T cell differentiation involved in immune response;renal system development;ureteric bud development;mesonephric epithelium development;mesonephric tubule development;myeloid leukocyte migration;positive regulation of T cell activation;alpha-beta T cell differentiation involved in immune response;myeloid leukocyte mediated immunity;CD4-positive, alpha-beta T cell activation;alpha-beta T cell activation involved in immune response;kidney development;kidney epithelium development;regulation of T-helper 1 cell differentiation;regulation of leukocyte mediated immunity;mesonephros development;leukocyte tethering or rolling;branching morphogenesis of an epithelial tube;myeloid cell homeostasis;positive regulation of glial cell migration;leukocyte proliferation;negative regulation of type 2 immune response;negative regulation of type I interferon-mediated signaling pathway;wound healing;regulation of lymphocyte differentiation;T cell differentiation involved in immune response;cellular response to interferon-gamma;leukocyte homeostasis;regulation of response to interferon-gamma;regulation of interferon-gamma-mediated signaling pathway;inflammatory response to wounding;positive regulation of leukocyte chemotaxis;regulation of lymphocyte mediated immunity;negative regulation of leukocyte mediated immunity;regulation of mononuclear cell migration;positive regulation of cold-induced thermogenesis;monocyte chemotaxis;gliogenesis;negative regulation of vasculature development;regulation of T-helper cell differentiation;positive regulation of T cell proliferation;morphogenesis of a branching epithelium;lymphocyte activation involved in immune response;macrophage migration;regulation of leukocyte differentiation;cell activation involved in immune response;T cell cytokine production;response to wounding;regulation of alpha-beta T cell activation;T-helper 1 cell differentiation;interferon-gamma-mediated signaling pathway;mononuclear cell migration;regulation of angiogenesis;regulation of hemopoiesis;positive regulation of alpha-beta T cell activation;positive regulation of T-helper cell differentiation;myeloid cell activation involved in immune response;apoptotic cell clearance;negative regulation of regulated secretory pathway;leukocyte activation involved in immune response;response to interferon-gamma;temperature homeostasis;positive regulation of lymphocyte proliferation;T cell activation involved in immune response;positive regulation of mononuclear cell proliferation;regulation of CD4-positive, alpha-beta T cell differentiation;cold-induced thermogenesis;regulation of cold-induced thermogenesis;adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains;negative regulation of blood vessel morphogenesis;positive regulation of cell activation;tissue remodeling;regulation of T cell cytokine production;positive regulation of CD4-positive, alpha-beta T cell differentiation;positive regulation of leukocyte proliferation;positive regulation of leukocyte activation;regulation of type 2 immune response;cytokine production involved in immune response;regulation of interleukin-2 production;regulation of gliogenesis;positive regulation of synaptic transmission;regulation of vascular endothelial growth factor production;positive regulation of interleukin-2 production;regulation of cytokine production involved in immune response;adaptive thermogenesis;production of molecular mediator of immune response;vascular endothelial growth factor production;positive regulation of CD4-positive, alpha-beta T cell activation;positive regulation of gliogenesis;regulation of CD4-positive, alpha-beta T cell activation;interleukin-2 production;regulation of alpha-beta T cell differentiation;negative regulation of angiogenesis;positive regulation of alpha-beta T cell differentiation;lymphocyte mediated immunity;positive regulation of lymphocyte activation;phagocytosis;humoral immune response","NA","cytokine receptor activity;G protein-coupled chemoattractant receptor activity;chemokine receptor activity;immune receptor activity;C-C chemokine receptor activity;DNA-binding transcription repressor activity, RNA polymerase II-specific;DNA-binding transcription repressor activity;C-C chemokine binding;cytokine binding;chemokine binding;G protein-coupled peptide receptor activity;peptide receptor activity"]
["XR_001780401.2","ncRNA","chr11:120235184-120238036","-","Gm11772","lncRNA",7.99011062518907,9.17910038331852,15.475857485569,10.0387371354562,40.4632489610223,23.4825083252588,24.3835616452352,26.3187035971464,1.4389410709915,0.000103605354335369,0.00185827352449275,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001780401.2","Bahcc1","Bahcc1",-12.3,"NA","NA","NA","NA"]
["NR_130173.1","ncRNA","chr2:34018289-34107735","-","C230014O12Rik","lncRNA",1.99752765629727,0,1.03172383237126,0.912612466859654,12.4502304495453,16.0108011308583,3.32503113344116,11.5802295827444,3.54535877422371,0.000107137340666777,0.0019193191061838,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_130173.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_040329.1","ncRNA","chr7:40849153-40898324","-","A230077H06Rik","lncRNA",37.9530254696481,29.8320762457852,47.4592962890781,40.1549485418248,25.9379801032194,16.0108011308583,12.1917808226176,9.47473329497269,-1.27778446753054,0.000108617303658877,0.00194114890609393,"down","http://www.ncbi.nlm.nih.gov/nuccore/NR_040329.1","Vstm2b","1810030O07Rik;4930430F08Rik;Amy2a2;Amy2a3;Amy2a4;Anks1b;Arhgef37;CN725425;Cdc14b;Cdkl2;Colec12;Cradd;Crx;Fam155a;Fuom;Galc;Gm16867;Gm43707;Gm51415;Gm52229;Hddc3;Intu;Kcng3;Lcorl;Mdm2;Mettl7a1;Nckap5;Ncor2;Negr1;Nhsl1;Olfr287;Ppm1h;Prickle2;Rbm12b1;Slc12a8;Slc7a14;Spopl;Syn3;Timeless;Tmod4;Trappc9;Tshz2;Ttc28;Utp23;Vstm2b;Xpo4;Zfp950;Zfyve28","-19.30;-24.50;-12.40;-12.40;-12.40;-17.30;-13.80;-21.90;-13.20;-41.10;-14.80;-18.80;-27.20;-15.30;-9.40;-20.80;-15.40;-20.70;-16.70;-13.90;-24.40;-13.90;-17.50;-11.50;-10.30;-24.00;-21.60;-15.60;-22.80;-24.80;-11.60;-22.40;-13.20;-13.60;-15.20;-19.50;-11.80;-15.30;-13.40;-25.20;-18.50;-14.80;-21.90;-21.90;-19.80;-22.80;-6.10;-23.50","Melanoma;Glioma;Endocrine resistance;Purine metabolism;Thyroid hormone signaling pathway;Proteoglycans in cancer;Human cytomegalovirus infection;C-type lectin receptor signaling pathway;Prostate cancer;Bladder cancer;Chronic myeloid leukemia;Ubiquitin mediated proteolysis;Platinum drug resistance;FoxO signaling pathway;Cell cycle;Epstein-Barr virus infection;Human papillomavirus infection;Cellular senescence;Viral carcinogenesis;Endocytosis;PI3K-Akt signaling pathway;Phagosome;MicroRNAs in cancer;Transcriptional misregulation in cancer;p53 signaling pathway","regulation of cell cycle phase transition;regulation of mitotic cell cycle phase transition;negative regulation of cell cycle phase transition;DNA integrity checkpoint;DNA damage checkpoint;cell cycle phase transition;negative regulation of cell cycle process;cell cycle checkpoint;negative regulation of mitotic cell cycle phase transition;negative regulation of cell cycle;negative regulation of mitotic cell cycle;positive regulation of cell cycle process;mitotic cell cycle phase transition;signal transduction involved in cell cycle checkpoint;signal transduction involved in DNA integrity checkpoint;signal transduction involved in DNA damage checkpoint;positive regulation of establishment of protein localization;regulation of G1/S transition of mitotic cell cycle;positive regulation of protein transport;regulation of cell cycle G1/S phase transition;regulation of blood circulation;negative regulation of organelle organization;cell cycle arrest;muscle contraction;negative regulation of G1/S transition of mitotic cell cycle;amyloid fibril formation;positive regulation of mitotic cell cycle phase transition;positive regulation of cell cycle phase transition;response to radiation;signal transduction in response to DNA damage;negative regulation of cell cycle G1/S phase transition;negative regulation of protein-containing complex disassembly;negative regulation of protein processing;negative regulation of protein maturation;positive regulation of cell cycle;pattern recognition receptor signaling pathway;regulation of cellular component size;mitotic DNA damage checkpoint;signal transduction involved in mitotic cell cycle checkpoint;signal transduction involved in mitotic DNA damage checkpoint;signal transduction involved in mitotic DNA integrity checkpoint;positive regulation of cell cycle arrest;mitotic cell cycle checkpoint;regulation of response to DNA damage stimulus;positive regulation of cell cycle G1/S phase transition;positive regulation of G1/S transition of mitotic cell cycle;muscle system process;mitotic DNA integrity checkpoint;cellular response to radiation;myofibril assembly;muscle cell proliferation;regulation of protein export from nucleus;regulation of protein-containing complex disassembly;striated muscle cell development;negative regulation of neurogenesis;positive regulation of intracellular protein transport;cellular component assembly involved in morphogenesis;positive regulation of protein export from nucleus;negative regulation of supramolecular fiber organization;regulation of actin cytoskeleton organization;regulation of cell cycle arrest;regulation of muscle cell differentiation;positive regulation of cytosolic calcium ion concentration;G1/S transition of mitotic cell cycle;DNA damage response, signal transduction by p53 class mediator resulting in cell cycle arrest;positive regulation of intracellular transport;positive regulation of cellular protein localization;cell cycle G1/S phase transition;negative regulation of cell development;smooth muscle cell proliferation;smooth muscle cell migration;protein depolymerization;positive regulation of mitotic cell cycle;negative regulation of cytoskeleton organization;response to antibiotic;toll-like receptor signaling pathway;muscle cell development;signal transduction involved in mitotic G1 DNA damage checkpoint;intracellular signal transduction involved in G1 DNA damage checkpoint;response to ionizing radiation;calcium ion transport into cytosol;negative regulation of cell projection organization;negative regulation of protein depolymerization;negative regulation of neuron differentiation;cytosolic calcium ion transport;cellular response to antibiotic;regulation of protein polymerization;peptidyl-lysine modification;muscle cell differentiation;negative regulation of nervous system development;negative regulation of protein-containing complex assembly;protein-containing complex disassembly;heart process;regulation of smooth muscle cell proliferation;import into cell;regulation of actin filament-based process;regulation of cytosolic calcium ion concentration;calcium ion transmembrane import into cytosol;heart contraction;actin filament polymerization;divalent metal ion transport;positive regulation of cellular catabolic process;regulation of actin filament polymerization;proteasomal protein catabolic process;divalent inorganic cation transport;protein polymerization;muscle cell migration;regulation of intracellular transport;positive regulation of nucleocytoplasmic transport;calcium ion import;positive regulation of smooth muscle cell proliferation;regulation of supramolecular fiber organization;calcium ion transmembrane transport;protein export from nucleus;cellular protein complex disassembly;regulation of protein depolymerization;positive regulation of catabolic process;positive regulation of smooth muscle cell migration;DNA damage response, signal transduction by p53 class mediator;regulation of intracellular protein transport;actin polymerization or depolymerization;nuclear export;cellular response to ionizing radiation;regulation of cysteine-type endopeptidase activity;regulation of heart rate;regulation of heart contraction;mitotic G1 DNA damage checkpoint;cellular component disassembly;calcium ion homeostasis;cellular calcium ion homeostasis;negative regulation of protein polymerization;toll-like receptor 3 signaling pathway;G1 DNA damage checkpoint;positive regulation of vascular associated smooth muscle cell migration;regulation of actin polymerization or depolymerization;regulation of protein processing;proteasome-mediated ubiquitin-dependent protein catabolic process;negative regulation of actin filament polymerization;sensory system development;mitotic G1/S transition checkpoint;negative regulation of cell cycle arrest;regulation of actin filament length;blood vessel remodeling;regulation of protein maturation;negative regulation of intrinsic apoptotic signaling pathway by p53 class mediator;negative regulation of neuron projection development;regulation of vascular associated smooth muscle cell proliferation;vascular associated smooth muscle cell proliferation;eye development;nucleocytoplasmic transport;nuclear transport;regulation of protein-containing complex assembly;regulation of nucleocytoplasmic transport;negative regulation of cysteine-type endopeptidase activity;regulation of actin filament organization;visual system development;atrial septum development;calcium ion import across plasma membrane;cellular response to abiotic stimulus;cellular response to environmental stimulus;import across plasma membrane;heart morphogenesis;protein autoubiquitination;atrioventricular valve morphogenesis;calcium ion import into cytosol;actin filament capping;negative regulation of intrinsic apoptotic signaling pathway;striated muscle cell differentiation;mesenchyme development;vascular associated smooth muscle cell migration;regulation of vascular associated smooth muscle cell migration;regulation of cysteine-type endopeptidase activity involved in apoptotic process;actin filament organization;regulation of protein stability;atrioventricular valve development;inorganic cation import across plasma membrane;inorganic ion import across plasma membrane;negative regulation of actin filament depolymerization;cellular response to gamma radiation;negative regulation of cysteine-type endopeptidase activity involved in apoptotic process;regulation of cell adhesion molecule production;regulation of smooth muscle cell migration;response to gamma radiation;regulation of protein catabolic process;cellular response to peptide;positive regulation of protein catabolic process;positive regulation of proteasomal ubiquitin-dependent protein catabolic process;regulation of intrinsic apoptotic signaling pathway by p53 class mediator;positive regulation of proteasomal protein catabolic process;protein destabilization;calcium ion transport;negative regulation of signal transduction by p53 class mediator;actomyosin structure organization;cell adhesion molecule production;regulation of signal transduction by p53 class mediator;positive regulation of proteolysis;protein processing;negative regulation of response to DNA damage stimulus;regulation of actin filament depolymerization;regulation of DNA damage response, signal transduction by p53 class mediator;signal transduction by p53 class mediator;regulation of apoptotic signaling pathway;intrinsic apoptotic signaling pathway;positive regulation of vascular associated smooth muscle cell proliferation;negative regulation of DNA damage response, signal transduction by p53 class mediator;regulation of ubiquitin-dependent protein catabolic process;actin filament depolymerization;positive regulation of ubiquitin-dependent protein catabolic process;cardiac atrium development;positive regulation of proteolysis involved in cellular protein catabolic process;positive regulation of cellular protein catabolic process;camera-type eye development;regulation of intrinsic apoptotic signaling pathway;negative regulation of apoptotic signaling pathway;protein localization to nucleus;cardiac septum morphogenesis;regulation of cellular protein catabolic process;regulation of proteasomal ubiquitin-dependent protein catabolic process;positive regulation of muscle cell differentiation;regulation of endopeptidase activity;regulation of proteolysis involved in cellular protein catabolic process;heart valve morphogenesis;endocardial cushion development;protein maturation;regulation of proteasomal protein catabolic process;intrinsic apoptotic signaling pathway by p53 class mediator;cardiac chamber morphogenesis;retina development in camera-type eye;cardiac septum development;tissue remodeling;heart valve development;response to peptide;ventricular septum development;endocardial cushion morphogenesis;negative regulation of hydrolase activity;cardiac chamber development;negative regulation of endopeptidase activity;regulation of peptidase activity;visual perception;sensory perception of light stimulus;mesenchyme morphogenesis;cardiac ventricle development;negative regulation of proteolysis;phagocytosis;negative regulation of peptidase activity;cell recognition;defense response to bacterium;phagocytosis, recognition","lipid droplet;transcription regulator complex;striated muscle thin filament;myofilament;sarcomere;actin cytoskeleton;myofibril;contractile fiber;collagen-containing extracellular matrix;collagen trimer","methyltransferase activity;peroxisome proliferator activated receptor binding;transferase activity, transferring one-carbon groups;ubiquitin-like protein binding;ubiquitin binding;metal ion transmembrane transporter activity;ligase activity;hormone receptor binding;cation channel activity;gated channel activity;scavenger receptor activity;nuclear hormone receptor binding;leucine zipper domain binding;pattern recognition receptor activity;phosphoric ester hydrolase activity;ubiquitin-like protein ligase binding;channel activity;passive transmembrane transporter activity;ribonucleoprotein complex binding;actin binding;tropomyosin binding;ubiquitin-like protein transferase activity;ubiquitin-protein transferase activity;mechanosensitive ion channel activity;LRR domain binding;ion channel activity;receptor serine/threonine kinase binding;protein N-terminus binding;SUMO transferase activity;ubiquitin-like protein ligase activity;low-density lipoprotein particle binding;ubiquitin protein ligase activity;rRNA binding;ubiquitin protein ligase binding;divalent inorganic cation transmembrane transporter activity;cargo receptor activity;DNA-binding transcription factor binding;calcium ion transmembrane transporter activity;calcium channel activity;RNA polymerase II-specific DNA-binding transcription factor binding;lipoprotein particle binding;protein-lipid complex binding;5S rRNA binding;disordered domain specific binding;scaffold protein binding;actin filament binding;p53 binding;carbohydrate binding"]
["XR_001782517.1","ncRNA","chr18:60271379-60283874","+","Gm46635","lncRNA",3.99505531259453,6.11940025554568,0,3.65044986743862,7.26263442890144,29.8868287776022,14.4084682449117,18.9494665899454,2.30476713920836,0.000108615043187943,0.00194114890609393,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001782517.1","Gm4841;F830016B08Rik","Ifi208",-44.6,"NA","regulation of response to biotic stimulus;response to interferon-beta;cellular response to interferon-beta;positive regulation of defense response;positive regulation of response to external stimulus;regulation of innate immune response;positive regulation of response to biotic stimulus;positive regulation of innate immune response;activation of innate immune response;activation of immune response","NA","DNA-binding transcription repressor activity, RNA polymerase II-specific;DNA-binding transcription repressor activity"]
["XR_003953856.1","ncRNA","chr2:75138836-75322407","+","2600014E21Rik","lncRNA",0,1.52985006388642,4.12689532948505,0.912612466859654,6.22511522477267,13.8760276467439,12.1917808226176,14.738474014402,2.86641164166855,0.000136121866293368,0.00235102498038136,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003953856.1","NA","6030458C11Rik;Anks1","-27.60;-42.40","NA","NA","NA","NA"]
["XR_390464.1","ncRNA","chr4:34307828-34316288","+","Gm33286","lncRNA",0,0,0,0,2.07503840825756,9.60648067851498,7.75840597802937,3.15824443165756,5.05637904152,0.000147337263705089,0.0025260464205036,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_390464.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_029464.2","ncRNA","chr12:111941991-111944482","-","5033406O09Rik","lncRNA",12.9839297659322,8.41417535137531,4.12689532948505,13.6891870028948,42.5382873692799,14.9434143888011,22.1668742229411,37.8989331798908,1.58331087606318,0.000150609975120789,0.00257137448128979,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_029464.2","NA","Adarb1;Diaph1;Dnmt3a;Gfod2;Kcnh6;Rere;Wnt4;Xcr1;Zfp660","-16.80;-30.40;-15.80;-12.80;-17.20;-21.40;-11.80;-21.60;-16.00","NA","NA","NA","NA"]
["NR_015488.1","ncRNA","chr16:19876567-19884274","-","A930003A15Rik","lncRNA",3.99505531259453,2.29477509582963,1.03172383237126,0,26.9754993073482,13.8760276467439,4.43337484458821,8.42198515108683,2.88052690254325,0.000153187023890773,0.00261264542519029,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_015488.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_874728.3","ncRNA","chr14:65922237-65927392","+","Gm41182","lncRNA",0,0.76492503194321,2.06344766474253,0,8.30015363303022,6.40432045234332,9.97509340032348,13.6857258705161,3.79950545924649,0.00016962213746192,0.00285425893037775,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_874728.3","Scara3","NA","NA","NA","NA","NA","NA"]
["XR_001784538.1","ncRNA","chr4:91530593-91536487","+","Gm40202","lncRNA",3.99505531259453,16.0634256708074,14.4441336531977,10.9513496023159,32.1630953279921,30.9542155196594,25.4919053563822,30.5296961726898,1.37240995398454,0.000174769405879597,0.0029258223158308,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001784538.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_001781664.2","ncRNA","chr15:38385559-38404650","-","Gm41307","lncRNA",0.998763828148633,0,0,0.912612466859654,12.4502304495453,7.47170719440054,5.54171855573527,11.5802295827444,4.3296767824254,0.000177558328111312,0.0029634122597843,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001781664.2","NA","Zscan12",-10.8,"NA","NA","NA","NA"]
["XR_875181.2","ncRNA","chr15:38385559-38404650","-","Gm41307","lncRNA",0.998763828148633,0,0,0.912612466859654,12.4502304495453,7.47170719440054,5.54171855573527,11.5802295827444,4.3296767824254,0.000177558328111312,0.0029634122597843,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_875181.2","NA","Zscan12",-10.8,"NA","NA","NA","NA"]
["NR_131014.1","ncRNA","chr4:142017898-142028995","+","4930455G09Rik","lncRNA",3.99505531259453,9.94402541526173,0,7.30089973487723,18.675345674318,18.1455746149727,21.058530511794,22.1077110216029,1.85242890934867,0.000180931570171469,0.0030135608571533,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_131014.1","Tmem51;Fhad1","NA","NA","NA","NA","NA","NA"]
["NR_110364.1","ncRNA","chr7:90029159-90049071","+","E230029C05Rik","lncRNA",28.9641510163104,13.0037255430346,16.5075813179402,25.5531490720703,41.5007681651511,36.2911492299455,46.5504358681762,53.6901553381786,1.09580336596391,0.000208477985432141,0.0034270009344001,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_110364.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_003955407.1","ncRNA","chr4:53208676-53218361","-","Lexis1","lncRNA",3.99505531259453,0,0,3.65044986743862,8.30015363303022,17.0781878729155,15.5168119560587,8.42198515108683,2.72677301344524,0.000211647718174809,0.0034756125285815,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003955407.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_003954440.1","ncRNA","chr3:19694273-19699349","+","Gm42189","lncRNA",0,0.76492503194321,0,0,19.7128648784468,4.26954696822888,4.43337484458821,2.10549628777171,4.77569331492819,0.000214053845819311,0.00350456927149214,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003954440.1","Crh;Trim55","Crh",-15.5,"NA","NA","NA","NA"]
["NR_030675.1","ncRNA","chr15:79889532-79893138","-","D730005E14Rik","lncRNA",18.976512734824,13.0037255430346,3.09517149711379,22.8153116714914,37.350691348636,38.4259227140599,27.7085927786763,44.2154220432059,1.34441518506181,0.00022662943677257,0.00367368787695952,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_030675.1","Apobec3","Apobec3;Pcca;Polg","-37.60;-18.50;-24.10","Base excision repair","DNA replication;DNA-dependent DNA replication;aging;mitochondrial DNA replication","neuron projection terminus;distal axon;axon terminus;terminal bouton;mitochondrial matrix;DNA polymerase complex;nucleoid;mitochondrial nucleoid;mitochondrial protein complex;mitochondrial inner membrane;transferase complex, transferring phosphorus-containing groups;organelle inner membrane","nuclease activity;exonuclease activity;3'-5' exonuclease activity;catalytic activity, acting on DNA;DNA polymerase activity;DNA-directed DNA polymerase activity;nucleotidyltransferase activity;protease binding"]
["NR_029457.1","ncRNA","chrX:169975043-169978917","-","G530011O06Rik","lncRNA",13.9826935940809,9.17910038331852,11.3489621560839,8.21351220173689,20.7503840825756,14.9434143888011,29.9252802009704,57.901147913722,1.54163474961384,0.000241481810707926,0.00388747686608154,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_029457.1","Mid1","Abhd6;Adal;Akap13;Anks1b;Cep170;Chchd3;Cntn5;Csmd1;Ctla2a;Cyp3a13;Cyp4x1;Hmgcll1;Il5ra;Kalrn;Klf12;Larp4b;Lingo2;Maml2;Maoa;Mthfsl;Negr1;Nipal2;Nvl;Olfr613;Ppcdc;Stau2;Tenm3;Tlr7;Tnfrsf14;Zfp300;Zfp488","-16.10;-10.70;-17.20;-8.40;-9.10;-22.00;-14.50;-9.50;-21.20;-16.40;-13.60;-14.20;-13.80;-10.00;-13.10;-15.10;-17.90;-9.50;-17.80;-32.10;-8.60;-14.80;-23.90;-21.00;-30.40;-12.70;-15.90;-20.50;-26.90;-12.80;-17.30","Herpes simplex virus 1 infection;Ubiquitin mediated proteolysis;JAK-STAT signaling pathway;Hematopoietic cell lineage;Cytokine-cytokine receptor interaction","regulation of stress-activated MAPK cascade;regulation of stress-activated protein kinase signaling cascade;stress-activated MAPK cascade;negative regulation of organelle organization;stress-activated protein kinase signaling cascade;nucleobase-containing compound catabolic process;negative regulation of protein-containing complex disassembly;aromatic compound catabolic process;cytokine-mediated signaling pathway;glycosyl compound biosynthetic process;organic cyclic compound catabolic process;cellular nitrogen compound catabolic process;positive regulation of stress-activated MAPK cascade;heterocycle catabolic process;positive regulation of stress-activated protein kinase signaling cascade;microtubule depolymerization;regulation of protein-containing complex disassembly;negative regulation of supramolecular fiber organization;nucleoside biosynthetic process;purine nucleoside biosynthetic process;ribonucleoside biosynthetic process;purine ribonucleoside biosynthetic process;protein depolymerization;negative regulation of cytoskeleton organization;negative regulation of microtubule depolymerization;purine ribonucleoside metabolic process;negative regulation of protein depolymerization;regulation of microtubule depolymerization;protein-containing complex disassembly;purine nucleoside metabolic process;ribonucleoside metabolic process;carbohydrate derivative catabolic process;nucleobase-containing small molecule biosynthetic process;regulation of supramolecular fiber organization;cellular protein complex disassembly;regulation of protein depolymerization;purine-containing compound biosynthetic process;negative regulation of microtubule polymerization or depolymerization;regulation of microtubule cytoskeleton organization;regulation of interleukin-5 production;cellular component disassembly;regulation of microtubule-based process;interleukin-5 production;protein localization to microtubule;purine-containing compound catabolic process;protein localization to microtubule cytoskeleton;nucleoside metabolic process;protein localization to cytoskeleton;glycosyl compound metabolic process;adenosine metabolic process;microtubule polymerization or depolymerization;purine-containing compound metabolic process;nucleoside phosphate metabolic process;small molecule catabolic process;inflammatory response to antigenic stimulus;regulation of microtubule polymerization or depolymerization;ribonucleoside catabolic process;nucleotide metabolic process;nucleoside catabolic process;nucleobase-containing small molecule catabolic process;glycosyl compound catabolic process","microtubule;cytoplasmic microtubule;receptor complex","adenosine deaminase activity;cytokine receptor activity;deaminase activity;immune receptor activity;hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in cyclic amidines;microtubule binding;tubulin binding;ubiquitin-like protein ligase binding;hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds;cytokine binding;phosphoprotein binding;ubiquitin protein ligase binding"]
["XR_867904.1","ncRNA","chr4:91496622-91536487","+","Gm40202","lncRNA",3.99505531259453,16.0634256708074,14.4441336531977,11.8639620691755,32.1630953279921,29.8868287776022,25.4919053563822,30.5296961726898,1.33114954073307,0.00025950088891404,0.00413683873204487,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_867904.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_131146.1","ncRNA","chr10:95120582-95145825","-","Gm29684","lncRNA",0,0.76492503194321,4.12689532948505,0,8.30015363303022,5.3369337102861,19.950186800647,9.47473329497269,3.2052004887602,0.00026314676633607,0.0041867981616661,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_131146.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_875179.2","ncRNA","chr15:38385559-38404650","-","Gm41307","lncRNA",0.998763828148633,0,0,0.912612466859654,12.4502304495453,5.3369337102861,5.54171855573527,11.5802295827444,4.2432931646427,0.000284747999169215,0.0044911651633671,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_875179.2","NA","Zscan12",-10.8,"NA","NA","NA","NA"]
["XR_875180.2","ncRNA","chr15:38385559-38404650","-","Gm41307","lncRNA",0.998763828148633,0,0,0.912612466859654,12.4502304495453,5.3369337102861,5.54171855573527,11.5802295827444,4.2432931646427,0.000284747999169215,0.0044911651633671,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_875180.2","NA","Zscan12",-10.8,"NA","NA","NA","NA"]
["XR_003955408.1","ncRNA","chr4:53208676-53218361","-","Lexis1","lncRNA",3.99505531259453,0,0,3.65044986743862,7.26263442890144,17.0781878729155,15.5168119560587,8.42198515108683,2.69516363049557,0.000293131802940954,0.00461006131625215,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003955408.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_003951889.1","ncRNA","chr16:96918714-96934761","+","Gm32432","lncRNA",4.99381914074317,4.58955019165926,7.22206682659885,1.82522493371931,25.9379801032194,22.4151215832016,16.6251556672058,6.31648886331513,1.95242606326895,0.000314515420796528,0.00486220625949717,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003951889.1","Dscam","9830107B12Rik;A530064D06Rik;Adamts2;Cnnm2;Rere;Rhbdd2;Srpk2;Stag1;Zfp697","-23.90;-29.30;-26.10;-28.00;-21.00;-23.60;-23.00;-13.90;-27.10","NA","NA","NA","NA"]
["XR_874791.3","ncRNA","chr14:70203419-70218044","+","Gm26908","lncRNA",18.976512734824,21.4179008944099,12.3806859884552,26.46576153893,39.4257297568936,34.1563757458311,53.2004981350586,40.0044294676625,1.06082428725446,0.000327479196386722,0.00501521510870902,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_874791.3","Ppp3cc;Sorbs3","0610010F05Rik;4930467E23Rik;4933428G20Rik;Adam28;Akap10;Ank3;Ap4s1;Ascc1;Ash2l;B230219D22Rik;Car5b;Cast;Celf2;Cenpo;Cep295;Ddr1;Ddx11;Dgke;Dph6;Dtx3l;Dus2;Dyrk1b;Efcc1;Elf1;Emsy;Esco1;Esyt2;Foxred2;Fsd1l;Gen1;Gm31606;Gm52229;Gm536;Gm5785;Gphn;Gtpbp3;Gxylt2;Hexim2;Hmgcll1;Ikbip;Inf2;Kcnab2;Kcnh7;Kdm7a;Kif5b;Krr1;Larp4b;Lgr5;Lmbrd1;Lrrc31;Mau2;Mfsd4a;Mob4;Mpv17;Mre11a;Nbea;Ncor1;Nhsl1;Nol10;Npy1r;Odf2l;Pag1;Pdgfb;Pik3ca;Ppp2r3d;Ppp3cc;Prr14;Rab2a;Rapgef2;Rint1;Shprh;Slc38a11;Slc6a2;Snx12;Sobp;Sorbs3;Spc24;Tbxas1;Tcf20;Tecpr2;Tmed5;Tmod1;Tprkb;Tsga10;Upf3b;Vinac1;Zdhhc20;Zfp459;Zfp607b;Zfp617;Zfp874b;Zfp882;Zmat4","-22.30;-15.50;-9.70;-14.80;-22.50;-17.60;-19.50;-20.30;-33.90;-22.40;-16.40;-28.40;-12.20;-11.90;-20.50;-6.30;-25.80;-18.10;-35.80;-18.30;-18.60;-26.80;-18.90;-33.60;-15.10;-13.50;-13.10;-10.30;-16.30;-22.20;-17.40;-19.80;-23.40;-22.40;-16.70;-15.80;-23.90;-12.30;-18.30;-16.80;-19.10;-16.80;-19.50;-19.30;-20.90;-21.60;-20.90;-15.50;-23.70;-29.90;-22.20;-25.50;-29.30;-32.40;-16.30;-18.90;-17.30;-17.00;-26.10;-15.10;-10.30;-9.00;-25.30;-17.20;-25.60;-34.40;-13.10;-15.90;-15.50;-12.20;-12.50;-10.30;-16.10;-32.10;-19.10;-24.00;-33.60;-9.40;-11.20;-17.60;-27.40;-28.80;-30.70;-24.00;-27.00;-11.60;-22.20;-23.80;-24.80;-29.20;-11.20;-8.70;-10.20","NA","NA","NA","NA"]
["XR_378043.4","ncRNA","chr6:126716456-126758879","+","Gm33581","lncRNA",27.9653871881617,28.3022261818988,21.6662004797965,32.8540488069476,17.6378264701892,10.6738674205722,7.75840597802937,7.36923700720098,-1.34916296003944,0.00033126925343958,0.00506377561612875,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_378043.4","Kcna6","4930402H24Rik;4933428G20Rik;6720489N17Rik;9030025P20Rik;Abhd6;Adat1;Ank3;Apobec3;Arhgef37;Ascc1;Atp11a;B230219D22Rik;Btbd9;Cand2;Cast;Ccdc167;Cdkl1;Celf2;Cnbd2;Coq4;Creg2;Dennd6a;Det1;Dnajb14;Dus2;Dynlt1b;Erich1;Ermard;Fbxl18;Fbxo33;Foxred2;Gen1;Gm52217;Gphn;Gpr35;Hyal3;Kcnj6;Kif24;Kif5b;Klhl7;Krr1;LOC115488470;Larp1b;Larp4b;Lrrc7;Lzic;Mau2;Med16;Mettl2;Mfsd4a;Mob4;Mprip;Mrpl19;Mtif2;Ndufaf6;Nfat5;Nhsl1;Nipal3;Nktr;Nras;Pclo;Pdgfb;Pgpep1l;Psme4;Pxmp4;Rab2a;Rangap1;Rapgef2;Rasa1;Rbm4b;Rmi2;Rnf125;Rnf168;Samd15;Sfmbt1;Slc39a13;Slx1b;Snupn;Sobp;Spc24;Syt11;Tmc2;Tmed5;Tmem234;Tmem50a;Tmod1;Tmppe;Tprkb;Trip4;Txnl4a;Upf3b;Usp3;Vit;Vps54;Wdfy3;Wnt4;Ybey;Zdhhc20;Zfp617;Zfp771;Zmat4","-18.50;-17.70;-22.90;-32.10;-18.90;-25.80;-18.20;-30.00;-26.90;-25.30;-24.80;-24.80;-23.80;-16.90;-27.40;-21.50;-25.00;-24.40;-23.20;-20.80;-27.60;-20.20;-27.10;-20.40;-23.80;-13.00;-16.60;-34.10;-13.70;-22.90;-18.80;-24.10;-13.10;-23.10;-24.70;-35.90;-10.30;-27.10;-14.30;-12.20;-18.10;-27.60;-24.50;-22.60;-29.80;-24.40;-31.50;-21.10;-27.20;-22.40;-30.90;-21.70;-18.80;-25.40;-24.70;-21.00;-20.80;-22.00;-13.40;-34.10;-27.00;-16.40;-35.80;-19.50;-25.60;-21.50;-34.20;-23.00;-17.10;-27.50;-23.60;-28.40;-23.30;-25.90;-17.10;-20.10;-21.20;-28.30;-18.90;-28.30;-22.70;-15.40;-26.00;-30.40;-27.30;-33.30;-18.80;-30.00;-27.40;-24.30;-15.10;-26.50;-16.50;-18.30;-14.10;-24.00;-17.10;-23.40;-30.80;-16.50;-22.20","NA","NA","NA","NA"]
["XR_003954574.1","ncRNA","chr3:145650077-145677827","+","Gm17501","lncRNA",3.99505531259453,3.05970012777284,2.06344766474253,11.8639620691755,18.675345674318,13.8760276467439,17.7334993783529,24.2132073093747,1.82442258254494,0.000343670172867154,0.00522404214443789,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003954574.1","Ccn1","Efcab11;Egfem1;Frmd4a;Hs3st4;Slc26a3;Sytl3","-14.00;-10.80;-18.20;-10.40;-34.80;-69.60","Pancreatic secretion;Mineral absorption","membrane lipid metabolic process;membrane lipid biosynthetic process;positive regulation of protein kinase activity;regulation of ceramide biosynthetic process;regulation of sphingolipid biosynthetic process;regulation of membrane lipid metabolic process;sphingolipid metabolic process;regulation of membrane potential;positive regulation of cellular amide metabolic process;positive regulation of lipid biosynthetic process;positive regulation of cartilage development;regulation of ERK1 and ERK2 cascade;reactive oxygen species metabolic process;positive regulation of phospholipase activity;ceramide metabolic process;ERK1 and ERK2 cascade;placenta blood vessel development;sphingolipid biosynthetic process;regulation of cartilage development;regulation of phospholipase activity;positive regulation of lipase activity;positive regulation of cysteine-type endopeptidase activity;regulation of lipase activity;regulation of cysteine-type endopeptidase activity;connective tissue development;membrane hyperpolarization;cellular response to cAMP;regulation of cellular response to growth factor stimulus;placenta development;positive regulation of endopeptidase activity;positive regulation of cell adhesion;positive regulation of cysteine-type endopeptidase activity involved in apoptotic process;positive regulation of BMP signaling pathway;anatomical structure maturation;atrial septum development;regulation of lipid biosynthetic process;heart morphogenesis;atrioventricular valve morphogenesis;positive regulation of lipid metabolic process;morphogenesis of an epithelial sheet;cell maturation;positive regulation of bone mineralization;embryonic placenta development;labyrinthine layer development;positive regulation of peptidase activity;regulation of cysteine-type endopeptidase activity involved in apoptotic process;extracellular structure organization;ceramide biosynthetic process;atrioventricular valve development;labyrinthine layer blood vessel development;chorio-allantoic fusion;developmental maturation;regulation of cellular amide metabolic process;positive regulation of biomineral tissue development;positive regulation of biomineralization;wound healing, spreading of cells;epiboly involved in wound healing;extracellular matrix organization;positive regulation of osteoblast differentiation;epiboly;regulation of lipid metabolic process;positive regulation of proteolysis;wound healing;cellular process involved in reproduction in multicellular organism;regulation of cell-substrate adhesion;positive regulation of osteoblast proliferation;response to cAMP;reproductive structure development;regulation of BMP signaling pathway;reproductive system development;sulfate transport;atrial septum morphogenesis;cardiac atrium development;regulation of bone mineralization;chloride transport;regulation of transmembrane receptor protein serine/threonine kinase signaling pathway;response to purine-containing compound;positive regulation of ossification;response to wounding;cardiac septum morphogenesis;response to organophosphorus;regulation of endopeptidase activity;heart valve morphogenesis;cartilage development;bone mineralization;germ cell development;regulation of biomineral tissue development;regulation of biomineralization;regulation of osteoblast proliferation;labyrinthine layer morphogenesis;cardiac chamber morphogenesis;transmembrane receptor protein serine/threonine kinase signaling pathway;cardiac septum development;positive regulation of cell-substrate adhesion;heart valve development;osteoblast proliferation;apoptotic process involved in morphogenesis;embryonic placenta morphogenesis;ventricular septum development;sperm capacitation;monovalent inorganic cation homeostasis;spermatid development;osteoblast differentiation;cardiac atrium morphogenesis;biomineral tissue development;biomineralization;positive regulation of transmembrane receptor protein serine/threonine kinase signaling pathway;spermatid differentiation;BMP signaling pathway;cell-substrate adhesion;inorganic anion transport;cardiac chamber development;regulation of osteoblast differentiation;regulation of intracellular pH;sulfur compound transport;apoptotic process involved in development;response to BMP;cellular response to BMP stimulus;cellular monovalent inorganic cation homeostasis;regulation of peptidase activity;regulation of cellular pH;regulation of ossification;cardiac ventricle development;regulation of pH;ossification","cell projection membrane;cluster of actin-based cell projections;brush border;sperm midpiece;brush border membrane;sperm flagellum;apical plasma membrane;9+2 motile cilium;motile cilium;apical part of cell;collagen-containing extracellular matrix","heparan sulfate sulfotransferase activity;antiporter activity;sulfur compound binding;integrin binding;secondary active transmembrane transporter activity;sulfotransferase activity;active transmembrane transporter activity;insulin-like growth factor binding;carboxylic acid transmembrane transporter activity;organic acid transmembrane transporter activity;transferase activity, transferring sulfur-containing groups;oxalate transmembrane transporter activity;cell adhesion molecule binding;glycosaminoglycan binding;secondary active sulfate transmembrane transporter activity;dicarboxylic acid transmembrane transporter activity;sulfate transmembrane transporter activity;heparin binding;active ion transmembrane transporter activity;organic anion transmembrane transporter activity;bicarbonate transmembrane transporter activity;anion:anion antiporter activity;solute:anion antiporter activity;anion transmembrane transporter activity;chloride transmembrane transporter activity;growth factor binding;extracellular matrix binding;sulfur compound transmembrane transporter activity;inorganic anion transmembrane transporter activity"]
["XR_003949851.1","ncRNA","chr11:16809648-16830750","-","Egfros","lncRNA",0,0,0,0,3.11255761238633,4.26954696822888,4.43337484458821,7.36923700720098,4.82341780227149,0.000356214924924912,0.00539467714080728,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003949851.1","Egfr","A130010J15Rik;Alox15;Ankrd13c;Arhgap26;Arl10;Babam1;Calcoco2;Cep295;Chd9;Cnot1;Csnk2a1;Dido1;Dlgap4;Fam186b;Galr2;Gipr;Gm36375;Gm52229;Gm5785;Gp6;Hells;Ift46;Il15ra;Larp4b;Msantd2;Ncor2;Nup210l;Nup93;Nxpe3;Osbpl10;Paxip1;Pigv;Plaat3;Plekhb2;Poli;Ppp2r3a;Rab30;Rbm41;Rere;Rsad1;Saysd1;Slc35d1;Spin1;Tcf4;Thada;Tmem69;Tmem88b;Tmprss5;Tom1l2;Trdmt1;Ttc3;Vps41;Wdcp;Wdfy3;Zc3h14;Zfp641;Zfp872;Zfp933","-22.10;-13.80;-15.40;-26.30;-26.90;-17.60;-18.80;-10.00;-16.50;-32.20;-31.30;-25.10;-30.90;-23.20;-28.10;-18.60;-19.90;-23.30;-15.20;-22.20;-26.00;-8.80;-17.20;-16.60;-10.60;-14.10;-32.00;-15.60;-15.30;-16.30;-19.30;-29.80;-23.90;-21.40;-16.20;-15.20;-12.70;-24.80;-19.00;-30.20;-32.60;-12.70;-21.30;-8.10;-24.00;-17.10;-18.20;-26.80;-36.30;-20.90;-9.20;-19.90;-20.70;-18.80;-8.70;-22.20;-22.20;-34.70","Choline metabolism in cancer;Phospholipase D signaling pathway;Rap1 signaling pathway;Arachidonic acid metabolism;Melanoma;Glioma;Estrogen signaling pathway;Linoleic acid metabolism;Endocrine resistance;Oxytocin signaling pathway;MAPK signaling pathway;Regulation of lipolysis in adipocytes;Gap junction;Nucleocytoplasmic transport;PD-L1 expression and PD-1 checkpoint pathway in cancer;Regulation of actin cytoskeleton;GnRH signaling pathway;Salmonella infection;Ether lipid metabolism;Parathyroid hormone synthesis, secretion and action;Proteoglycans in cancer;Human cytomegalovirus infection;EGFR tyrosine kinase inhibitor resistance;Prostate cancer;alpha-Linolenic acid metabolism;Central carbon metabolism in cancer;Hepatitis C;Ras signaling pathway;Bladder cancer;Non-small cell lung cancer;Endometrial cancer;Breast cancer;FoxO signaling pathway;JAK-STAT signaling pathway;RNA degradation;ErbB signaling pathway;Colorectal cancer;Human papillomavirus infection;Relaxin signaling pathway;Focal adhesion;Pancreatic cancer;cAMP signaling pathway;Gastric cancer;Glycerophospholipid metabolism;Endocytosis;Calcium signaling pathway;Cushing syndrome;PI3K-Akt signaling pathway;Chemical carcinogenesis - receptor activation;Hepatocellular carcinoma;Amyotrophic lateral sclerosis;Neuroactive ligand-receptor interaction;Chemical carcinogenesis - reactive oxygen species;HIF-1 signaling pathway;Coronavirus disease - COVID-19;MicroRNAs in cancer;Adherens junction","ncRNA metabolic process;ncRNA processing;tRNA methylation;DNA repair;regulation of cell cycle phase transition;tRNA modification;regulation of mitotic cell cycle phase transition;tRNA processing;RNA modification;positive regulation of vasoconstriction;tRNA metabolic process;cell cycle phase transition;positive regulation of peptide hormone secretion;magnesium ion homeostasis;negative regulation of cell cycle;negative regulation of mitotic cell cycle;regulation of production of miRNAs involved in gene silencing by miRNA;positive regulation of cell cycle process;macromolecule methylation;glycerophospholipid metabolic process;regulation of production of small RNA involved in gene silencing by RNA;mitotic cell cycle phase transition;regulation of vasoconstriction;RNA methylation;methylation;cognition;positive regulation of cell growth;learning or memory;phospholipid biosynthetic process;regulation of DNA metabolic process;positive regulation of establishment of protein localization;regulation of stress-activated MAPK cascade;adaptation of signaling pathway;positive regulation of hormone secretion;phosphatidylinositol-mediated signaling;regulation of stress-activated protein kinase signaling cascade;regulation of peptide hormone secretion;inositol lipid-mediated signaling;positive regulation of insulin secretion;vasoconstriction;regulation of G1/S transition of mitotic cell cycle;stress-activated MAPK cascade;regulation of NIK/NF-kappaB signaling;regulation of synaptic transmission, glutamatergic;positive regulation of protein transport;JNK cascade;regulation of JNK cascade;regulation of cell cycle G1/S phase transition;regulation of blood circulation;synaptic transmission, glutamatergic;negative regulation of blood vessel diameter;regulation of reactive oxygen species metabolic process;phospholipid metabolic process;NIK/NF-kappaB signaling;regulation of peptide secretion;RNA catabolic process;production of miRNAs involved in gene silencing by miRNA;peptide hormone secretion;positive regulation of DNA repair;regulation of MAP kinase activity;stress-activated protein kinase signaling cascade;regulation of DNA repair;positive regulation of mitotic cell cycle phase transition;nucleobase-containing compound catabolic process;dsRNA processing;production of small RNA involved in gene silencing by RNA;desensitization of G protein-coupled receptor signaling pathway;negative adaptation of signaling pathway;positive regulation of peptide secretion;phosphatidylinositol 3-kinase signaling;positive regulation of cell cycle phase transition;response to radiation;positive regulation of cell cycle;regulation of cell growth;negative regulation of catabolic process;positive regulation of blood circulation;regulation of insulin secretion;positive regulation of protein kinase activity;regulation of tube diameter;regulation of blood vessel diameter;regulation of tube size;intracellular receptor signaling pathway;positive regulation of production of miRNAs involved in gene silencing by miRNA;organophosphate biosynthetic process;aromatic compound catabolic process;regulation of gene silencing;regulation of protein secretion;regulation of hormone secretion;positive regulation of MAP kinase activity;activation of protein kinase activity;positive regulation of response to DNA damage stimulus;DNA replication;insulin secretion;positive regulation of protein secretion;anatomical structure homeostasis;regulation of phosphatidylinositol 3-kinase signaling;mRNA catabolic process;glycerolipid metabolic process;positive regulation of growth;organic cyclic compound catabolic process;regulation of gene silencing by miRNA;protein polyubiquitination;regulation of response to DNA damage stimulus;hormone-mediated signaling pathway;positive regulation of cell cycle G1/S phase transition;eyelid development in camera-type eye;negative regulation of intracellular steroid hormone receptor signaling pathway;regulation of posttranscriptional gene silencing;regulation of gene silencing by RNA;protein K48-linked ubiquitination;positive regulation of NIK/NF-kappaB signaling;positive regulation of synaptic transmission, glutamatergic;regulation of protein localization to membrane;hormone transport;cellular nitrogen compound catabolic process;positive regulation of G1/S transition of mitotic cell cycle;response to oxidative stress;positive regulation of defense response;nuclear-transcribed mRNA catabolic process;positive regulation of DNA metabolic process;heterocycle catabolic process;hormone secretion;cellular response to epidermal growth factor stimulus;telencephalon cell migration;muscle cell proliferation;embryonic skeletal system development;negative regulation of neurogenesis;glial cell activation;cyclic-nucleotide-mediated signaling;positive regulation of secretion by cell;steroid hormone mediated signaling pathway;exocytosis;vascular process in circulatory system;glycosaminoglycan metabolic process;P-body assembly;forebrain cell migration;response to metal ion;positive regulation of cyclin-dependent protein kinase activity;lipid catabolic process;positive regulation of protein serine/threonine kinase activity;glycosaminoglycan biosynthetic process;response to epidermal growth factor;regulation of ERK1 and ERK2 cascade;reactive oxygen species metabolic process;cAMP-mediated signaling;second-messenger-mediated signaling;epidermal growth factor receptor signaling pathway;positive regulation of cytosolic calcium ion concentration;regulation of protein kinase B signaling;activation of MAPKK activity;positive regulation of Wnt signaling pathway;response to light stimulus;G1/S transition of mitotic cell cycle;positive regulation of response to external stimulus;regulation of mRNA metabolic process;intracellular estrogen receptor signaling pathway;positive regulation of cellular protein localization;regulation of cell morphogenesis involved in differentiation;cell cycle G1/S phase transition;aminoglycan metabolic process;response to reactive oxygen species;negative regulation of cell development;smooth muscle cell proliferation;intracellular steroid hormone receptor signaling pathway;regulation of fibroblast proliferation;phosphatidylethanolamine metabolic process;positive regulation of mitotic cell cycle;regulation of small GTPase mediated signal transduction;regulation of protein serine/threonine kinase activity;regulation of protein localization to cell periphery;fibroblast proliferation;mucopolysaccharide metabolic process;regulation of DNA replication;ERK1 and ERK2 cascade;regulation of cyclin-dependent protein kinase activity;regulation of G protein-coupled receptor signaling pathway;negative regulation of neuron differentiation;ERBB signaling pathway;nucleobase-containing compound transport;response to calcium ion;trophectodermal cell differentiation;cellular response to estradiol stimulus;regulation of nitric oxide mediated signal transduction;adipose tissue development;negative regulation of nervous system development;negative regulation of protein catabolic process;positive regulation of reactive oxygen species metabolic process;protein kinase B signaling;small GTPase mediated signal transduction;negative regulation of cardiocyte differentiation;negative regulation of cell morphogenesis involved in differentiation;negative regulation of intracellular estrogen receptor signaling pathway;regulation of smooth muscle cell proliferation;positive regulation of ERK1 and ERK2 cascade;nitric oxide mediated signal transduction;positive regulation of gene silencing by miRNA;lysosomal transport;Golgi vesicle transport;cellular response to reactive oxygen species;neuroinflammatory response;regulation of cytosolic calcium ion concentration;salivary gland development;positive regulation of inflammatory response;aminoglycan biosynthetic process;positive regulation of posttranscriptional gene silencing;gene silencing by RNA;positive regulation of cellular catabolic process;gland morphogenesis;response to UV;organelle fusion;positive regulation of cyclin-dependent protein serine/threonine kinase activity;vesicle organization;regulation of organelle assembly;protein localization to cell periphery;protein secretion;establishment of protein localization to extracellular region;vacuolar transport;positive regulation of blood vessel diameter;positive regulation of smooth muscle cell proliferation;positive regulation of secretion;negative regulation of G protein-coupled receptor signaling pathway;cellular response to steroid hormone stimulus;regulation of cyclin-dependent protein serine/threonine kinase activity;positive regulation of protein localization to membrane;ether lipid metabolic process;protein localization to extracellular region;autophagy;process utilizing autophagic mechanism;regulation of intracellular steroid hormone receptor signaling pathway;regulation of epithelial cell proliferation;regulation of inflammatory response;rhythmic process;positive regulation of catabolic process;regulation of mRNA catabolic process;positive regulation of protein localization to plasma membrane;regulation of oxidoreductase activity;forebrain development;response to steroid hormone;gland development;glycerol ether metabolic process;glycoprotein biosynthetic process;epithelial cell proliferation;carbohydrate transport;calcium ion homeostasis;cellular response to oxidative stress;connective tissue development;cellular calcium ion homeostasis;positive regulation of cAMP-mediated signaling;astrocyte activation;protein autophosphorylation;vesicle fusion;gene silencing;regulated exocytosis;peroxisome organization;regulation of cAMP-mediated signaling;positive regulation of epithelial cell proliferation;sensory system development;cellular response to inorganic substance;positive regulation of canonical Wnt signaling pathway;positive regulation of protein localization to cell periphery;cellular response to metal ion;placenta development;pallium development;salivary gland morphogenesis;exocrine system development;regulation of stem cell population maintenance;organelle membrane fusion;ether metabolic process;eye development;telencephalon development;cerebral cortex development;superoxide anion generation;positive regulation of protein kinase B signaling;visual system development;positive regulation of superoxide anion generation;epithelial cell development;cellular response to chemical stress;macroautophagy;tissue homeostasis;blastocyst development;membrane fusion;embryonic placenta development;regulation of protein localization to plasma membrane;peptidyl-serine modification;ovulation cycle;lipid homeostasis;peptidyl-tyrosine phosphorylation;nuclear-transcribed mRNA poly(A) tail shortening;regulation of superoxide anion generation;regulation of Wnt signaling pathway;regulation of bone remodeling;regulation of cardiocyte differentiation;gene silencing by miRNA;glial cell development;peptidyl-tyrosine modification;porphyrin-containing compound biosynthetic process;tetrapyrrole biosynthetic process;positive regulation of bone resorption;positive regulation of bone remodeling;nucleotide-sugar transmembrane transport;protein targeting;positive regulation of DNA replication;endoplasmic reticulum calcium ion homeostasis;peptidyl-serine phosphorylation;tetrapyrrole metabolic process;establishment of protein localization to vacuole;glycoprotein metabolic process;morphogenesis of an epithelial fold;regulation of cellular amide metabolic process;post-transcriptional gene silencing by RNA;astrocyte differentiation;carbohydrate derivative transport;regulation of protein catabolic process;positive regulation of nuclear-transcribed mRNA poly(A) tail shortening;positive regulation of fibroblast proliferation;posttranscriptional gene silencing;endosome to lysosome transport;proteoglycan biosynthetic process;nuclear-transcribed mRNA catabolic process, deadenylation-dependent decay;canonical Wnt signaling pathway;retinoic acid receptor signaling pathway;regulation of adipose tissue development;regulation of bone resorption;positive regulation of mRNA catabolic process;regulation of nitric-oxide synthase activity;chondroitin sulfate biosynthetic process;regulation of nuclear-transcribed mRNA poly(A) tail shortening;wound healing;response to estradiol;cellular process involved in reproduction in multicellular organism;proteoglycan metabolic process;positive regulation of mRNA metabolic process;Wnt signaling pathway;regulation of canonical Wnt signaling pathway;protein targeting to vacuole;regulation of intracellular estrogen receptor signaling pathway;cell-cell signaling by wnt;cellular response to starvation;regulation of translation;cardiocyte differentiation;gliogenesis;reproductive structure development;regulation of retinoic acid receptor signaling pathway;male gonad development;blastocyst formation;development of primary male sexual characteristics;positive regulation of organelle assembly;reproductive system development;astrocyte development;regulation of superoxide metabolic process;regulation of peptidyl-tyrosine phosphorylation;porphyrin-containing compound metabolic process;regulation of peptidyl-serine phosphorylation;positive regulation of nuclear-transcribed mRNA catabolic process, deadenylation-dependent decay;positive regulation of tissue remodeling;protein localization to vacuole;camera-type eye development;response to wounding;cellular response to nutrient levels;endocrine system development;lipid localization;neuropeptide signaling pathway;regulation of nuclear-transcribed mRNA catabolic process, deadenylation-dependent decay;positive regulation of peptidyl-serine phosphorylation;peptidyl-tyrosine autophosphorylation;protein localization to plasma membrane;regulation of tissue remodeling;regulation of monooxygenase activity;chondroitin sulfate proteoglycan biosynthetic process;gonad development;Sertoli cell development;lipid transport;adenylate cyclase-modulating G protein-coupled receptor signaling pathway;development of primary sexual characteristics;superoxide metabolic process;response to starvation;response to nutrient levels;cellular response to cadmium ion;acylglycerol metabolic process;G protein-coupled receptor signaling pathway, coupled to cyclic nucleotide second messenger;neutral lipid metabolic process;glial cell differentiation;chondroitin sulfate metabolic process;germ cell development;Sertoli cell differentiation;bone resorption;cerebral cortex cell migration;digestive tract morphogenesis;male sex differentiation;bone remodeling;cellular response to extracellular stimulus;tissue remodeling;triglyceride metabolic process;positive regulation of synaptic transmission;response to extracellular stimulus;chondroitin sulfate proteoglycan metabolic process;spermatid development;hair follicle development;skin development;response to cadmium ion;molting cycle process;hair cycle process;skin epidermis development;cellular response to external stimulus;spermatid differentiation;stem cell population maintenance;maintenance of cell number;sulfur compound metabolic process;molting cycle;hair cycle;epidermis development;sex differentiation;sulfur compound biosynthetic process;negative regulation of translation;digestive tract development;endocrine pancreas development;cellular response to acid chemical;negative regulation of cellular amide metabolic process;digestive system development;establishment of protein localization to organelle;cellular response to amino acid stimulus;response to acid chemical;response to amino acid;pancreas development","nuclear envelope;nuclear pore;endosome membrane;basal plasma membrane;lytic vacuole;lysosome;late endosome membrane;endocytic vesicle;late endosome;Golgi-associated vesicle;vesicle tethering complex;basal part of cell;basolateral plasma membrane;early endosome membrane;cytoplasmic ribonucleoprotein granule;early endosome;ribonucleoprotein granule;vesicle lumen;P-body;receptor complex;lysosomal membrane;lytic vacuole membrane;clathrin coat;multivesicular body;clathrin-coated vesicle;peroxisome;microbody;coated vesicle;AP-3 adaptor complex;HOPS complex;vacuolar membrane;membrane coat;coated membrane;CCR4-NOT complex;apical plasma membrane;AP-type membrane coat adaptor complex;apical part of cell;membrane raft;membrane microdomain;membrane region","nuclease activity;Ras GTPase binding;small GTPase binding;exonuclease activity;3'-5' exonuclease activity;GTPase activator activity;exonuclease activity, active with either ribo- or deoxyribonucleic acids and producing 5'-phosphomonoesters;Rab GTPase binding;GTPase regulator activity;ribonuclease activity;catalytic activity, acting on RNA;exoribonuclease activity;nucleoside-triphosphatase regulator activity;antiporter activity;phospholipid binding;exoribonuclease activity, producing 5'-phosphomonoesters;retinoic acid receptor binding;enzyme activator activity;integrin binding;hormone receptor binding;microtubule binding;secondary active transmembrane transporter activity;3'-5'-exoribonuclease activity;tubulin binding;phospholipase A2 activity;transmembrane receptor protein tyrosine kinase activity;scavenger receptor activity;cholesterol binding;nuclear hormone receptor binding;estrogen receptor binding;molecular adaptor activity;phosphatidylserine binding;iron-sulfur cluster binding;metal cluster binding;ubiquitin-like protein ligase binding;actin binding;sterol binding;poly(A)-specific ribonuclease activity;steroid hormone receptor binding;hormone binding;active transmembrane transporter activity;modified amino acid binding;sterol transporter activity;ubiquitin-like protein transferase activity;phospholipase activity;transmembrane receptor protein kinase activity;ubiquitin-protein transferase activity;protein tyrosine kinase activity;transferase activity, transferring acyl groups other than amino-acyl groups;nuclear receptor binding;alcohol binding;peptide hormone binding;amide binding;nucleobase-containing compound transmembrane transporter activity;transferase activity, transferring acyl groups;G protein-coupled peptide receptor activity;ubiquitin protein ligase binding;4 iron, 4 sulfur cluster binding;oxidoreductase activity, acting on the CH-CH group of donors;lipase activity;carboxylic ester hydrolase activity;cargo receptor activity;DNA-binding transcription factor binding;phosphatase binding;peptide receptor activity;carbohydrate derivative transmembrane transporter activity;pyrimidine nucleotide-sugar transmembrane transporter activity;oxidoreductase activity, acting on the CH-CH group of donors, oxygen as acceptor;armadillo repeat domain binding;cell adhesion molecule binding;RNA polymerase II-specific DNA-binding transcription factor binding;steroid binding;N-acyltransferase activity;nucleotide-sugar transmembrane transporter activity;lipid transporter activity;peptide binding;organic anion transmembrane transporter activity;actin filament binding;protein self-association;calmodulin binding;protein phosphatase binding;anion transmembrane transporter activity;serine hydrolase activity;growth factor binding;endopeptidase activity;serine-type peptidase activity;serine-type endopeptidase activity"]
["XR_001779479.2","ncRNA","chr1:151241601-151251324","-","Gm46162","lncRNA",17.9777489066754,8.41417535137531,18.5710289826827,15.5144119366141,38.3882105527648,29.8868287776022,27.7085927786763,36.8461850360049,1.15995205138628,0.000431475726748187,0.00634071607070381,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001779479.2","NA","Bach2;Dmd;Ppp1r9a;Xpo7","-15.30;-17.30;-10.70;-19.90","NA","NA","NA","NA"]
["XR_001781297.2","ncRNA","chr14:65916177-65927392","+","Gm41182","lncRNA",0,0,2.06344766474253,0,8.30015363303022,6.40432045234332,7.75840597802937,9.47473329497269,4.11078674217243,0.000473667161304962,0.00686209042542423,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001781297.2","Scara3","NA","NA","NA","NA","NA","NA"]
["NR_027896.1","ncRNA","chr16:19876567-19884274","-","A930003A15Rik","lncRNA",3.99505531259453,2.29477509582963,1.03172383237126,0,21.7879032867043,11.7412541626294,4.43337484458821,8.42198515108683,2.66915346317881,0.000478670659975247,0.00691009471717135,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_027896.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_001780332.1","ncRNA","chr11:99581773-99631259","+","Gm32730","lncRNA",0,1.52985006388642,0,0,22.8254224908331,3.20216022617166,4.43337484458821,5.26374071942927,4.31893232772094,0.000505141435869276,0.00722842810592991,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001780332.1","Krtap9-3;Krtap1-3;Gm11937;Krtap1-4;Gm11938;Krtap1-5;Krtap4-2;Krtap4-1;Gm11562;Krtap2-4","NA","NA","NA","NA","NA","NA"]
["XR_001780331.1","ncRNA","chr11:99581773-99631259","+","Gm32730","lncRNA",0,0.76492503194321,0,0,16.6003072660604,2.13477348411444,4.43337484458821,3.15824443165756,4.56240912804625,0.000510957229606053,0.0072545281661776,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001780331.1","Krtap9-3;Krtap1-3;Gm11937;Krtap1-4;Gm11938;Krtap1-5;Krtap4-2;Krtap4-1;Gm11562;Krtap2-4","NA","NA","NA","NA","NA","NA"]
["XR_001781329.2","ncRNA","chr14:70203419-70218044","+","Gm26908","lncRNA",15.9802212503781,20.6529758624667,12.3806859884552,26.46576153893,37.350691348636,34.1563757458311,50.9838107127645,35.7934368921191,1.05389078956594,0.00051015220603779,0.0072545281661776,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001781329.2","Ppp3cc;Sorbs3","0610010F05Rik;4930467E23Rik;4933428G20Rik;Adam28;Akap10;Ank3;Ap4s1;Ascc1;Ash2l;B230219D22Rik;Car5b;Cast;Celf2;Cenpo;Cep295;Ddr1;Ddx11;Dgke;Dph6;Dtx3l;Dus2;Dyrk1b;Efcc1;Elf1;Emsy;Esco1;Esyt2;Foxred2;Fsd1l;Gen1;Gm31606;Gm52229;Gm536;Gm5785;Gphn;Gtpbp3;Gxylt2;Hexim2;Hmgcll1;Ikbip;Inf2;Kcnab2;Kcnh7;Kdm7a;Kif5b;Krr1;Larp4b;Lgr5;Lmbrd1;Lrrc31;Mau2;Mfsd4a;Mob4;Mpv17;Mre11a;Nbea;Ncor1;Nhsl1;Nol10;Npy1r;Odf2l;Pag1;Pdgfb;Pik3ca;Ppp2r3d;Ppp3cc;Prr14;Rab2a;Rapgef2;Rint1;Shprh;Slc38a11;Slc6a2;Snx12;Sobp;Sorbs3;Spc24;Tbxas1;Tcf20;Tecpr2;Tmed5;Tmod1;Tprkb;Tsga10;Upf3b;Vinac1;Zdhhc20;Zfp459;Zfp607b;Zfp617;Zfp874b;Zfp882;Zmat4","-22.30;-15.50;-13.40;-14.80;-16.10;-17.60;-19.50;-20.30;-29.90;-8.30;-16.40;-28.40;-12.20;-17.10;-11.60;-6.30;-25.80;-18.10;-35.80;-18.30;-18.60;-26.80;-18.90;-33.60;-15.10;-13.50;-13.10;-28.50;-16.00;-19.90;-17.40;-19.80;-23.40;-22.40;-16.80;-15.80;-23.90;-12.30;-18.30;-25.10;-19.10;-16.80;-19.50;-19.30;-23.80;-29.10;-20.90;-15.50;-13.40;-21.50;-18.20;-26.30;-29.30;-30.40;-19.50;-16.40;-17.30;-14.10;-15.80;-15.10;-10.30;-9.80;-25.30;-17.20;-15.80;-34.40;-13.10;-15.90;-16.10;-12.20;-22.70;-10.30;-17.60;-18.80;-19.10;-24.00;-33.60;-9.40;-11.20;-20.30;-27.40;-28.80;-30.30;-14.20;-27.00;-21.20;-24.50;-23.80;-24.80;-29.20;-11.20;-16.00;-10.20","NA","NA","NA","NA"]
["XR_880207.2","ncRNA","chr11:99581773-99631259","+","Gm32730","lncRNA",0,0.76492503194321,0,0,16.6003072660604,2.13477348411444,4.43337484458821,3.15824443165756,4.56240912804625,0.000510957229606053,0.0072545281661776,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_880207.2","Krtap9-3;Krtap1-3;Gm11937;Krtap1-4;Gm11938;Krtap1-5;Krtap4-2;Krtap4-1;Gm11562;Krtap2-4","NA","NA","NA","NA","NA","NA"]
["XR_003951890.1","ncRNA","chr16:96918917-96934761","+","Gm32432","lncRNA",4.99381914074317,4.58955019165926,9.28551449134137,1.82522493371931,25.9379801032194,22.4151215832016,16.6251556672058,7.36923700720098,1.8291474522818,0.00054191313156838,0.00760818127032826,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003951890.1","Dscam","9830107B12Rik;A530064D06Rik;Adamts2;Cnnm2;Rere;Rhbdd2;Srpk2;Stag1;Zfp697","-23.90;-29.30;-26.10;-28.00;-21.00;-23.60;-23.00;-13.90;-27.10","NA","NA","NA","NA"]
["XR_869445.3","ncRNA","chr6:126716456-126758879","+","Gm33581","lncRNA",17.9777489066754,16.8283507027506,12.3806859884552,16.4270244034738,8.30015363303022,4.26954696822888,2.21668742229411,3.15824443165756,-1.81949164847125,0.000571025511362721,0.00793516844846956,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_869445.3","Kcna6","4930402H24Rik;4933428G20Rik;6720489N17Rik;9030025P20Rik;Abhd6;Adat1;Ank3;Apobec3;Arhgef37;Ascc1;Atp11a;B230219D22Rik;Btbd9;Cand2;Cast;Ccdc167;Cdkl1;Celf2;Cnbd2;Coq4;Creg2;Dennd6a;Det1;Dnajb14;Dus2;Dynlt1b;Erich1;Ermard;Fbxl18;Fbxo33;Foxred2;Gen1;Gm52217;Gphn;Gpr35;Hyal3;Kcnj6;Kif24;Kif5b;Klhl7;Krr1;LOC115488470;Larp1b;Larp4b;Lrrc7;Lzic;Mau2;Med16;Mettl2;Mfsd4a;Mob4;Mprip;Mrpl19;Mtif2;Ndufaf6;Nfat5;Nhsl1;Nipal3;Nktr;Nras;Pclo;Pdgfb;Pgpep1l;Psme4;Pxmp4;Rab2a;Rangap1;Rapgef2;Rasa1;Rbm4b;Rmi2;Rnf125;Rnf168;Samd15;Sfmbt1;Slc39a13;Slx1b;Snupn;Sobp;Spc24;Syt11;Tmc2;Tmed5;Tmem234;Tmem50a;Tmod1;Tmppe;Tprkb;Trip4;Txnl4a;Upf3b;Usp3;Vit;Vps54;Wdfy3;Wnt4;Ybey;Zdhhc20;Zfp617;Zfp771;Zmat4","-31.30;-17.50;-15.70;-32.10;-22.30;-25.80;-16.20;-30.00;-23.70;-25.30;-24.50;-24.80;-17.50;-27.40;-23.00;-19.60;-25.00;-20.20;-23.20;-17.70;-27.60;-19.30;-26.60;-21.70;-22.00;-22.50;-16.60;-17.80;-13.70;-25.10;-20.50;-24.10;-18.60;-23.10;-10.30;-31.30;-10.30;-27.10;-21.10;-21.50;-21.90;-27.60;-23.80;-25.70;-12.00;-35.60;-31.50;-27.50;-27.20;-17.90;-25.90;-17.80;-21.30;-25.40;-27.90;-14.50;-20.50;-23.70;-13.10;-34.10;-19.80;-16.40;-22.60;-26.00;-25.60;-27.10;-22.40;-23.00;-28.10;-27.50;-20.30;-18.60;-21.90;-25.90;-20.50;-20.10;-21.20;-20.20;-25.80;-28.30;-22.70;-31.10;-26.00;-31.80;-27.30;-33.30;-27.30;-33.70;-27.40;-24.30;-15.10;-25.40;-15.70;-25.00;-28.30;-24.00;-17.10;-23.40;-30.80;-21.50;-24.50","NA","NA","NA","NA"]
["NR_157237.1","ncRNA","chr6:147242215-147243801","-","Gm15767","lncRNA",0.998763828148633,1.52985006388642,8.25379065897011,2.73783740057896,18.675345674318,11.7412541626294,22.1668742229411,6.31648886331513,2.16586069256055,0.000575218042806858,0.0079798696421959,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_157237.1","Pthlh","NA","NA","NA","NA","NA","NA"]
["NR_045040.1","ncRNA","chr5:23850597-23855033","+","2700038G22Rik","lncRNA",9.98763828148633,22.9477509582963,37.1420579653655,15.5144119366141,50.8384410023101,49.0997901346321,38.7920298901469,42.1099257554342,1.08441675928167,0.00058646692984565,0.00807605871182806,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_045040.1","Tomm7","Actr10;Adprhl1;Arhgap15;B4galt7;BC005624;Brd8;Ccdc81;Ccdc85b;Chd9;Chrna1;Clip1;Cluap1;Csnk2a1;Dcun1d4;Dhdh;Diaph1;Dlgap4;Dnajc14;Dnmt3a;Dus2;Eapp;Etfbkmt;Exd1;Frmd4a;Fuom;Gapvd1;Gas2l3;Gm14393;Gm32234;Gm42372;Gmeb1;Gmfb;H3f3b;Harbi1;Hnrnpf;Ift46;Ikbkg;Knl1;Lrrc69;Luc7l2;Ly6g5b;Map2k1;Map3k13;Marchf5;Memo1;Msantd2;Mterf3;Nanog;Nktr;Nmnat1;Nsrp1;Omd;Oscp1;Pan3;Paxip1;Pigl;Pilra;Pla2g6;Polb;Pold1;Pphln1;Ppp1r16b;Prcd;Ptgs1;Rasal2;Rere;Rint1;Scaf4;Sec23ip;Sgo2a;Shisa6;Slc4a1ap;Smyd3;Spast;Spin1;Spred2;Stard3nl;Strbp;Sumf2;Tasor2;Teddm1b;Tlcd5;Tmem69;Tpm3;Tprgl;Trappc10;Trim12a;Ttbk1;Tyr;Ubap1;Ubap1l;Uimc1;Usp34;Vars;Wdr20;Zbtb1;Zbtb8os;Zfp113;Zfp458;Zfp626;Zfp791;Zfp870;Zmynd8;Zscan22","-20.20;-23.40;-19.70;-21.30;-13.20;-21.70;-12.20;-28.60;-15.90;-18.80;-18.10;-16.10;-20.40;-16.80;-22.10;-25.40;-20.70;-15.50;-21.20;-20.50;-20.50;-15.70;-20.80;-18.60;-17.20;-29.10;-18.80;-11.90;-17.80;-16.70;-14.40;-24.00;-29.20;-17.00;-14.50;-19.10;-26.10;-18.10;-22.20;-10.10;-27.10;-29.20;-20.70;-13.00;-18.10;-17.20;-14.70;-15.30;-14.10;-5.50;-14.50;-7.90;-16.90;-17.80;-24.60;-20.00;-18.50;-22.60;-20.90;-24.80;-12.20;-18.60;-25.90;-19.20;-24.70;-19.50;-33.80;-27.50;-17.40;-26.00;-13.90;-25.00;-14.90;-16.90;-23.60;-28.80;-22.30;-13.70;-24.30;-24.10;-20.20;-43.80;-8.70;-20.50;-25.80;-25.30;-21.40;-15.30;-19.70;-12.30;-11.70;-16.20;-36.30;-24.80;-12.60;-11.40;-8.40;-13.00;-22.10;-23.80;-34.70;-22.30;-25.30;-27.10","NA","NA","NA","NA"]
["XR_003954695.1","ncRNA","chr3:153162834-153178250","-","1700094M23Rik","lncRNA",51.9357190637289,47.425351980479,44.3641247919643,36.5044986743862,8.30015363303022,38.4259227140599,14.4084682449117,20.0022147338312,-1.15205604372098,0.000597542297196239,0.00819228986835011,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_003954695.1","NA","Gm40755",-33.7,"NA","NA","NA","NA"]
["XR_003949028.1","ncRNA","chr10:86161950-86190326","+","Gm35636","lncRNA",16.9789850785268,13.0037255430346,4.12689532948505,24.6405366052107,32.1630953279921,37.3585359720027,22.1668742229411,54.7429034820644,1.31130376624771,0.000655855468796741,0.00877718518751796,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003949028.1","Syn3","4930402H24Rik;4930447A16Rik;4930453N24Rik;4933428G20Rik;6720489N17Rik;Abcd4;Adam28;Akap10;Ap4s1;Ascc1;Bri3bp;Btbd9;C030002A05Rik;Cand2;Car5b;Cast;Celf2;Cep170;Cep295;Chchd7;Chpt1;Cnnm2;Coq4;Dgke;Dkc1;Dnajb14;Dusp22;Eef2kmt;Ermard;Fbxl18;Fbxo25;Fxn;Gad2;Gen1;Gm52229;Gm867;Gpn1;Gtpbp3;Gxylt2;Harbi1;Hyal3;Ifnar1;Kcnh6;Kcnh7;Kctd14;Kif24;Klhl7;Larp4b;Ldlrad4;Lrrc31;Lzic;Mau2;Med16;Mettl2;Mfsd4a;Mob4;Mprip;Mrpl19;Mrpl27;Mrpl4;Mtif2;Ncor1;Nfat5;Nras;Oscp1;Pag1;Ptpn7;Rab2a;Rapgef2;Rbm4b;Rere;Rimklb;Rint1;Rmi2;Rnf168;Samd15;Samd8;Sec61a2;Slx1b;Smg5;Snupn;Sobp;Spc24;Srgap3;Stox2;Stxbp4;Syt11;Tmed5;Tmem234;Tmod1;Tmppe;Traf3;Trappc13;Trim12a;Trip4;Ube2c;Upf3b;Utp11;Vit;Wdcp;Wdfy3;Wdr26;Wnt4;Xpo7;Xrn1;Ybey;Zdhhc20;Zfp442;Zfp617;Zfp729a;Zfp771","-21.40;-6.70;-6.10;-23.50;-15.90;-30.60;-23.10;-8.80;-20.60;-13.90;-30.70;-13.50;-17.90;-16.90;-14.70;-31.60;-11.30;-22.10;-13.90;-30.80;-25.70;-26.20;-18.00;-28.90;-29.90;-29.50;-24.70;-23.40;-21.50;-18.70;-31.80;-27.50;-24.00;-26.50;-16.60;-21.90;-33.40;-22.40;-8.10;-35.60;-26.40;-35.90;-32.90;-19.80;-26.90;-20.50;-22.20;-13.40;-9.90;-30.60;-19.80;-32.50;-37.60;-26.30;-37.20;-26.70;-30.70;-26.80;-18.50;-16.70;-32.50;-49.60;-8.90;-30.90;-18.00;-18.20;-28.40;-8.90;-3.60;-22.20;-13.60;-11.40;-24.10;-27.30;-27.10;-13.00;-32.70;-8.80;-22.00;-27.10;-27.40;-12.60;-29.50;-24.00;-12.20;-31.60;-25.60;-20.20;-29.90;-19.70;-25.00;-14.70;-26.90;-15.40;-25.20;-21.30;-21.60;-30.00;-25.60;-33.80;-13.70;-26.10;-28.60;-25.80;-21.50;-18.50;-41.80;-25.20;-15.70;-13.80;-29.60","Herpes simplex virus 1 infection;MAPK signaling pathway;Axon guidance;Ubiquitin mediated proteolysis;FoxO signaling pathway;RNA degradation;Ribosome biogenesis in eukaryotes","ncRNA metabolic process;regulation of cell cycle phase transition;regulation of mitotic cell cycle phase transition;regulation of chromosome organization;rRNA metabolic process;cell cycle phase transition;positive regulation of cell cycle process;macromolecule methylation;membrane lipid metabolic process;mitotic cell cycle phase transition;ncRNA catabolic process;methylation;phospholipid biosynthetic process;membrane lipid biosynthetic process;telomere organization;regulation of sister chromatid segregation;negative regulation of cell migration;telomere maintenance;phospholipid metabolic process;RNA catabolic process;organelle fission;exit from mitosis;positive regulation of mitotic cell cycle phase transition;nucleobase-containing compound catabolic process;negative regulation of cell motility;positive regulation of cell cycle phase transition;nuclear division;regulation of chromosome segregation;rRNA catabolic process;negative regulation of locomotion;negative regulation of cellular component movement;positive regulation of cell cycle;regulation of ceramide biosynthetic process;organophosphate biosynthetic process;aromatic compound catabolic process;sister chromatid segregation;nuclear RNA surveillance;nuclear mRNA surveillance;anatomical structure homeostasis;nuclear chromosome segregation;mRNA catabolic process;organic cyclic compound catabolic process;regulation of sphingolipid biosynthetic process;regulation of membrane lipid metabolic process;RNA phosphodiester bond hydrolysis;mitotic nuclear division;protein polyubiquitination;sphingolipid metabolic process;regulation of nuclear division;RNA surveillance;RNA phosphodiester bond hydrolysis, exonucleolytic;protein K48-linked ubiquitination;regulation of chromosome separation;chromosome segregation;cellular nitrogen compound catabolic process;peptidyl-lysine trimethylation;nuclear-transcribed mRNA catabolic process;regulation of exit from mitosis;heterocycle catabolic process;regulation of mitotic metaphase/anaphase transition;protein dephosphorylation;regulation of metaphase/anaphase transition of cell cycle;nucleic acid phosphodiester bond hydrolysis;metaphase/anaphase transition of mitotic cell cycle;dephosphorylation;peptidyl-lysine methylation;regulation of mitotic sister chromatid separation;metaphase/anaphase transition of cell cycle;protein methylation;protein alkylation;ceramide metabolic process;mitotic sister chromatid separation;chromosome separation;positive regulation of mitotic cell cycle;regulation of mitotic nuclear division;histone mRNA catabolic process;peptidyl-lysine modification;sphingolipid biosynthetic process;regulation of mitotic sister chromatid segregation;protein K11-linked ubiquitination;proteasomal protein catabolic process;protein polymerization;histone mRNA metabolic process;anaphase-promoting complex-dependent catabolic process;aging;positive regulation of nuclear division;proteasome-mediated ubiquitin-dependent protein catabolic process;regulation of lipid biosynthetic process;mitotic sister chromatid segregation;ceramide biosynthetic process;regulation of cellular amide metabolic process;meiotic cell cycle;regulation of lipid metabolic process;sphingomyelin metabolic process;regulation of translation;positive regulation of mitotic nuclear division;cell aging;negative regulation of translation;negative regulation of cellular amide metabolic process","cullin-RING ubiquitin ligase complex;ubiquitin ligase complex;intrinsic component of Golgi membrane;cytoplasmic ribonucleoprotein granule;integral component of Golgi membrane;ribonucleoprotein granule;cytoplasmic side of membrane;P-body;SCF ubiquitin ligase complex;cytoplasmic side of plasma membrane;intrinsic component of organelle membrane;Golgi membrane;anaphase-promoting complex;nuclear ubiquitin ligase complex;intrinsic component of endoplasmic reticulum membrane;integral component of organelle membrane;integral component of endoplasmic reticulum membrane","nuclease activity;Ras GTPase binding;small GTPase binding;exonuclease activity;GTPase activator activity;S-adenosylmethionine-dependent methyltransferase activity;exonuclease activity, active with either ribo- or deoxyribonucleic acids and producing 5'-phosphomonoesters;GTPase regulator activity;ribonuclease activity;methyltransferase activity;transferase activity, transferring one-carbon groups;catalytic activity, acting on RNA;exoribonuclease activity;nucleoside-triphosphatase regulator activity;exoribonuclease activity, producing 5'-phosphomonoesters;enzyme activator activity;protein methyltransferase activity;phosphotransferase activity, for other substituted phosphate groups;5'-3' exonuclease activity;Rac GTPase binding;lysine N-methyltransferase activity;protein-lysine N-methyltransferase activity;Rho GTPase binding;N-methyltransferase activity;phosphoprotein phosphatase activity;phosphoric ester hydrolase activity;ubiquitin-like protein ligase binding;actin binding;ubiquitin-like protein transferase activity;ubiquitin-protein transferase activity;protein tyrosine phosphatase activity;phosphatase activity;GTPase activity;ubiquitin conjugating enzyme activity;ubiquitin-like protein conjugating enzyme activity;ribonucleoside binding;nucleoside binding;GTP binding;guanyl nucleotide binding;guanyl ribonucleotide binding;purine ribonucleoside binding;purine nucleoside binding"]
["XR_380569.3","ncRNA","chr10:72622828-72631811","-","Gm34659","lncRNA",2.9962914844459,3.82462515971605,6.19034299422758,14.6017994697545,17.6378264701892,23.4825083252588,15.5168119560587,27.3714517410322,1.60907853230651,0.000656303343380684,0.00877718518751796,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_380569.3","NA","NA","NA","NA","NA","NA","NA"]
["XR_373447.4","ncRNA","chr1:62836858-62841185","+","Gm35120","lncRNA",0,0,0,0.912612466859654,12.4502304495453,5.3369337102861,5.54171855573527,1.05274814388585,4.44968438264022,0.000709432786858541,0.00934257863273615,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_373447.4","NA","NA","NA","NA","NA","NA","NA"]
["XR_003951006.1","ncRNA","chr14:55784079-55793781","+","Gm32092","lncRNA",2.9962914844459,1.52985006388642,1.03172383237126,3.65044986743862,15.5627880619317,5.3369337102861,17.7334993783529,7.36923700720098,2.32397560959334,0.000803353944242992,0.0103788760758597,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003951006.1","Adcy4;Ripk3","Ripk3",-10.7,"NA","NA","NA","NA"]
["XR_876307.3","ncRNA","chr16:96882388-96934761","+","Gm32432","lncRNA",6.99134679704043,13.7686505749778,11.3489621560839,14.6017994697545,38.3882105527648,27.7520552934877,25.4919053563822,18.9494665899454,1.23122257648558,0.000845931252697259,0.0108263314312335,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_876307.3","Dscam","3300002I08Rik;4930447C04Rik;A130010J15Rik;Abcd4;Abhd6;Adam28;Adamts2;Adat1;Ak4;Akap13;Apex2;Ascc1;B230219D22Rik;C030002A05Rik;Ccdc167;Cep170;Cnnm2;Cntn5;Col22a1;Csmd1;Ctla2a;Cyp3a13;Cyp4x1;D6Ertd527e;Dbt;Ears2;Elf1;Emsy;Epha10;F10;Fam172a;Fxn;Gabpb2;Gfod2;Glrx2;Gm14393;Gm31606;Gm32234;Gm32436;Gm52229;Gpatch8;Gpr82;Gramd1b;Gxylt2;Hdac9;Hivep2;Hmgcll1;Hs2st1;Kcnh7;Klf12;Klhl7;LOC115488470;Larp4b;Ldlrad4;Lingo2;Lrrc31;Maml2;Mau2;Mfsd4a;Mob4;Mpp7;Mthfsl;Nipal2;Npy1r;Nvl;Olfr613;Oxsm;Pag1;Pik3c2a;Plcb1;Polm;Prlr;Rab27b;Rab2a;Rapgef2;Rapgef4;Rbfox1;Rhbdd2;Rint1;Rnasel;Rnf125;Rnf168;Rubcn;Spata13;Srpk2;Stag1;Stau2;Tcf20;Tcp11l1;Tenm3;Tlr7;Tmem245;Tmod1;Usp6nl;Utp11;Vmn1r58;Zbtb37;Zbtb8os;Zdhhc20;Zfp488;Zfp697;Zfp866;Zmat4","-23.80;-29.30;-31.90;-26.30;-8.40;-24.40;-37.10;-19.80;-21.70;-11.40;-21.10;-11.30;-20.40;-24.70;-16.40;-43.00;-28.00;-18.00;-32.00;-12.30;-28.70;-59.30;-28.00;-20.50;-32.30;-24.70;-35.80;-29.70;-19.70;-15.90;-29.50;-46.40;-32.80;-22.60;-36.40;-17.60;-20.60;-18.00;-19.50;-17.40;-26.70;-6.30;-12.10;-28.60;-13.30;-14.90;-24.80;-35.40;-34.10;-25.60;-34.70;-38.00;-22.70;-21.70;-16.10;-28.40;-12.00;-19.50;-27.90;-21.30;-32.70;-36.70;-22.10;-31.10;-26.20;-50.70;-30.70;-18.50;-30.60;-26.60;-17.40;-20.40;-25.40;-32.50;-26.40;-32.60;-16.70;-32.30;-27.90;-16.50;-32.70;-22.70;-42.20;-21.00;-23.00;-13.90;-17.70;-28.70;-24.20;-17.00;-13.50;-16.40;-21.90;-27.10;-21.10;-16.70;-31.20;-15.60;-25.60;-30.60;-33.00;-28.60;-9.70","NA","NA","NA","NA"]
["XR_387339.3","ncRNA","chr1:120857652-120874294","+","Gm34584","lncRNA",0.998763828148633,0.76492503194321,0,0,2.07503840825756,10.6738674205722,9.97509340032348,7.36923700720098,4.04156227945314,0.000847045076250209,0.0108321104512497,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_387339.3","NA","NA","NA","NA","NA","NA","NA"]
["XR_866688.3","ncRNA","chr2:122702639-122721456","+","4930417H01Rik","lncRNA",1.99752765629727,3.82462515971605,2.06344766474253,0.912612466859654,6.22511522477267,10.6738674205722,11.0834371114705,15.7912221582878,2.27801217189344,0.000875430718776841,0.0111341717234168,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_866688.3","Slc30a4","NA","NA","NA","NA","NA","NA"]
["XR_880694.3","ncRNA","chr3:19694273-19707354","+","Gm42189","lncRNA",2.9962914844459,3.05970012777284,0,4.56306233429827,15.5627880619317,12.8086409046866,5.54171855573527,14.738474014402,2.16836728839297,0.000885713026789585,0.0112474551755982,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_880694.3","Crh;Trim55","Crh",-28.3,"NA","NA","NA","NA"]
["XR_106225.5","ncRNA","chr11:53483084-53487622","-","Gm19835","lncRNA",9.98763828148633,15.2985006388642,22.6979243121678,8.21351220173689,2.07503840825756,3.20216022617166,2.21668742229411,6.31648886331513,-2.01795916171451,0.000888204477910286,0.0112703432433674,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_106225.5","Sowaha","NA","NA","NA","NA","NA","NA"]
["NR_045373.1","ncRNA","chr18:14232306-14278542","+","8430422H06Rik","lncRNA",35.9554978133508,17.5932757346938,21.6662004797965,26.46576153893,6.22511522477267,19.21296135703,6.65006226688232,5.26374071942927,-1.4390425228834,0.000898887183665844,0.0113820317381829,"down","http://www.ncbi.nlm.nih.gov/nuccore/NR_045373.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_015515.3","ncRNA","chr13:99410836-99412826","-","6430562O15Rik","lncRNA",18.976512734824,16.8283507027506,12.3806859884552,10.0387371354562,25.9379801032194,32.0216022617166,27.7085927786763,38.9516813237766,1.09473861398412,0.000990848344284367,0.0123429668843222,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_015515.3","Mrps27;Map1b","Mrps27",-25.8,"Viral life cycle - HIV-1","transport along microtubule;positive regulation of neuron projection development;positive regulation of neuron differentiation;cytoskeleton-dependent intracellular transport;microtubule-based transport;neuron projection extension;developmental cell growth;regulation of axon extension;positive regulation of cell projection organization;positive regulation of cell growth;developmental growth involved in morphogenesis;axon extension;regulation of extent of cell growth;positive regulation of axon extension;microtubule bundle formation;negative regulation of organelle organization;negative regulation of protein-containing complex disassembly;regulation of cell growth;regulation of cellular component size;regulation of cell size;regulation of developmental growth;positive regulation of growth;axonogenesis;positive regulation of axonogenesis;microtubule-based movement;microtubule depolymerization;establishment of organelle localization;organelle transport along microtubule;positive regulation of cellular amide metabolic process;regulation of protein-containing complex disassembly;regulation of axonogenesis;negative regulation of supramolecular fiber organization;establishment of mitochondrion localization, microtubule-mediated;mitochondrion transport along microtubule;positive regulation of developmental growth;regulation of cell morphogenesis involved in differentiation;protein depolymerization;negative regulation of cytoskeleton organization;negative regulation of microtubule depolymerization;positive regulation of cell morphogenesis involved in differentiation;dendrite development;negative regulation of protein depolymerization;establishment of mitochondrion localization;regulation of protein polymerization;regulation of microtubule depolymerization;protein-containing complex disassembly;protein polymerization;regulation of intracellular transport;regulation of supramolecular fiber organization;establishment of cell polarity;cellular protein complex disassembly;regulation of protein depolymerization;positive regulation of translation;mitochondrion localization;negative regulation of microtubule polymerization or depolymerization;regulation of microtubule cytoskeleton organization;positive regulation of mitochondrial translation;cellular component disassembly;regulation of microtubule-based process;regulation of protein-containing complex assembly;establishment or maintenance of cell polarity;negative regulation of intracellular transport;regulation of mitochondrial translation;microtubule polymerization or depolymerization;positive regulation of microtubule polymerization;regulation of cellular amide metabolic process;regulation of mitochondrial gene expression;positive regulation of protein polymerization;regulation of microtubule polymerization or depolymerization;positive regulation of microtubule polymerization or depolymerization;regulation of microtubule polymerization;regulation of translation;positive regulation of cytoskeleton organization;mitochondrial gene expression;establishment of monopolar cell polarity;positive regulation of supramolecular fiber organization;establishment or maintenance of monopolar cell polarity;mitochondrial translation;microtubule polymerization;positive regulation of protein-containing complex assembly","main axon;microtubule;microtubule associated complex;distal axon;postsynaptic specialization;postsynaptic density;neuron to neuron synapse;growth cone;varicosity;organellar ribosome;mitochondrial ribosome;asymmetric synapse;site of polarized growth;perikaryon;photoreceptor outer segment;apical dendrite;mitochondrial matrix;photoreceptor cell cilium;9+0 non-motile cilium;non-motile cilium;mitochondrial protein complex;ribosomal subunit;ribosome;organellar small ribosomal subunit;mitochondrial small ribosomal subunit;small ribosomal subunit","phospholipid binding;tRNA binding;microtubule binding;tubulin binding;ribonucleoprotein complex binding;actin binding;rRNA binding;ribosome binding"]
["XR_003949571.1","ncRNA","chr11:70239011-70269430","+","Gm40191","lncRNA",2.9962914844459,1.52985006388642,4.12689532948505,1.82522493371931,14.5252688578029,14.9434143888011,11.0834371114705,5.26374071942927,2.16636528657779,0.000990682643841665,0.0123429668843222,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003949571.1","Alox12;0610010K14Rik;Bcl6b;Rnasek","AU041133;Actr10;Adprhl1;Alox12;Arhgap15;Brd8;Chd9;Chka;Chrna1;Cluap1;Dcun1d4;Dlgap4;Eapp;Gapvd1;Gas2l3;Gm10634;Gm14393;Gm42372;Gmeb1;Gmeb2;H3f3b;Homez;Ift46;Ikbkg;Knl1;Map2k1;Mrpl39;Nme7;Pan3;Polb;Pold1;Ppp1r16b;Rasal2;Samd15;Scaf4;Sec23ip;Sfxn4;Slc3a2;Smyd3;Stard3nl;Stard9;Tasor2;Tbl1xr1;Teddm1b;Thpo;Tlcd5;Trim12a;Trpm2;Usp34;Usp48;Usp54;Wdr20;Zbtb8os;Zfp458;Zfp626;Zfp791;Zmynd8","-43.60;-67.00;-26.40;-25.10;-68.20;-20.40;-21.90;-27.00;-20.00;-30.50;-25.80;-55.40;-55.40;-59.70;-29.30;-79.60;-49.00;-57.70;-25.70;-78.30;-54.90;-59.90;-59.90;-36.70;-65.80;-14.90;-67.20;-15.90;-17.00;-59.60;-24.20;-32.20;-22.10;-19.10;-55.40;-19.20;-56.80;-55.40;-16.90;-59.90;-80.80;-11.90;-75.40;-27.50;-41.80;-65.80;-15.60;-64.70;-59.20;-61.60;-35.50;-59.20;-59.90;-59.60;-20.20;-12.10;-17.10","Herpes simplex virus 1 infection;Serotonergic synapse;Arachidonic acid metabolism;Oxytocin signaling pathway;Purine metabolism;JAK-STAT signaling pathway;Wnt signaling pathway;Motor proteins;Biosynthesis of cofactors;Antifolate resistance;Inflammatory mediator regulation of TRP channels;Drug metabolism - other enzymes;Hematopoietic cell lineage;Cytokine-cytokine receptor interaction;NOD-like receptor signaling pathway;Nucleotide metabolism;Pyrimidine metabolism","protein-containing complex localization;transport along microtubule;protein transport along microtubule;microtubule-based protein transport;positive regulation of peptide hormone secretion;cytoskeleton-dependent intracellular transport;microtubule-based transport;sodium ion transport;intraciliary transport;positive regulation of establishment of protein localization;positive regulation of hormone secretion;regulation of peptide hormone secretion;spindle organization;lipid modification;positive regulation of insulin secretion;positive regulation of protein transport;monovalent inorganic cation transport;negative regulation of cell-cell adhesion;regulation of peptide secretion;peptide hormone secretion;regulation of cell-cell adhesion;negative regulation of cell adhesion;regulation of filopodium assembly;positive regulation of peptide secretion;regulation of insulin secretion;regulation of tube diameter;regulation of blood vessel diameter;regulation of tube size;positive regulation of oxidative stress-induced cell death;filopodium assembly;organophosphate biosynthetic process;regulation of protein secretion;covalent chromatin modification;negative regulation of cell activation;regulation of hormone secretion;zinc ion transmembrane transport;cytokine-mediated signaling pathway;insulin secretion;positive regulation of protein secretion;glycosyl compound biosynthetic process;spindle assembly;unsaturated fatty acid biosynthetic process;glycerolipid metabolic process;positive regulation of cellular response to oxidative stress;protein homooligomerization;protein deubiquitination;regulation of plasma membrane bounded cell projection assembly;regulation of cell projection assembly;protein complex oligomerization;microtubule-based movement;mitochondrial genome maintenance;hormone transport;protein modification by small protein removal;positive regulation of response to oxidative stress;maintenance of location in cell;response to oxidative stress;hormone secretion;regulation of membrane potential;muscle cell proliferation;membrane depolarization;zinc ion transport;response to chemokine;cellular response to chemokine;positive regulation of secretion by cell;lipid oxidation;vascular process in circulatory system;protein deacetylation;response to metal ion;lipid catabolic process;regulation of ERK1 and ERK2 cascade;second-messenger-mediated signaling;regulation of actin cytoskeleton organization;nucleoside biosynthetic process;megakaryocyte development;purine nucleoside biosynthetic process;ribonucleoside biosynthetic process;purine ribonucleoside biosynthetic process;mitochondrion organization;histone modification;positive regulation of cytosolic calcium ion concentration;regulation of protein kinase B signaling;positive regulation of Wnt signaling pathway;positive regulation of megakaryocyte differentiation;regulation of hematopoietic stem cell proliferation;positive regulation of oxidative stress-induced neuron death;response to reactive oxygen species;smooth muscle cell proliferation;fatty acid oxidation;cellular response to calcium ion;regulation of oxidative stress-induced cell death;maintenance of location;regulation of oxidative stress-induced neuron death;lipoxygenase pathway;release of sequestered calcium ion into cytosol;calcium ion transport into cytosol;neuron death in response to oxidative stress;negative regulation of sequestering of calcium ion;purine ribonucleoside metabolic process;ERK1 and ERK2 cascade;leukocyte migration;protein deacylation;macromolecule deacylation;regulation of sequestering of calcium ion;response to calcium ion;left/right pattern formation;cytosolic calcium ion transport;sequestering of calcium ion;adipose tissue development;fatty acid derivative biosynthetic process;regulation of actin cytoskeleton reorganization;protein kinase B signaling;regulation of response to oxidative stress;guanosine-containing compound biosynthetic process;positive regulation of membrane depolarization;regulation of smooth muscle cell proliferation;purine nucleoside metabolic process;icosanoid biosynthetic process;protein homotetramerization;positive regulation of ERK1 and ERK2 cascade;import into cell;cellular response to reactive oxygen species;muscle cell apoptotic process;regulation of actin filament-based process;receptor clustering;regulation of cytosolic calcium ion concentration;leukocyte chemotaxis;ribonucleoside metabolic process;megakaryocyte differentiation;hematopoietic stem cell proliferation;calcium ion transmembrane import into cytosol;divalent metal ion transport;positive regulation of blood vessel endothelial cell migration;positive regulation of stem cell proliferation;response to hydrogen peroxide;protein secretion;proteasomal protein catabolic process;divalent inorganic cation transport;positive regulation of hemopoiesis;establishment of protein localization to extracellular region;nucleobase-containing small molecule biosynthetic process;calcium ion import;regulation of cellular response to oxidative stress;positive regulation of blood vessel diameter;purine ribonucleotide biosynthetic process;positive regulation of smooth muscle cell proliferation;positive regulation of secretion;positive regulation of cysteine-type endopeptidase activity;localization within membrane;guanosine-containing compound metabolic process;protein localization to extracellular region;calcium ion transmembrane transport;regulation of inflammatory response;morphogenesis of an endothelium;response to hydroperoxide;endothelial tube morphogenesis;multicellular organism growth;regulation of cysteine-type endopeptidase activity;purine-containing compound biosynthetic process;mitochondrial transport;regulation of muscle cell apoptotic process;cilium organization;white fat cell differentiation;cell death in response to oxidative stress;regulation of megakaryocyte differentiation;purine ribonucleoside triphosphate biosynthetic process;ribonucleotide biosynthetic process;protein tetramerization;calcium ion homeostasis;purine nucleoside triphosphate biosynthetic process;negative regulation of response to external stimulus;cellular response to oxidative stress;connective tissue development;cellular calcium ion homeostasis;response to dietary excess;olefinic compound biosynthetic process;mitochondrial transmembrane transport;negative regulation of platelet activation;negative regulation of homotypic cell-cell adhesion;proteasome-mediated ubiquitin-dependent protein catabolic process;myeloid cell development;regulation of homotypic cell-cell adhesion;blood vessel endothelial cell migration;ribonucleoside triphosphate biosynthetic process;manganese ion transport;cellular response to inorganic substance;positive regulation of endothelial cell migration;positive regulation of canonical Wnt signaling pathway;smoothened signaling pathway;cellular response to metal ion;ribose phosphate biosynthetic process;endothelium development;dendritic cell migration;long-chain fatty acid biosynthetic process;endothelial cell migration;cell chemotaxis;bone cell development;nucleoside diphosphate metabolic process;nucleoside diphosphate phosphorylation;calcium-mediated signaling;cellular response to hydrogen peroxide;purine nucleotide biosynthetic process;positive regulation of endopeptidase activity;purine ribonucleotide metabolic process;dendritic cell differentiation;positive regulation of cysteine-type endopeptidase activity involved in apoptotic process;linoleic acid metabolic process;nucleotide phosphorylation;ribose phosphate metabolic process;amino acid transport;positive regulation of protein kinase B signaling;calcium ion import across plasma membrane;organic hydroxy compound metabolic process;blastocyst hatching;hatching;type 2 immune response;organism emergence from protective structure;nucleoside metabolic process;cellular response to chemical stress;import across plasma membrane;negative regulation of muscle cell apoptotic process;calcium ion import into cytosol;ribonucleotide metabolic process;nucleotide biosynthetic process;histone deacetylation;blastocyst development;GTP metabolic process;chemokine-mediated signaling pathway;nucleoside triphosphate biosynthetic process;positive regulation of peptidase activity;purine ribonucleoside triphosphate metabolic process;regulation of cysteine-type endopeptidase activity involved in apoptotic process;nucleoside phosphate biosynthetic process;glycosyl compound metabolic process;regionalization;regulation of Wnt signaling pathway;inorganic cation import across plasma membrane;inorganic ion import across plasma membrane;GTP biosynthetic process;pyrimidine ribonucleoside triphosphate biosynthetic process;unsaturated fatty acid metabolic process;regulation of membrane depolarization;ribonucleoside triphosphate metabolic process;epithelial tube morphogenesis;pyrimidine ribonucleoside triphosphate metabolic process;positive regulation of mitochondrial depolarization;cellular response to purine-containing compound;carboxylic acid transport;negative regulation of blood coagulation;purine nucleotide metabolic process;transition metal ion transport;actin cytoskeleton reorganization;negative regulation of hemostasis;organic acid transport;fatty acid biosynthetic process;purine-containing compound metabolic process;neuron death;purine nucleoside triphosphate metabolic process;nucleoside phosphate metabolic process;negative regulation of coagulation;positive regulation of myeloid cell differentiation;arachidonic acid metabolic process;calcium ion transport;canonical Wnt signaling pathway;negative regulation of response to wounding;pyrimidine nucleoside triphosphate biosynthetic process;regulation of lipid metabolic process;positive regulation of proteolysis;regulation of stem cell proliferation;positive regulation of epithelial cell migration;long-chain fatty acid metabolic process;negative regulation of wound healing;regulation of water loss via skin;negative regulation of platelet aggregation;nucleotide metabolic process;wound healing;response to heat;regulation of blood vessel endothelial cell migration;Wnt signaling pathway;homotypic cell-cell adhesion;regulation of canonical Wnt signaling pathway;cell-cell signaling by wnt;pyrimidine ribonucleotide biosynthetic process;epithelial cell migration;myeloid cell differentiation;epithelium migration;dendritic cell chemotaxis;pyrimidine nucleoside triphosphate metabolic process;pyrimidine ribonucleotide metabolic process;tissue migration;pattern specification process;determination of bilateral symmetry;regulation of platelet activation;specification of symmetry;regulation of mitochondrial membrane potential;stem cell proliferation;blood coagulation;regulation of endothelial cell migration;response to purine-containing compound;positive regulation of morphogenesis of an epithelium;response to wounding;hemostasis;coagulation;fat cell differentiation;calcium-mediated signaling using intracellular calcium source;icosanoid metabolic process;regulation of neuron death;nucleoside triphosphate metabolic process;regulation of mitochondrial depolarization;fatty acid derivative metabolic process;regulation of hemopoiesis;pyrimidine nucleotide biosynthetic process;fatty acid metabolic process;response to nutrient levels;regulation of endopeptidase activity;response to temperature stimulus;temperature homeostasis;acylglycerol metabolic process;mitochondrial depolarization;regulation of platelet aggregation;neutral lipid metabolic process;pyrimidine-containing compound biosynthetic process;regulation of response to wounding;organic anion transport;ameboidal-type cell migration;regulation of epithelial cell migration;establishment of skin barrier;olefinic compound metabolic process;positive regulation of neuron death;multicellular organismal water homeostasis;pyrimidine nucleotide metabolic process;monocarboxylic acid biosynthetic process;regulation of blood coagulation;epithelial cilium movement involved in extracellular fluid movement;platelet activation;regulation of hemostasis;determination of left/right symmetry;bone development;triglyceride metabolic process;cellular response to leukemia inhibitory factor;response to leukemia inhibitory factor;regulation of myeloid cell differentiation;response to extracellular stimulus;organic hydroxy compound biosynthetic process;regulation of coagulation;extracellular transport;skin development;water homeostasis;regulation of morphogenesis of an epithelium;carboxylic acid biosynthetic process;organic acid biosynthetic process;regulation of wound healing;regulation of peptidase activity;platelet aggregation;regulation of body fluid levels;regulation of triglyceride metabolic process;pyrimidine-containing compound metabolic process;receptor signaling pathway via STAT;cilium movement","spindle;mitotic spindle;microtubule;synaptic membrane;microtubule associated complex;histone deacetylase complex;organellar large ribosomal subunit;mitochondrial large ribosomal subunit;postsynaptic membrane;MLL1/2 complex;MLL1 complex;histone methyltransferase complex;sarcolemma;lytic vacuole;lysosome;centriole;organellar ribosome;mitochondrial ribosome;ciliary basal body;cytoplasmic vesicle membrane;vesicle membrane;methyltransferase complex;transcription repressor complex;mitochondrial matrix;large ribosomal subunit;transcription regulator complex;integral component of mitochondrial inner membrane;lysosomal membrane;lytic vacuole membrane;intrinsic component of mitochondrial inner membrane;intrinsic component of organelle membrane;ATPase complex;integral component of mitochondrial membrane;intrinsic component of mitochondrial membrane;ISWI-type complex;vacuolar membrane;kinesin complex;mitochondrial protein complex;SWI/SNF superfamily-type complex;ribosomal subunit;integral component of organelle membrane;ribosome;mitochondrial inner membrane;organelle inner membrane;membrane raft;membrane microdomain;membrane region","nuclease activity;endonuclease activity;ribonuclease activity;catalytic activity, acting on RNA;histone binding;endoribonuclease activity;sodium channel activity;DNA-binding transcription repressor activity, RNA polymerase II-specific;DNA-binding transcription repressor activity;metal ion transmembrane transporter activity;microtubule binding;cation channel activity;tubulin binding;thiol-dependent ubiquitin-specific protease activity;ubiquitinyl hydrolase activity;gated channel activity;omega peptidase activity;transcription coregulator activity;transcription corepressor activity;channel activity;passive transmembrane transporter activity;ligand-gated cation channel activity;sodium ion transmembrane transporter activity;transcription coactivator activity;ATPase activity;monovalent inorganic cation transmembrane transporter activity;ATP-dependent microtubule motor activity, plus-end-directed;calcium-release channel activity;nucleoside diphosphate kinase activity;cysteine-type peptidase activity;ion channel activity;protein N-terminus binding;cysteine-type endopeptidase activity;iron ion binding;ATP-dependent microtubule motor activity;transition metal ion transmembrane transporter activity;microtubule motor activity;beta-catenin binding;dioxygenase activity;divalent inorganic cation transmembrane transporter activity;ligand-gated calcium channel activity;ligand-gated ion channel activity;calcium ion transmembrane transporter activity;calcium channel activity;ligand-gated channel activity;intracellular ligand-gated ion channel activity;oxidoreductase activity, acting on single donors with incorporation of molecular oxygen, incorporation of two atoms of oxygen;oxidoreductase activity, acting on single donors with incorporation of molecular oxygen;structural constituent of ribosome;motor activity;phosphotransferase activity, phosphate group as acceptor;nucleobase-containing compound kinase activity;endopeptidase activity;hormone activity;receptor ligand activity;cytokine activity"]
["XR_001784539.1","ncRNA","chr4:91530593-91536487","+","Gm40202","lncRNA",3.99505531259453,14.533575606921,14.4441336531977,10.9513496023159,26.9754993073482,25.6172818093733,24.3835616452352,27.3714517410322,1.23439445583521,0.00101429100710227,0.0126061882311282,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001784539.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_003952929.1","ncRNA","chr19:37677387-37697546","-","Gm32342","lncRNA",1.99752765629727,0,0,0,5.18759602064389,4.26954696822888,16.6251556672058,4.21099257554342,4.02444822153041,0.00108032586538662,0.0132372703653003,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003952929.1","Cyp26c1;Exoc6;Cyp26a1","1700001O22Rik;6030458C11Rik;Abcc9;Akt3;Alg11;Ankrd17;Arhgap1;Atxn2l;Atxn7;B4galnt2;BC024978;Bend3;Brdt;Bsn;Btbd9;C030002A05Rik;Cc2d1b;Ccdc136;Ccdc187;Cdk12;Cdk7;Cdkl1;Cep97;Cetn3;Commd8;Ctcfl;Cwc25;Cyb5d2;D130037M23Rik;D17H6S53E;Ddx56;Dedd;Dhtkd1;Dhx37;Dlg1;Eri2;Fam166b;Fbxl17;Gal3st3;Gdpgp1;Gen1;Gjc3;Gm51415;Gmip;Gnrh1;Gpr75;Gpr82;H2-DMa;Hnrnpf;Hs3st2;Il12rb1;Klhl33;Knl1;LOC115488789;Lrrc58;Maco1;Map3k20;Mga;Mill2;Msantd2;Nrf1;Nrxn3;Olfr224;Osbpl8;Pdss2;Pgr;Poglut3;Pphln1;Ppp4r1;Pwwp2a;Rabgap1l;Rhno1;Rimklb;Ripor2;Rnd1;Rps6ka4;Sco1;Slc25a51;Slc8b1;Slc9a8;Tapbp;Tbrg4;Tln2;Traip;Trim36;Trmt10a;Tstd2;Uqcc1;Wipf2;Zbtb6;Zc3h12b;Zfp451;Zfp668;Zfp672;Zfp799","-27.30;-15.80;-43.80;-11.20;-29.40;-18.80;-40.80;-13.80;-20.10;-29.90;-30.30;-14.20;-15.90;-19.40;-17.80;-9.60;-21.80;-18.60;-18.90;-19.20;-28.00;-22.30;-17.20;-9.40;-27.60;-37.80;-22.10;-30.10;-22.20;-21.60;-16.30;-22.20;-22.40;-27.10;-22.20;-11.60;-23.30;-18.50;-14.70;-26.10;-9.40;-29.70;-18.50;-36.40;-23.30;-17.50;-19.80;-22.20;-11.20;-13.10;-31.00;-18.50;-34.80;-19.70;-17.10;-27.00;-14.30;-23.90;-9.70;-22.20;-15.50;-21.80;-19.40;-33.80;-23.90;-12.80;-16.80;-11.80;-17.80;-14.20;-14.70;-23.60;-8.10;-20.20;-19.00;-14.00;-31.60;-16.40;-33.10;-18.10;-38.40;-53.80;-18.00;-17.20;-28.10;-22.40;-37.80;-22.20;-19.40;-12.20;-24.20;-9.80;-20.00;-15.70;-10.90","Herpes simplex virus 1 infection;TNF signaling pathway;Rap1 signaling pathway;Glycosaminoglycan biosynthesis - heparan sulfate / heparin;Estrogen signaling pathway;MAPK signaling pathway;Axon guidance;Human T-cell leukemia virus 1 infection;Platelet activation;Breast cancer;Yersinia infection;Cell cycle;ABC transporters;Progesterone-mediated oocyte maturation;Focal adhesion;Endocytosis;Chemical carcinogenesis - receptor activation;Nucleotide excision repair;Various types of N-glycan biosynthesis;Terpenoid backbone biosynthesis;Oocyte meiosis;N-Glycan biosynthesis;Basal transcription factors","ncRNA metabolic process;ncRNA processing;protein localization to synapse;tRNA methylation;DNA repair;protein localization to cell junction;regulation of cell cycle phase transition;transport along microtubule;tRNA modification;regulation of mitotic cell cycle phase transition;tRNA processing;RNA modification;tRNA metabolic process;regulation of chromosome organization;regulation of defense response to virus;DNA integrity checkpoint;DNA damage checkpoint;positive regulation of neuron differentiation;cell cycle phase transition;magnesium ion homeostasis;cell cycle checkpoint;cytoskeleton-dependent intracellular transport;negative regulation of cell cycle;microtubule-based transport;multicellular organismal signaling;regulation of interferon-beta production;positive regulation of cell cycle process;macromolecule methylation;membrane lipid metabolic process;I-kappaB kinase/NF-kappaB signaling;interferon-beta production;mitotic cell cycle phase transition;negative regulation of NF-kappaB transcription factor activity;RNA methylation;methylation;sodium ion transport;regulation of viral-induced cytoplasmic pattern recognition receptor signaling pathway;defense response to virus;regulation of type I interferon production;response to virus;membrane lipid biosynthetic process;regulation of response to biotic stimulus;type I interferon production;spindle organization;mRNA processing;regulation of G1/S transition of mitotic cell cycle;monovalent inorganic cation transport;neuron remodeling;regulation of RIG-I signaling pathway;axo-dendritic transport;microtubule bundle formation;regulation of cell cycle G1/S phase transition;regulation of blood circulation;negative regulation of cell migration;negative regulation of organelle organization;reproductive behavior;cytoplasmic pattern recognition receptor signaling pathway in response to virus;negative regulation of phosphorylation;organelle fission;negative regulation of cilium assembly;regulation of GTPase activity;axonal transport;DNA recombination;regulation of DNA-binding transcription factor activity;positive regulation of mitotic cell cycle phase transition;regulation of I-kappaB kinase/NF-kappaB signaling;negative regulation of cell adhesion;negative regulation of cell motility;positive regulation of cell cycle phase transition;response to radiation;nuclear division;phosphorylation of RNA polymerase II C-terminal domain;negative regulation of protein-containing complex disassembly;negative regulation of locomotion;negative regulation of cellular component movement;positive regulation of cell cycle;negative regulation of catabolic process;positive regulation of protein kinase activity;intracellular receptor signaling pathway;pattern recognition receptor signaling pathway;cytoplasmic pattern recognition receptor signaling pathway;covalent chromatin modification;activation of protein kinase B activity;activation of protein kinase activity;cytokine-mediated signaling pathway;glycolipid metabolic process;DNA replication;RIG-I signaling pathway;liposaccharide metabolic process;presynapse organization;potassium ion transmembrane transport;spindle assembly;synaptic vesicle cycle;glycolipid biosynthetic process;microtubule cytoskeleton organization involved in mitosis;maternal process involved in female pregnancy;female mating behavior;interleukin-1-mediated signaling pathway;protein deubiquitination;regulation of plasma membrane bounded cell projection assembly;mitotic nuclear division;mitotic spindle organization;regulation of pattern recognition receptor signaling pathway;regulation of nuclear division;positive regulation of GTPase activity;hormone-mediated signaling pathway;positive regulation of cell cycle G1/S phase transition;regulation of cell projection assembly;negative regulation of muscle cell differentiation;recombinational repair;microtubule-based movement;potassium ion transport;RNA splicing;negative regulation of plasma membrane bounded cell projection assembly;negative regulation of DNA-binding transcription factor activity;protein modification by small protein removal;presynapse assembly;epithelial cell maturation;negative regulation of smooth muscle cell differentiation;regulation of protein acetylation;activation of GTPase activity;regulation of immune effector process;multi-multicellular organism process;positive regulation of G1/S transition of mitotic cell cycle;positive regulation of defense response;cellular response to radiation;regulation of cytokine-mediated signaling pathway;mitotic spindle assembly;cellular response to interleukin-1;positive regulation of I-kappaB kinase/NF-kappaB signaling;negative regulation of cellular catabolic process;mammary gland duct morphogenesis;microtubule depolymerization;response to interleukin-1;branching involved in mammary gland duct morphogenesis;protein acylation;regulation of protein-containing complex disassembly;RNA splicing, via transesterification reactions;RNA splicing, via transesterification reactions with bulged adenosine as nucleophile;mRNA splicing, via spliceosome;cellular response to virus;steroid hormone mediated signaling pathway;positive regulation of chromosome organization;regulation of tumor necrosis factor-mediated signaling pathway;regulation of synaptic vesicle cycle;negative regulation of chromosome organization;negative regulation of cellular response to transforming growth factor beta stimulus;regulation of histone acetylation;negative regulation of supramolecular fiber organization;vesicle-mediated transport in synapse;regulation of smooth muscle cell differentiation;regulation of actin cytoskeleton organization;mitochondrion organization;neuron maturation;regulation of muscle cell differentiation;histone modification;regulation of response to cytokine stimulus;positive regulation of protein acetylation;regulation of protein kinase B signaling;mating behavior;G1/S transition of mitotic cell cycle;smooth muscle cell differentiation;positive regulation of response to external stimulus;regulation of cilium assembly;cell cycle G1/S phase transition;intracellular steroid hormone receptor signaling pathway;smooth muscle cell migration;maintenance of location;protein depolymerization;positive regulation of mitotic cell cycle;negative regulation of cytoskeleton organization;female gamete generation;negative regulation of microtubule depolymerization;cytochrome complex assembly;response to ionizing radiation;regulation of protein ubiquitination;synapse organization;positive regulation of immune effector process;response to cocaine;regulation of ubiquitin protein ligase activity;regulation of protein modification by small protein conjugation or removal;regulation of DNA replication;regulation of ubiquitin-protein transferase activity;negative regulation of cell projection organization;synapse assembly;negative regulation of protein depolymerization;protein acetylation;regulation of mitotic nuclear division;positive regulation of transmembrane transport;nucleobase-containing compound transport;retrograde axonal transport;histone deubiquitination;regulation of chromatin organization;regulation of histone H3-K9 acetylation;peptidyl-lysine modification;muscle cell differentiation;regulation of peptidyl-lysine acetylation;regulation of microtubule depolymerization;positive regulation of pattern recognition receptor signaling pathway;negative regulation of protein catabolic process;protein kinase B signaling;peptidyl-lysine acetylation;mitochondrial respiratory chain complex assembly;small GTPase mediated signal transduction;negative regulation of type I interferon production;regulation of glucose import;protein-containing complex disassembly;heart process;histone H3-K9 acetylation;RNA localization;female pregnancy;import into cell;negative regulation of transforming growth factor beta receptor signaling pathway;regulation of actin filament-based process;regulation of transcription initiation from RNA polymerase II promoter;internal protein amino acid acetylation;internal peptidyl-lysine acetylation;mitochondrial RNA processing;regulation of sequestering of triglyceride;heart contraction;regulation of glucose transmembrane transport;positive regulation of cytokine production;positive regulation of response to biotic stimulus;gland morphogenesis;regulation of organelle assembly;proteasomal protein catabolic process;muscle cell migration;positive regulation of glucose import;regulation of intracellular transport;mammary gland morphogenesis;response to alkaloid;cellular response to steroid hormone stimulus;endosomal transport;cellular copper ion homeostasis;negative regulation of interferon-beta production;regulation of supramolecular fiber organization;regulation of epithelial cell proliferation;cellular protein complex disassembly;cell junction assembly;rhythmic process;regulation of protein depolymerization;glucose transmembrane transport;mammary gland epithelium development;positive regulation of smooth muscle cell migration;cardiac conduction;sequestering of triglyceride;copper ion homeostasis;hexose transmembrane transport;histone acetylation;cellular response to ionizing radiation;positive regulation of histone acetylation;circadian rhythm;response to steroid hormone;regulation of heart contraction;monosaccharide transmembrane transport;cilium organization;regulation of lipid storage;negative regulation of microtubule polymerization or depolymerization;potassium ion import across plasma membrane;regulation of microtubule cytoskeleton organization;gland development;ubiquinone biosynthetic process;quinone biosynthetic process;regulation of mitotic spindle assembly;carbohydrate transmembrane transport;glycoprotein biosynthetic process;negative regulation of GTPase activity;cellular component disassembly;epithelial cell proliferation;carbohydrate transport;regulation of microtubule-based process;positive regulation of chromatin organization;glucose import;negative regulation of cellular response to growth factor stimulus;tumor necrosis factor-mediated signaling pathway;negative regulation of cellular protein catabolic process;negative regulation of cytokine production;regulation of DNA-templated transcription, initiation;glycosylation;ubiquinone metabolic process;regulation of cellular response to growth factor stimulus;positive regulation of glucose transmembrane transport;insulin-like growth factor receptor signaling pathway;negative regulation of organelle assembly;positive regulation of peptidyl-lysine acetylation;nucleic acid transport;RNA transport;protein glycosylation;macromolecule glycosylation;negative regulation of cytokine-mediated signaling pathway;negative regulation of transmembrane receptor protein serine/threonine kinase signaling pathway;transcription initiation from RNA polymerase II promoter;mitochondrial cytochrome c oxidase assembly;establishment of RNA localization;acrosome reaction;actin filament-based movement;mating;mRNA transport;positive regulation of protein kinase B signaling;anatomical structure maturation;negative regulation of response to cytokine stimulus;cellular response to abiotic stimulus;cellular response to environmental stimulus;epithelial cell development;import across plasma membrane;respiratory chain complex IV assembly;regulation of cellular response to transforming growth factor beta stimulus;lung development;morphogenesis of a branching structure;establishment or maintenance of cell polarity;cell maturation;regulation of insulin-like growth factor receptor signaling pathway;regulation of spindle assembly;respiratory tube development;peptidyl-serine modification;cellular response to transforming growth factor beta stimulus;ovulation cycle;single fertilization;regulation of cell shape;actin filament organization;negative regulation of intracellular transport;mitochondrial RNA metabolic process;regulation of protein stability;response to transforming growth factor beta;inorganic cation import across plasma membrane;inorganic ion import across plasma membrane;ketone biosynthetic process;transferrin transport;protein localization to nuclear envelope;lipid storage;developmental maturation;DNA-templated transcription, initiation;positive regulation of histone modification;histone H3-K9 modification;cilium assembly;epithelial tube morphogenesis;respiratory system development;isoprenoid metabolic process;peptidyl-serine phosphorylation;microtubule polymerization or depolymerization;glycoprotein metabolic process;regulation of smooth muscle cell migration;regulation of histone modification;transition metal ion transport;regulation of protein catabolic process;cellular response to peptide;oligosaccharide-lipid intermediate biosynthetic process;regulation of endocytic recycling;regulation of lipid localization;mitotic cytokinesis;branching morphogenesis of an epithelial tube;ovulation from ovarian follicle;regulation of transforming growth factor beta receptor signaling pathway;transforming growth factor beta receptor signaling pathway;regulation of microtubule polymerization or depolymerization;negative regulation of epithelial cell apoptotic process;negative regulation of proteolysis involved in cellular protein catabolic process;negative regulation of tumor necrosis factor-mediated signaling pathway;regulation of histone phosphorylation;transition metal ion homeostasis;female gonad development;regulation of mitotic spindle organization;protein stabilization;development of primary female sexual characteristics;reproductive structure development;quinone metabolic process;protein N-linked glycosylation;fertilization;reproductive system development;morphogenesis of a branching epithelium;regulation of spindle organization;negative regulation of histone acetylation;regulation of transmembrane receptor protein serine/threonine kinase signaling pathway;response to purine-containing compound;cellular transition metal ion homeostasis;histone H3 acetylation;lipid localization;fat cell differentiation;protein localization to nucleus;cellular ketone metabolic process;mitochondrial gene expression;negative regulation of lipid storage;negative regulation of chromatin organization;regulation of cellular protein catabolic process;response to organophosphorus;protein sumoylation;gonad development;lipid transport;development of primary sexual characteristics;regulation of proteolysis involved in cellular protein catabolic process;negative regulation of peptidyl-lysine acetylation;cellular response to insulin stimulus;endoderm development;ovulation cycle process;cytoskeleton-dependent cytokinesis;regulation of epithelial cell apoptotic process;ovulation;positive regulation of insulin receptor signaling pathway;cytokinesis;negative regulation of lipid localization;epithelial cell apoptotic process;negative regulation of protein acetylation;mammary gland development;endocytic recycling;microtubule anchoring;organic anion transport;regulation of proteasomal protein catabolic process;insulin receptor signaling pathway;cellular response to tumor necrosis factor;negative regulation of proteasomal protein catabolic process;female sex differentiation;response to ATP;positive regulation of cellular response to insulin stimulus;transmembrane receptor protein serine/threonine kinase signaling pathway;phospholipid transport;isoprenoid biosynthetic process;response to peptide;monovalent inorganic cation homeostasis;lung alveolus development;negative regulation of hydrolase activity;cortical cytoskeleton organization;cellular response to peptide hormone stimulus;regulation of cellular response to insulin stimulus;cell redox homeostasis;response to tumor necrosis factor;response to insulin;histone phosphorylation;regulation of intracellular pH;regulation of insulin receptor signaling pathway;organophosphate ester transport;cellular monovalent inorganic cation homeostasis;negative regulation of histone modification;regulation of body fluid levels;regulation of cellular pH;sex differentiation;iron ion transport;negative regulation of proteolysis;response to peptide hormone;regulation of pH;defense response to bacterium","GABA-ergic synapse;neuron projection terminus;synaptic membrane;inhibitory synapse;distal axon;nuclear envelope;axon terminus;nuclear pore;endosome membrane;cell leading edge;centriolar satellite;neuron projection cytoplasm;presynaptic active zone cytoplasmic component;postsynaptic specialization;cytoplasmic region;sarcolemma;presynaptic active zone;nuclear cyclin-dependent protein kinase holoenzyme complex;T-tubule;nuclear membrane;plasma membrane bounded cell projection cytoplasm;ion channel complex;cation channel complex;postsynaptic density;neuron to neuron synapse;centriole;nuclear speck;ciliary basal body;asymmetric synapse;Golgi-associated vesicle;transmembrane transporter complex;perikaryon;transporter complex;dendritic spine;ruffle;carboxy-terminal domain protein kinase complex;trans-Golgi network;neuron spine;excitatory synapse;nuclear pore nuclear basket;ribbon synapse;cell cortex;U2-type catalytic step 1 spliceosome;catalytic step 1 spliceosome;cell cortex region;spliceosomal complex;organelle subcompartment;cortical cytoskeleton;Golgi apparatus subcompartment;exocytic vesicle;transcription regulator complex;integral component of mitochondrial inner membrane;transport vesicle;intrinsic component of mitochondrial inner membrane;hippocampal mossy fiber to CA3 synapse;photoreceptor cell cilium;serine/threonine protein kinase complex;synaptic vesicle;intrinsic component of organelle membrane;actin filament;9+0 non-motile cilium;U2-type spliceosomal complex;non-motile cilium;Schaffer collateral - CA1 synapse;endoplasmic reticulum tubular network;cyclin-dependent protein kinase holoenzyme complex;integral component of mitochondrial membrane;intercalated disc;protein kinase complex;transcription factor TFIIH core complex;intrinsic component of mitochondrial membrane;cell-substrate junction;endoplasmic reticulum subcompartment;transcription factor TFIIH holo complex;fascia adherens;potassium channel complex;sarcomere;actin cytoskeleton;myofibril;adherens junction;extrinsic component of membrane;contractile fiber;integral component of organelle membrane;cell-cell contact zone;acrosomal vesicle;mitochondrial inner membrane;transferase complex, transferring phosphorus-containing groups;focal adhesion;organelle inner membrane;secretory granule;RNA polymerase II transcription regulator complex;ciliary transition zone;photoreceptor connecting cilium;nuclear DNA-directed RNA polymerase complex;DNA-directed RNA polymerase complex;RNA polymerase complex;RNA polymerase II, holoenzyme","Ras GTPase binding;small GTPase binding;GTPase activator activity;S-adenosylmethionine-dependent methyltransferase activity;tRNA methyltransferase activity;Rab GTPase binding;GTPase regulator activity;methyltransferase activity;cyclin-dependent protein serine/threonine kinase activity;cyclin-dependent protein kinase activity;transferase activity, transferring one-carbon groups;catalytic activity, acting on RNA;heparan sulfate sulfotransferase activity;nucleoside-triphosphatase regulator activity;antiporter activity;structural constituent of synapse;RNA methyltransferase activity;catalytic activity, acting on a tRNA;phospholipid binding;RNA polymerase II CTD heptapeptide repeat kinase activity;dynein light chain binding;protein serine/threonine kinase activity;enzyme activator activity;DNA-binding transcription repressor activity, RNA polymerase II-specific;DNA-binding transcription repressor activity;metal ion transmembrane transporter activity;tRNA binding;integrin binding;microtubule binding;solute:cation antiporter activity;secondary active transmembrane transporter activity;cation channel activity;solute:proton antiporter activity;protein C-terminus binding;tubulin binding;cholesterol binding;magnesium ion binding;phosphatidylinositol binding;transferase activity, transferring glycosyl groups;phosphatidylserine binding;transcription coregulator activity;ion channel binding;transcription corepressor activity;channel activity;passive transmembrane transporter activity;tRNA (guanine) methyltransferase activity;alpha-tubulin binding;actin binding;sterol binding;sodium ion transmembrane transporter activity;transferase activity, transferring hexosyl groups;sulfotransferase activity;ATPase activity;hormone binding;potassium channel activity;prenyltransferase activity;active transmembrane transporter activity;modified amino acid binding;DNA-dependent ATPase activity;potassium ion transmembrane transporter activity;monovalent inorganic cation transmembrane transporter activity;sterol transporter activity;ubiquitin-like protein transferase activity;ubiquitin-protein transferase activity;ion channel activity;potassium channel regulator activity;transcription corepressor binding;SUMO transferase activity;ubiquitin-like protein ligase activity;tetrapyrrole binding;alcohol binding;GTPase activity;phosphatidylinositol-4-phosphate binding;ubiquitin protein ligase activity;heme binding;channel regulator activity;transferase activity, transferring sulfur-containing groups;ion channel regulator activity;cation:cation antiporter activity;G-protein beta/gamma-subunit complex binding;transcription cofactor binding;phosphatidylinositol phosphate binding;mannosyltransferase activity;ATPase binding;potassium:proton antiporter activity;cell adhesion molecule binding;transcription coactivator binding;steroid binding;sodium:proton antiporter activity;SNARE binding;RNA polymerase II transcription cofactor binding;monovalent cation:proton antiporter activity;metal ion:proton antiporter activity;SH3 domain binding;potassium ion antiporter activity;protein heterodimerization activity;lipid transporter activity;active ion transmembrane transporter activity;syntaxin binding;actin filament binding;ribonucleoside binding;nucleoside binding;nuclear receptor activity;ligand-activated transcription factor activity;GTP binding;anion transmembrane transporter activity;steroid hormone receptor activity;ATPase-coupled transmembrane transporter activity;guanyl nucleotide binding;guanyl ribonucleotide binding;purine ribonucleoside binding;purine nucleoside binding;primary active transmembrane transporter activity;transferase activity, transferring alkyl or aryl (other than methyl) groups;proton transmembrane transporter activity;structural constituent of cytoskeleton;ATPase-coupled cation transmembrane transporter activity;ATPase-coupled ion transmembrane transporter activity"]
["XR_381391.3","ncRNA","chr12:27986369-28018926","+","Gm31025","lncRNA",16.9789850785268,13.7686505749778,25.7930958092816,27.3783740057896,2.07503840825756,10.6738674205722,11.0834371114705,5.26374071942927,-1.53013345996623,0.00110871231862399,0.0135026795855651,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_381391.3","NA","NA","NA","NA","NA","NA","NA"]
["XR_387461.2","ncRNA","chr1:151080445-151083920","-","Gm36077","lncRNA",3.99505531259453,2.29477509582963,7.22206682659885,0.912612466859654,13.4877496536741,21.3477348411444,7.75840597802937,11.5802295827444,1.95334755723713,0.00121634951884399,0.0146499357365334,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_387461.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_001782245.2","ncRNA","chr17:12264715-12270867","+","Gm46605","lncRNA",0.998763828148633,0.76492503194321,1.03172383237126,0.912612466859654,7.26263442890144,8.53909393645776,7.75840597802937,6.31648886331513,3.02474868210926,0.00126912656405355,0.0151078368565133,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001782245.2","Map3k4","NA","NA","MAPK signaling pathway;GnRH signaling pathway","regulation of chromosome organization;regulation of DNA metabolic process;regulation of stress-activated MAPK cascade;regulation of stress-activated protein kinase signaling cascade;telomere organization;stress-activated MAPK cascade;JNK cascade;regulation of JNK cascade;regulation of telomere maintenance;telomere maintenance;regulation of MAP kinase activity;stress-activated protein kinase signaling cascade;response to radiation;regulation of p38MAPK cascade;positive regulation of protein kinase activity;regulation of JUN kinase activity;positive regulation of MAP kinase activity;activation of protein kinase activity;anatomical structure homeostasis;response to UV-C;p38MAPK cascade;telomere capping;positive regulation of JUN kinase activity;positive regulation of stress-activated MAPK cascade;positive regulation of DNA metabolic process;positive regulation of JNK cascade;positive regulation of stress-activated protein kinase signaling cascade;positive regulation of chromosome organization;positive regulation of protein serine/threonine kinase activity;activation of MAPKK activity;response to light stimulus;regulation of protein serine/threonine kinase activity;determination of dorsal/ventral asymmetry;determination of dorsal identity;extraembryonic membrane development;positive regulation of telomere maintenance;regulation of telomere capping;response to UV;male sex determination;sex determination;positive regulation of telomerase activity;placenta development;regionalization;positive regulation of p38MAPK cascade;regulation of telomerase activity;regulation of telomere maintenance via telomerase;positive regulation of telomere maintenance via telomerase;telomere maintenance via telomere lengthening;positive regulation of telomere maintenance via telomere lengthening;positive regulation of DNA biosynthetic process;reproductive structure development;pattern specification process;determination of bilateral symmetry;reproductive system development;regulation of telomere maintenance via telomere lengthening;specification of symmetry;positive regulation of telomere capping;RNA-dependent DNA biosynthetic process;telomere maintenance via telomerase;dorsal/ventral pattern formation;DNA biosynthetic process;regulation of DNA biosynthetic process","NA","MAP kinase kinase kinase activity;protein serine/threonine kinase activity"]
["NR_015465.3","ncRNA","chr10:22306782-22314148","+","C920009B18Rik","lncRNA",27.9653871881617,9.94402541526173,8.25379065897011,7.30089973487723,34.2381337362497,32.0216022617166,27.7085927786763,29.4769480288039,1.22328710773989,0.00136681349571463,0.016094745526212,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_015465.3","NA","Eps8;Lsm6;Prep;Spin1;Ttc38","-30.70;-38.40;-23.60;-29.30;-19.20","NA","NA","NA","NA"]
["XR_866371.2","ncRNA","chr2:63183703-63196617","+","Gm34110","lncRNA",20.9740403911213,23.7126759902395,23.7296481445391,39.2423360749651,12.4502304495453,11.7412541626294,11.0834371114705,12.6329777266303,-1.16893858370867,0.00143638064451337,0.0168170664435652,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_866371.2","Kcnh7","Kcnh7",-97.9,"NA","NA","NA","NA"]
["XR_386214.2","ncRNA","chr18:49246379-49336844","-","Gm32870","lncRNA",0.998763828148633,2.29477509582963,0,0,9.337672837159,10.6738674205722,2.21668742229411,9.47473329497269,3.15998151976681,0.00146024794753285,0.017059868164176602,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_386214.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_870694.3","ncRNA","chr9:44854920-44884837","+","Gm39326","lncRNA",32.9592063289049,50.4850521082518,26.8248196416529,29.2035989395089,19.7128648784468,11.7412541626294,19.950186800647,16.8439703021737,-1.0436002488177,0.00149199740637608,0.0173811321785521,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_870694.3","Kmt2a","4930519G04Rik;4930579G24Rik;6030458C11Rik;Adam28;Adat1;Aida;Akap10;Akt3;Ank3;Ankrd7;Ap4s1;Apol6;Appl2;Arhgef37;Bri3bp;Btbd9;C030002A05Rik;Camk4;Carf;Cast;Cbwd1;Ccdc136;Ccdc167;Cdk12;Cdkl1;Celf2;Cenpo;Cep295;Chchd7;Chic1;Chrnb4;Ctcfl;D130037M23Rik;Dhx37;Dusp22;Emsy;Fam166b;Fbxl18;Gad2;Gemin2;Gm32234;Gm43707;Gnrh1;Golga7;Gpr75;Gtpbp3;Hps4;Kansl1l;Kmt2a;LOC115488789;Larp4b;Lmbrd1;Lrrc7;Maco1;Map2k1;Map3k20;Mbd4;Mcph1;Mfsd4a;Mob2;N4bp2l2;Nav1;Ndufaf7;Nktr;Nrf1;Nrxn3;Pag1;Pdgfb;Phc3;Pi4ka;Pik3ip1;Poglut3;Ppp1r7;Prr14;Pwwp2a;Rabgap1l;Rere;Ripor2;Rmi2;Rp2;Rubcn;Sec61a2;Sgpp2;Slc25a38;Slc25a51;Slc38a6;Slc8b1;Smg9;Sobp;Spc24;Ssh2;St3gal2;Stap1;Stx4a;Tcp11l1;Tdrd3;Tmem234;Tnfrsf14;Tsga10;Ttc9c;Uqcc1;Wdr26;Wdr62;Xcr1;Ybey;Yeats2;Zbtb37;Zbtb6;Zcchc4;Zfp553;Zfp605;Zfp607b;Zfp668","-22.20;-36.40;-34.20;-12.30;-25.30;-42.40;-19.00;-23.10;-27.00;-27.80;-15.80;-34.40;-26.60;-21.50;-44.70;-19.70;-12.10;-31.80;-44.70;-32.90;-29.50;-49.20;-27.50;-25.20;-25.10;-12.00;-25.50;-57.10;-37.40;-26.80;-30.20;-28.80;-29.10;-32.10;-40.30;-23.70;-23.80;-24.70;-35.40;-41.50;-16.10;-28.70;-11.50;-17.60;-26.90;-16.70;-23.60;-30.70;-107.00;-31.00;-18.60;-41.10;-30.80;-28.20;-26.80;-26.50;-40.00;-37.10;-26.20;-21.40;-23.30;-36.30;-39.00;-18.50;-15.30;-17.50;-50.50;-29.30;-31.60;-21.80;-32.10;-26.90;-28.30;-6.80;-25.90;-21.20;-19.30;-37.00;-39.80;-35.40;-18.90;-12.00;-33.00;-26.70;-23.80;-34.90;-38.80;-29.10;-26.50;-30.10;-15.30;-24.30;-19.80;-35.00;-20.00;-24.00;-42.20;-26.90;-48.40;-28.80;-24.30;-29.50;-20.50;-13.30;-12.80;-35.40;-46.10;-18.30;-20.30;-32.20;-33.30;-35.80;-34.60","NA","NA","NA","NA"]
["XR_876306.3","ncRNA","chr16:96882388-96934761","+","Gm32432","lncRNA",7.99011062518907,13.7686505749778,13.4124098208264,14.6017994697545,38.3882105527648,27.7520552934877,25.4919053563822,18.9494665899454,1.14521751973331,0.00151116571920969,0.0175193601473348,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_876306.3","Dscam","3300002I08Rik;4930447C04Rik;A130010J15Rik;Abcd4;Abhd6;Adam28;Adamts2;Adat1;Ak4;Akap13;Apex2;Ascc1;B230219D22Rik;C030002A05Rik;Ccdc167;Cep170;Cnnm2;Cntn5;Col22a1;Csmd1;Ctla2a;Cyp3a13;Cyp4x1;D6Ertd527e;Dbt;Ears2;Elf1;Emsy;Epha10;F10;Fam172a;Fxn;Gabpb2;Gfod2;Glrx2;Gm14393;Gm31606;Gm32234;Gm32436;Gm52229;Gpatch8;Gpr82;Gramd1b;Gxylt2;Hdac9;Hivep2;Hmgcll1;Hs2st1;Kcnh7;Klf12;Klhl7;LOC115488470;Larp4b;Ldlrad4;Lingo2;Lrrc31;Maml2;Mau2;Mfsd4a;Mob4;Mpp7;Mthfsl;Nipal2;Npy1r;Nvl;Olfr613;Oxsm;Pag1;Pik3c2a;Plcb1;Polm;Prlr;Rab27b;Rab2a;Rapgef2;Rapgef4;Rbfox1;Rhbdd2;Rint1;Rnasel;Rnf125;Rnf168;Rubcn;Spata13;Srpk2;Stag1;Stau2;Tcf20;Tcp11l1;Tenm3;Tlr7;Tmem245;Tmod1;Usp6nl;Utp11;Vmn1r58;Zbtb37;Zbtb8os;Zdhhc20;Zfp488;Zfp697;Zfp866;Zmat4","-23.80;-29.30;-31.90;-26.30;-8.40;-24.40;-37.10;-19.80;-21.70;-11.40;-21.10;-11.30;-20.40;-24.70;-16.40;-43.00;-28.00;-18.00;-32.00;-12.30;-28.70;-59.30;-28.00;-20.50;-32.30;-24.70;-35.80;-29.70;-19.70;-15.90;-29.50;-46.40;-32.80;-22.60;-36.40;-27.50;-20.60;-18.00;-19.50;-17.40;-26.70;-6.30;-12.10;-28.60;-13.30;-14.90;-24.80;-35.40;-34.10;-25.60;-34.70;-38.00;-22.70;-21.70;-16.10;-28.40;-12.00;-19.50;-27.90;-21.30;-32.70;-36.70;-22.10;-31.10;-26.20;-50.70;-30.70;-18.50;-30.60;-26.60;-17.40;-19.20;-25.40;-32.50;-26.40;-32.60;-16.70;-32.30;-27.90;-16.50;-32.70;-22.70;-42.20;-21.00;-23.00;-13.90;-17.70;-28.70;-24.20;-8.50;-13.50;-16.40;-21.90;-27.10;-21.10;-16.70;-31.20;-15.60;-25.60;-30.60;-29.10;-28.60;-9.70","NA","NA","NA","NA"]
["NR_040277.1","ncRNA","chr6:32511141-32515576","+","Plxna4os1","lncRNA",2.9962914844459,2.29477509582963,2.06344766474253,0,12.4502304495453,6.40432045234332,6.65006226688232,12.6329777266303,2.38362186724943,0.00151291467178737,0.0175249521046419,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_040277.1","Plxna4","NA","NA","Axon guidance","positive regulation of neuron projection development;positive regulation of neuron differentiation;neuron projection extension;developmental cell growth;preganglionic parasympathetic fiber development;regulation of axon extension;facial nerve development;facial nerve morphogenesis;positive regulation of cell projection organization;cranial nerve structural organization;parasympathetic nervous system development;cranial nerve morphogenesis;developmental growth involved in morphogenesis;axon extension;regulation of extent of cell growth;motor neuron axon guidance;facial nerve structural organization;cranial nerve development;regulation of GTPase activity;negative regulation of cell adhesion;regulation of cell growth;regulation of cellular component size;anatomical structure arrangement;regulation of cell size;regulation of developmental growth;axonogenesis;positive regulation of axonogenesis;axon extension involved in axon guidance;neuron projection extension involved in neuron projection guidance;regulation of chemotaxis;autonomic nervous system development;nerve development;regulation of axonogenesis;regulation of axon guidance;regulation of axon extension involved in axon guidance;regulation of cell morphogenesis involved in differentiation;axon guidance;neuron projection guidance;positive regulation of cell morphogenesis involved in differentiation;sympathetic nervous system development;central nervous system neuron development;semaphorin-plexin signaling pathway involved in neuron projection guidance;central nervous system projection neuron axonogenesis;negative chemotaxis;forebrain development;telencephalon development;central nervous system neuron axonogenesis;regulation of cell shape;semaphorin-plexin signaling pathway;central nervous system neuron differentiation;trigeminal nerve development;semaphorin-plexin signaling pathway involved in axon guidance;peripheral nervous system development","receptor complex","semaphorin receptor activity"]
["NR_024325.1","ncRNA","chr1:56971469-56975196","+","9130024F11Rik","lncRNA",0.998763828148633,1.52985006388642,1.03172383237126,0.912612466859654,8.30015363303022,9.60648067851498,3.32503113344116,10.5274814388585,2.80816980488184,0.00153304054116893,0.0176620905091779,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_024325.1","Satb2","Satb2",-96.6,"NA","chromatin remodeling;embryonic skeletal system morphogenesis;embryonic skeletal system development;osteoblast development;neuron migration;forebrain development;skeletal system morphogenesis;connective tissue development;central nervous system neuron differentiation;forebrain neuron fate commitment;embryonic organ morphogenesis;forebrain neuron differentiation;roof of mouth development;pattern specification process;forebrain generation of neurons;embryonic pattern specification;cartilage development;cell fate commitment;osteoblast differentiation;neuron fate commitment;ossification","histone deacetylase complex;transcription regulator complex","NA"]
["XR_003949746.1","ncRNA","chr11:83123161-83124499","+","Gm38922","lncRNA",0,0.76492503194321,0,0,7.26263442890144,0,7.75840597802937,7.36923700720098,4.32480067566285,0.00153160573682143,0.0176620905091779,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003949746.1","Slfn1","Spryd7",-43.3,"NA","NA","NA","NA"]
["XR_880075.1","ncRNA","chr11:83123161-83124499","+","Gm38922","lncRNA",0,0.76492503194321,0,0,7.26263442890144,0,7.75840597802937,7.36923700720098,4.32480067566285,0.00153160573682143,0.0176620905091779,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_880075.1","Slfn1","Spryd7",-43.3,"NA","NA","NA","NA"]
["XR_875951.3","ncRNA","chr16:21842111-21845865","-","Gm26744","lncRNA",17.9777489066754,33.6567014055012,29.9199911387666,23.727924138351,12.4502304495453,14.9434143888011,8.86674968917643,10.5274814388585,-1.17523986184334,0.00155456682687863,0.0178807981859542,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_875951.3","Map3k13","NA","NA","NA","NA","NA","NA"]
["XR_001779150.2","ncRNA","chr9:44854920-44884578","+","Gm39326","lncRNA",32.9592063289049,52.0149021721383,26.8248196416529,28.2909864726493,21.7879032867043,11.7412541626294,17.7334993783529,16.8439703021737,-1.05176116337916,0.00158701452808917,0.0181900557963745,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_001779150.2","Kmt2a","4930519G04Rik;4930579G24Rik;6030458C11Rik;Adam28;Adat1;Aida;Akap10;Akt3;Ank3;Ankrd7;Ap4s1;Apol6;Appl2;Arhgef37;Bri3bp;Btbd9;C030002A05Rik;Camk4;Carf;Cast;Cbwd1;Ccdc136;Ccdc167;Cdk12;Cdkl1;Celf2;Cenpo;Cep295;Chchd7;Chic1;Chrnb4;Ctcfl;D130037M23Rik;Dhx37;Dusp22;Emsy;Fam166b;Fbxl18;Gad2;Gemin2;Gm32234;Gm43707;Gnrh1;Golga7;Gpr75;Gtpbp3;Hps4;Kansl1l;Kmt2a;LOC115488789;Larp4b;Lmbrd1;Lrrc7;Maco1;Map2k1;Map3k20;Mbd4;Mcph1;Mfsd4a;Mob2;N4bp2l2;Nav1;Ndufaf7;Nktr;Nrf1;Nrxn3;Pag1;Pdgfb;Phc3;Pi4ka;Pik3ip1;Poglut3;Ppp1r7;Prr14;Pwwp2a;Rabgap1l;Rere;Ripor2;Rmi2;Rp2;Rubcn;Sec61a2;Sgpp2;Slc25a38;Slc25a51;Slc38a6;Slc8b1;Smg9;Sobp;Spc24;Ssh2;St3gal2;Stap1;Stx4a;Tcp11l1;Tdrd3;Tmem234;Tnfrsf14;Tsga10;Ttc9c;Uqcc1;Wdr26;Wdr62;Xcr1;Ybey;Yeats2;Zbtb37;Zbtb6;Zcchc4;Zfp553;Zfp605;Zfp607b;Zfp668","-22.20;-36.40;-34.20;-25.20;-25.60;-42.40;-19.00;-23.10;-13.30;-16.90;-18.50;-34.40;-32.50;-19.00;-44.70;-19.70;-7.40;-31.80;-44.70;-35.20;-26.80;-49.20;-25.40;-15.20;-26.60;-13.40;-28.60;-32.80;-37.40;-26.80;-29.40;-28.80;-29.10;-29.50;-44.40;-24.50;-24.10;-19.70;-35.40;-41.50;-20.00;-25.50;-11.50;-12.50;-23.20;-24.30;-26.80;-30.70;-107.00;-31.00;-21.50;-41.10;-30.10;-28.20;-21.30;-30.80;-35.50;-37.10;-25.30;-21.40;-32.80;-38.00;-39.00;-18.50;-15.30;-17.50;-9.40;-24.50;-33.60;-31.60;-32.10;-43.80;-20.90;-9.80;-25.10;-21.20;-16.20;-31.90;-39.80;-35.40;-32.30;-12.00;-39.90;-26.70;-22.70;-36.30;-40.00;-26.70;-20.80;-30.10;-15.30;-23.80;-23.10;-35.00;-24.40;-24.00;-42.20;-26.90;-48.40;-30.10;-25.80;-29.50;-13.90;-22.60;-20.60;-29.80;-46.10;-19.50;-32.60;-32.20;-33.30;-35.80;-34.60","NA","NA","NA","NA"]
["XR_003955405.1","ncRNA","chr4:53208676-53218681","-","Lexis1","lncRNA",4.99381914074317,3.82462515971605,0,3.65044986743862,9.337672837159,17.0781878729155,14.4084682449117,8.42198515108683,1.95578347301951,0.00159851010533389,0.0182961730460749,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003955405.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_391200.4","ncRNA","chr7:19829994-19847605","+","Gm34891","lncRNA",6.99134679704043,17.5932757346938,20.6344766474253,5.47567480115793,32.1630953279921,30.9542155196594,35.4669987567057,20.0022147338312,1.22012978270314,0.00166894140743808,0.0189695661292962,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_391200.4","Ceacam16;Gm19345;Bcl3","NA","NA","TNF signaling pathway;C-type lectin receptor signaling pathway","I-kappaB kinase/NF-kappaB signaling;response to virus;regulation of interferon-gamma production;interferon-gamma production;response to radiation;signal transduction in response to DNA damage;positive regulation of interferon-gamma production;response to UV-C;T cell differentiation;positive regulation of cellular amide metabolic process;spleen development;response to light stimulus;marginal zone B cell differentiation;T-helper 1 type immune response;lymphocyte differentiation;regulation of interleukin-8 production;positive regulation of cytokine production;response to UV;negative regulation of interleukin-8 production;interleukin-8 production;germinal center formation;positive regulation of translation;DNA damage response, signal transduction by p53 class mediator;negative regulation of cytokine production;CD4-positive, alpha-beta T cell differentiation;B cell activation involved in immune response;mature B cell differentiation involved in immune response;type 2 immune response;alpha-beta T cell activation;extracellular structure organization;alpha-beta T cell differentiation;T-helper cell differentiation;CD4-positive, alpha-beta T cell differentiation involved in immune response;regulation of cellular amide metabolic process;alpha-beta T cell differentiation involved in immune response;mature B cell differentiation;CD4-positive, alpha-beta T cell activation;alpha-beta T cell activation involved in immune response;extracellular matrix organization;B cell differentiation;T cell differentiation involved in immune response;signal transduction by p53 class mediator;intrinsic apoptotic signaling pathway;regulation of translation;defense response to protozoan;positive regulation of interleukin-10 production;T-helper 2 cell differentiation;lymphocyte activation involved in immune response;response to protozoan;cell activation involved in immune response;leukocyte activation involved in immune response;T cell activation involved in immune response;negative regulation of receptor signaling pathway via JAK-STAT;negative regulation of receptor signaling pathway via STAT;adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains;intrinsic apoptotic signaling pathway by p53 class mediator;regulation of interleukin-10 production;intrinsic apoptotic signaling pathway in response to DNA damage;interleukin-10 production;sensory perception of sound;sensory perception of mechanical stimulus;intrinsic apoptotic signaling pathway in response to DNA damage by p53 class mediator;lymphocyte mediated immunity;B cell activation;antimicrobial humoral response;receptor signaling pathway via STAT;immunoglobulin mediated immune response;B cell mediated immunity;receptor signaling pathway via JAK-STAT;regulation of receptor signaling pathway via JAK-STAT;regulation of receptor signaling pathway via STAT;defense response to bacterium;humoral immune response mediated by circulating immunoglobulin;humoral immune response","actin-based cell projection;midbody;stereocilium tip;stereocilium;cluster of actin-based cell projections;stereocilium bundle","NA"]
["XR_003948665.1","ncRNA","chr1:55201979-55206342","+","Gm51743","lncRNA",4.99381914074317,0,1.03172383237126,5.47567480115793,11.4127112454166,10.6738674205722,11.0834371114705,13.6857258705161,2.06458986253305,0.00169837098240111,0.0192411250934529,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003948665.1","Rftn2","NA","NA","NA","nucleobase-containing compound transport;RNA localization;nucleic acid transport;RNA transport;establishment of RNA localization;response to dsRNA;response to exogenous dsRNA","NA","NA"]
["XR_003946769.1","ncRNA","chr7:47095620-47113068","+","Gm14377","lncRNA",5.9925829688918,0.76492503194321,2.06344766474253,2.73783740057896,18.675345674318,5.3369337102861,8.86674968917643,14.738474014402,2.08801456199163,0.00173355447369612,0.0195410178992239,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003946769.1","Ptpn5","Ptpn5",-33.5,"NA","NA","NA","NA"]
["XR_003949617.1","ncRNA","chr11:114426691-114434189","+","Gm31399","lncRNA",11.9851659377836,37.4813265652173,39.205505630108,26.46576153893,10.3751920412878,12.8086409046866,16.6251556672058,9.47473329497269,-1.23332080673196,0.00184770649239767,0.0205445869406229,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_003949617.1","NA","4930467E23Rik;4931429L15Rik;Abt1;Auh;Ccn6;Cd22;Cd38;Cdc123;Chit1;Dlc1;Dynlt1a;Dynlt1b;Dynlt1f;Efcab11;Fam169b;Frem2;Gm46650;Gm51415;Hsd17b13;Klrg2;Neurl3;Nipal3;Nktr;Prrg1;Psg16;Rnasel;Sytl3;Tmem69;Ubtfl1;Zbtb46;Zfp458;Zfp790;Zfp873;Zfp939","-28.10;-47.50;-31.70;-31.30;-14.80;-24.10;-47.10;-24.60;-23.60;-13.20;-15.70;-23.00;-37.50;-22.70;-27.40;-22.40;-27.20;-19.90;-20.30;-20.40;-26.50;-19.80;-17.60;-14.30;-18.30;-17.40;-24.80;-19.20;-59.40;-25.70;-25.30;-18.10;-29.40;-22.50","NA","NA","NA","NA"]
["XR_877130.1","ncRNA","chr18:60257185-60271350","+","Gm45947","lncRNA",1.99752765629727,0,0,0,6.22511522477267,7.47170719440054,7.75840597802937,4.21099257554342,3.79028892562313,0.0019422485504216,0.0213763041872837,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_877130.1","Gm4951;Gm4841","Gm4841",-21.1,"NA","response to interferon-beta;cellular response to interferon-beta","NA","GTPase activity"]
["XR_383732.4","ncRNA","chr14:106267825-106271435","+","Gm36107","lncRNA",9.98763828148633,6.88432528748889,2.06344766474253,2.73783740057896,21.7879032867043,13.8760276467439,16.6251556672058,12.6329777266303,1.57386302550067,0.00205823212075785,0.0223387157047879,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_383732.4","NA","NA","NA","NA","NA","NA","NA"]
["XR_003948322.1","ncRNA","chr9:44877034-44884578","+","Gm39326","lncRNA",32.9592063289049,52.7798272040815,26.8248196416529,28.2909864726493,21.7879032867043,12.8086409046866,18.8418430894999,16.8439703021737,-1.01516312223461,0.00210356974808899,0.0227552822749627,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_003948322.1","Kmt2a","Kmt2a",-107,"NA","NA","NA","NA"]
["XR_001778120.2","ncRNA","chr7:47095620-47113068","+","Gm14377","lncRNA",5.9925829688918,3.05970012777284,2.06344766474253,4.56306233429827,23.8629416949619,5.3369337102861,11.0834371114705,14.738474014402,1.82026172652888,0.00210895909603592,0.0227704349453671,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001778120.2","Ptpn5","Cyc1;Ptpn5","-33.60;-33.50","Cardiac muscle contraction;Alzheimer disease;Amyotrophic lateral sclerosis;Chemical carcinogenesis - reactive oxygen species;Pathways of neurodegeneration - multiple diseases;Non-alcoholic fatty liver disease;Huntington disease;Parkinson disease;Prion disease;Thermogenesis;Diabetic cardiomyopathy;Oxidative phosphorylation","monovalent inorganic cation transport;organophosphate biosynthetic process;purine ribonucleotide biosynthetic process;purine-containing compound biosynthetic process;mitochondrial transport;purine ribonucleoside triphosphate biosynthetic process;ribonucleotide biosynthetic process;purine nucleoside triphosphate biosynthetic process;mitochondrial transmembrane transport;ribonucleoside triphosphate biosynthetic process;ribose phosphate biosynthetic process;purine nucleotide biosynthetic process;purine ribonucleotide metabolic process;ATP biosynthetic process;ribose phosphate metabolic process;ribonucleotide metabolic process;nucleotide biosynthetic process;nucleoside triphosphate biosynthetic process;purine ribonucleoside triphosphate metabolic process;nucleoside phosphate biosynthetic process;ribonucleoside triphosphate metabolic process;mitochondrial electron transport, ubiquinol to cytochrome c;purine nucleotide metabolic process;purine-containing compound metabolic process;purine nucleoside triphosphate metabolic process;nucleoside phosphate metabolic process;nucleotide metabolic process;ATP metabolic process;proton transmembrane transport;mitochondrial ATP synthesis coupled proton transport;nucleoside triphosphate metabolic process;generation of precursor metabolites and energy;cellular respiration;energy coupled proton transport, down electrochemical gradient;ATP synthesis coupled proton transport;energy derivation by oxidation of organic compounds;response to peptide;oxidative phosphorylation;respiratory electron transport chain;electron transport chain;mitochondrial ATP synthesis coupled electron transport;ATP synthesis coupled electron transport;response to peptide hormone","mitochondrial respiratory chain complex III;respiratory chain complex III;mitochondrial protein complex;mitochondrial inner membrane;organelle inner membrane;cytochrome complex;respirasome;inner mitochondrial membrane protein complex;oxidoreductase complex;mitochondrial respirasome;respiratory chain complex","tetrapyrrole binding;heme binding;electron transfer activity"]
["XR_379319.3","ncRNA","chr9:43505839-43520993","-","Gm36855","lncRNA",0,1.52985006388642,0,0,7.26263442890144,10.6738674205722,7.75840597802937,1.05274814388585,3.89783994996468,0.00211920636857842,0.0228639441718131,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_379319.3","NA","NA","NA","NA","NA","NA","NA"]
["XR_001784296.2","ncRNA","chr4:53208676-53218361","-","Lexis1","lncRNA",8.9888744533377,3.82462515971605,0,3.65044986743862,10.3751920412878,19.21296135703,16.6251556672058,10.5274814388585,1.78258308304198,0.0022029300886945,0.023657100307773,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001784296.2","NA","NA","NA","NA","NA","NA","NA"]
["NR_168880.1","ncRNA","chr14:84333381-84443404","-","Gm32498","lncRNA",9.98763828148633,10.7089504472049,11.3489621560839,8.21351220173689,23.8629416949619,20.2803480990872,24.3835616452352,21.0549628777171,1.15424976242314,0.00221389926337951,0.0236979949946566,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_168880.1","Pcdh17","NA","NA","NA","negative regulation of synaptic transmission;synaptic vesicle clustering;synaptic vesicle localization;adult behavior;presynapse organization;synaptic vesicle cycle;vesicle localization;presynapse assembly;regulation of synaptic vesicle cycle;vesicle-mediated transport in synapse;regulation of synaptic vesicle clustering;synapse organization;synapse assembly;cell junction assembly;synaptic membrane adhesion;cell-cell adhesion via plasma-membrane adhesion molecules","GABA-ergic synapse;synaptic membrane;postsynaptic membrane;presynaptic membrane;intrinsic component of synaptic membrane;intrinsic component of postsynaptic membrane;integral component of synaptic membrane;integral component of postsynaptic membrane;intrinsic component of presynaptic membrane;integral component of presynaptic membrane","NA"]
["XR_001779148.2","ncRNA","chr9:44854920-44884578","+","Gm39326","lncRNA",32.9592063289049,52.7798272040815,26.8248196416529,29.2035989395089,21.7879032867043,12.8086409046866,19.950186800647,16.8439703021737,-1.00236110750816,0.00224128129248397,0.0239292967523965,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_001779148.2","Kmt2a","4930519G04Rik;4930579G24Rik;6030458C11Rik;Adam28;Adat1;Aida;Akap10;Akt3;Ank3;Ankrd7;Ap4s1;Apol6;Appl2;Arhgef37;Bri3bp;Btbd9;C030002A05Rik;Camk4;Carf;Cast;Cbwd1;Ccdc136;Ccdc167;Cdk12;Cdkl1;Celf2;Cenpo;Cep295;Chchd7;Chic1;Chrnb4;Ctcfl;D130037M23Rik;Dhx37;Dusp22;Emsy;Fam166b;Fbxl18;Gad2;Gemin2;Gm32234;Gm43707;Gnrh1;Golga7;Gpr75;Gtpbp3;Hps4;Kansl1l;Kmt2a;LOC115488789;Larp4b;Lmbrd1;Lrrc7;Maco1;Map2k1;Map3k20;Mbd4;Mcph1;Mfsd4a;Mob2;N4bp2l2;Nav1;Ndufaf7;Nktr;Nrf1;Nrxn3;Pag1;Pdgfb;Phc3;Pi4ka;Pik3ip1;Poglut3;Ppp1r7;Prr14;Pwwp2a;Rabgap1l;Rere;Ripor2;Rmi2;Rp2;Rubcn;Sec61a2;Sgpp2;Slc25a38;Slc25a51;Slc38a6;Slc8b1;Smg9;Sobp;Spc24;Ssh2;St3gal2;Stap1;Stx4a;Tcp11l1;Tdrd3;Tmem234;Tnfrsf14;Tsga10;Ttc9c;Uqcc1;Wdr26;Wdr62;Xcr1;Ybey;Yeats2;Zbtb37;Zbtb6;Zcchc4;Zfp553;Zfp605;Zfp607b;Zfp668","-22.20;-36.40;-34.20;-25.20;-25.30;-42.40;-19.00;-23.10;-21.30;-27.80;-18.50;-34.40;-22.80;-23.70;-44.70;-19.70;-7.40;-31.80;-44.70;-32.90;-26.80;-49.20;-23.60;-18.90;-26.60;-24.40;-25.50;-57.10;-37.40;-26.80;-30.20;-28.80;-29.10;-32.10;-40.30;-24.50;-24.10;-19.70;-35.40;-41.50;-17.00;-25.10;-11.50;-10.80;-23.20;-24.30;-26.80;-30.70;-107.00;-31.00;-21.50;-41.10;-31.40;-28.20;-21.30;-30.80;-40.00;-37.10;-35.70;-21.40;-32.80;-37.50;-39.00;-18.50;-15.30;-17.50;-9.40;-26.00;-29.80;-21.80;-25.30;-26.90;-19.60;-9.80;-25.20;-21.20;-19.80;-30.00;-39.80;-35.40;-32.30;-12.00;-39.90;-26.70;-22.70;-32.70;-40.00;-24.20;-20.80;-30.10;-15.30;-23.80;-15.00;-35.00;-24.40;-24.00;-42.20;-26.90;-48.40;-25.50;-25.80;-29.50;-18.00;-22.60;-21.10;-29.80;-46.10;-18.30;-20.30;-32.20;-33.30;-35.80;-34.60","NA","NA","NA","NA"]
["XR_001778044.2","ncRNA","chr7:12864284-12867926","-","Gm31152","lncRNA",9.98763828148633,16.0634256708074,10.3172383237126,13.6891870028948,19.7128648784468,27.7520552934877,29.9252802009704,29.4769480288039,1.07539480098008,0.00225244764603712,0.0240163192298456,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001778044.2","NA","1700014D04Rik;4931428F04Rik;A130010J15Rik;Alox15;Ankrd13c;Arl10;B4galnt2;BC052040;Babam1;Baz2b;Calcoco2;Ccdc81;Ccnl1;Chka;Chn2;Csnk2a1;Cyld;Dclre1c;Desi2;Dgke;Dido1;Dlgap2;Dlgap4;Dnajc14;Eif4g2;Erc2;Etfbkmt;Fam161b;Fbxo46;Galr2;Glod5;Gm10461;Gm36375;Gm51691;Gm5785;Gmps;Gosr2;Gp6;Gsap;Hells;Hinfp;Hspa4l;Ift46;Il15ra;Itga7;Itsn1;Kansl3;Kmt5b;LOC115488789;Larp4b;Lmbrd2;Map3k19;Mars1;Mdp1;Mndal;Mrpl1;Msantd2;Ncoa2;Nek4;Nipal3;Nipsnap1;Nkain3;Nrf1;Nup93;Oscp1;Padi2;Paxip1;Pdcd4;Pdlim2;Pigv;Plekhb2;Pmfbp1;Pnisr;Pnoc;Poli;Ppp2r3a;Ppp4r1;Rbm41;Rere;Ripor1;Rnf150;Sh3bp5;Slc12a8;Slc1a7;Slc22a21;Slc29a2;Slc4a1ap;Spin1;Sync;Tafa2;Tcf12;Tmco3;Tmem69;Tmem88b;Tom1l2;Trdmt1;Ttbk1;Uevld;Unc79;Usp3;Utp25;Vav1;Vgll4;Vps54;Wdfy3;Wdr20;Zbtb1;Zc3h14;Zfp641;Zfp872;Zfp933","-23.00;-20.50;-13.80;-14.20;-14.50;-8.60;-14.20;-9.50;-17.20;-13.10;-14.60;-21.20;-29.20;-14.40;-16.10;-17.90;-16.00;-9.60;-9.70;-12.20;-6.70;-15.50;-15.00;-13.70;-18.00;-15.70;-16.90;-13.30;-11.60;-8.80;-14.50;-17.60;-8.50;-13.60;-11.50;-11.80;-20.60;-9.80;-18.90;-19.50;-11.20;-14.10;-17.00;-13.80;-32.90;-15.80;-12.80;-13.60;-13.90;-8.70;-26.70;-13.40;-14.10;-24.10;-13.00;-15.50;-15.10;-7.50;-14.70;-26.10;-15.30;-14.70;-10.60;-12.60;-13.90;-22.10;-15.60;-11.00;-15.70;-24.00;-17.50;-18.30;-23.30;-14.90;-14.50;-17.20;-12.30;-8.20;-16.90;-13.50;-10.20;-18.70;-29.10;-17.00;-8.80;-11.10;-15.70;-11.30;-24.40;-15.90;-11.30;-18.50;-7.90;-12.30;-16.20;-16.40;-14.80;-12.50;-15.90;-12.60;-16.40;-15.60;-13.90;-15.10;-8.40;-23.80;-17.30;-14.20;-11.50;-14.50;-10.30","NA","NA","NA","NA"]
["NR_168548.1","ncRNA","chr9:122295910-122310928","-","Gm26797","lncRNA",12.9839297659322,7.6492503194321,15.475857485569,7.30089973487723,22.8254224908331,14.9434143888011,39.9003736012939,23.1604591654888,1.23419566238874,0.00226985149648507,0.0241206813032892,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_168548.1","Ano10","NA","NA","NA","chloride transport;inorganic anion transport","NA","cation channel activity;gated channel activity;channel activity;passive transmembrane transporter activity;ion channel activity;calcium activated cation channel activity;ion gated channel activity"]
["NR_166499.1","ncRNA","chr8:107205330-107217709","+","4930517G24Rik","lncRNA",2.9962914844459,6.88432528748889,4.12689532948505,6.38828726801758,11.4127112454166,12.8086409046866,9.97509340032348,29.4769480288039,1.62061533096266,0.00229734429478441,0.0242802685786483,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_166499.1","NA","Adarb2;Cmah;Wiz;Zfp780b;Zfp994","-59.50;-39.20;-59.50;-53.30;-60.40","Herpes simplex virus 1 infection;Amino sugar and nucleotide sugar metabolism;Biosynthesis of nucleotide sugars","RNA modification;positive regulation of cell cycle process;mRNA processing;positive regulation of cell cycle;DNA replication;base conversion or substitution editing;regulation of DNA replication;DNA-dependent DNA replication;regulation of protein stability;positive regulation of DNA replication;regulation of DNA-dependent DNA replication;positive regulation of DNA-dependent DNA replication;nucleotide-sugar metabolic process;regulation of nuclear cell cycle DNA replication;nuclear DNA replication;protein stabilization;cell cycle DNA replication","midbody","adenosine deaminase activity;deaminase activity;hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in cyclic amidines;double-stranded RNA binding;iron-sulfur cluster binding;metal cluster binding;hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds;2 iron, 2 sulfur cluster binding;monooxygenase activity;oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen;histone methyltransferase binding"]
["NR_040667.1","ncRNA","chr4:43751859-43759464","+","A630077J23Rik","lncRNA",12.9839297659322,4.58955019165926,3.09517149711379,10.0387371354562,0,1.06738674205722,2.21668742229411,0,-3.25014629326297,0.00238299069389274,0.0250973572371602,"down","http://www.ncbi.nlm.nih.gov/nuccore/NR_040667.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_867638.1","ncRNA","chr3:129906485-129910348","+","Gm40150","lncRNA",15.9802212503781,17.5932757346938,15.475857485569,5.47567480115793,35.2756529403784,22.4151215832016,27.7085927786763,30.5296961726898,1.08599866578212,0.00244682663248411,0.0256530064736188,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_867638.1","Mcub;Casp6","NA","NA","Apoptosis;Lipid and atherosclerosis","response to oxidative stress;response to monosaccharide;response to metal ion;response to iron ion;response to glucose;response to reactive oxygen species;response to carbohydrate;response to hexose;neuron recognition;cytosolic calcium ion transport;divalent metal ion transport;response to hydrogen peroxide;divalent inorganic cation transport;calcium ion import;response to alkaloid;calcium ion transmembrane transport;mitochondrial transport;mitochondrial calcium ion transmembrane transport;calcium ion homeostasis;cellular calcium ion homeostasis;mitochondrial transmembrane transport;neuron apoptotic process;sensory system development;eye development;visual system development;eye morphogenesis;axonal fasciculation;cellular response to alkaloid;neuron projection fasciculation;mitochondrial calcium ion homeostasis;calcium import into the mitochondrion;neuron death;calcium ion transport;regulation of neuron apoptotic process;sensory organ morphogenesis;programmed cell death involved in cell development;positive regulation of animal organ morphogenesis;regulation of neuron death;positive regulation of neuron death;positive regulation of neuron apoptotic process;acute inflammatory response;cell recognition;regulation of animal organ morphogenesis","ion channel complex;cation channel complex;transmembrane transporter complex;transporter complex;integral component of mitochondrial inner membrane;intrinsic component of mitochondrial inner membrane;intrinsic component of organelle membrane;calcium channel complex;integral component of mitochondrial membrane;intrinsic component of mitochondrial membrane;mitochondrial protein complex;integral component of organelle membrane;mitochondrial inner membrane;organelle inner membrane;inner mitochondrial membrane protein complex","cysteine-type endopeptidase activity involved in apoptotic process;cysteine-type peptidase activity;cysteine-type endopeptidase activity;channel inhibitor activity;channel regulator activity;ion channel regulator activity;calcium channel regulator activity;ion channel inhibitor activity;endopeptidase activity"]
["XR_870692.3","ncRNA","chr9:44854920-44884578","+","Gm39326","lncRNA",31.9604425007563,52.7798272040815,26.8248196416529,28.2909864726493,21.7879032867043,11.7412541626294,19.950186800647,16.8439703021737,-1.00458059143102,0.00258660832489572,0.0266582014883392,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_870692.3","Kmt2a","4930519G04Rik;4930579G24Rik;6030458C11Rik;Adam28;Adat1;Aida;Akap10;Akt3;Ank3;Ankrd7;Ap4s1;Apol6;Appl2;Arhgef37;Bri3bp;Btbd9;C030002A05Rik;Camk4;Carf;Cast;Cbwd1;Ccdc136;Ccdc167;Cdk12;Cdkl1;Celf2;Cenpo;Cep295;Chchd7;Chic1;Chrnb4;Ctcfl;D130037M23Rik;Dhx37;Dusp22;Emsy;Fam166b;Fbxl18;Gad2;Gemin2;Gm32234;Gm43707;Gnrh1;Golga7;Gpr75;Gtpbp3;Hps4;Kansl1l;Kmt2a;LOC115488789;Larp4b;Lmbrd1;Lrrc7;Maco1;Map2k1;Map3k20;Mbd4;Mcph1;Mfsd4a;Mob2;N4bp2l2;Nav1;Ndufaf7;Nktr;Nrf1;Nrxn3;Pag1;Pdgfb;Phc3;Pi4ka;Pik3ip1;Poglut3;Ppp1r7;Prr14;Pwwp2a;Rabgap1l;Rere;Ripor2;Rmi2;Rp2;Rubcn;Sec61a2;Sgpp2;Slc25a38;Slc25a51;Slc38a6;Slc8b1;Smg9;Sobp;Spc24;Ssh2;St3gal2;Stap1;Stx4a;Tcp11l1;Tdrd3;Tmem234;Tnfrsf14;Tsga10;Ttc9c;Uqcc1;Wdr26;Wdr62;Xcr1;Ybey;Yeats2;Zbtb37;Zbtb6;Zcchc4;Zfp553;Zfp605;Zfp607b;Zfp668","-29.60;-36.40;-42.90;-25.20;-19.90;-42.40;-15.80;-23.10;-9.90;-22.10;-18.50;-24.10;-29.60;-28.30;-32.90;-19.70;-7.40;-34.50;-48.30;-32.10;-24.10;-44.20;-23.60;-15.20;-28.20;-25.60;-25.50;-57.10;-37.40;-10.60;-27.20;-46.60;-29.10;-32.10;-26.80;-22.00;-31.30;-19.70;-25.20;-41.50;-19.80;-23.20;-11.50;-16.10;-18.70;-24.30;-31.40;-30.70;-107.00;-31.00;-21.50;-41.10;-31.40;-31.20;-24.50;-32.40;-40.00;-37.10;-56.10;-21.40;-32.80;-38.20;-39.00;-18.50;-15.30;-17.50;-6.00;-26.00;-30.60;-31.60;-32.10;-54.70;-20.90;-9.80;-29.90;-18.80;-19.80;-30.00;-26.30;-35.40;-30.20;-12.00;-39.90;-17.50;-22.10;-39.30;-56.50;-24.20;-21.10;-30.10;-15.70;-25.80;-23.60;-31.60;-29.70;-24.00;-31.50;-32.70;-48.40;-23.20;-25.80;-29.50;-15.20;-23.90;-21.10;-49.50;-37.70;-20.90;-34.30;-31.70;-33.30;-34.50;-41.60","NA","NA","NA","NA"]
["NR_165263.1","ncRNA","chr10:86972141-87031885","+","Gm16271","lncRNA",17.9777489066754,13.0037255430346,25.7930958092816,10.9513496023159,3.11255761238633,4.26954696822888,7.75840597802937,8.42198515108683,-1.51516350913215,0.00261838880382908,0.0268672316658899,"down","http://www.ncbi.nlm.nih.gov/nuccore/NR_165263.1","Stab2","NA","NA","NA","defense response to Gram-positive bacterium;defense response to bacterium","NA","scavenger receptor activity;hyaluronic acid binding;low-density lipoprotein particle binding;cargo receptor activity;low-density lipoprotein particle receptor activity;glycosaminoglycan binding;lipoprotein particle binding;protein-lipid complex binding;lipoprotein particle receptor activity;carboxylic acid binding;organic acid binding"]
["XR_003955404.1","ncRNA","chr4:53208676-53218361","-","Lexis1","lncRNA",8.9888744533377,3.82462515971605,0,3.65044986743862,9.337672837159,19.21296135703,16.6251556672058,10.5274814388585,1.7557248916288,0.00284873926842249,0.0287794808365152,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003955404.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_045099.1","ncRNA","chr11:119548630-119569046","+","Gm11762","lncRNA",14.9814574222295,36.7164015332741,37.1420579653655,27.3783740057896,13.4877496536741,21.3477348411444,7.75840597802937,9.47473329497269,-1.16127821160763,0.00285055778070231,0.0287800759636834,"down","http://www.ncbi.nlm.nih.gov/nuccore/NR_045099.1","Nptx1","NA","NA","NA","protein localization to synapse;protein localization to postsynaptic specialization membrane;neurotransmitter receptor localization to postsynaptic specialization membrane;receptor localization to synapse;protein localization to postsynapse;protein localization to cell junction;protein-containing complex localization;protein localization to postsynaptic membrane;regulation of postsynaptic membrane neurotransmitter receptor levels;regulation of postsynaptic neurotransmitter receptor activity;regulation of neurotransmitter receptor activity;axonogenesis;nerve development;regulation of postsynaptic density organization;response to metal ion;mitochondrion organization;postsynapse organization;regulation of nervous system process;mitochondrial fragmentation involved in apoptotic process;synapse organization;synapse assembly;apoptotic mitochondrial changes;regulation of postsynapse organization;regulation of postsynaptic density assembly;regulation of organelle assembly;protein localization to cell periphery;cell junction assembly;regulation of excitatory synapse assembly;mitochondrial transport;regulation of postsynaptic specialization assembly;regulation of postsynapse assembly;regulation of signaling receptor activity;postsynapse assembly;postsynaptic density organization;cellular response to inorganic substance;cellular response to metal ion;postsynaptic density assembly;regulation of cell junction assembly;regulation of synapse organization;postsynaptic specialization organization;regulation of synapse structure or activity;innervation;postsynaptic specialization assembly;excitatory synapse assembly;regulation of synapse assembly","synaptic cleft","NA"]
["XR_867942.1","ncRNA","chr4:95553418-95557366","-","Gm40206","lncRNA",2.9962914844459,9.94402541526173,6.19034299422758,3.65044986743862,17.6378264701892,20.2803480990872,16.6251556672058,10.5274814388585,1.48098834517618,0.00286057130052376,0.0288452674052939,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_867942.1","Fggy","NA","NA","Pentose and glucuronate interconversions","pentose metabolic process;anatomical structure homeostasis;neuron cellular homeostasis;carbohydrate phosphorylation;monosaccharide metabolic process;cellular carbohydrate metabolic process","NA","carbohydrate kinase activity"]
["XR_003948195.1","ncRNA","chr9:83098137-83123324","+","Gm2065","lncRNA",4.99381914074317,6.88432528748889,15.475857485569,12.7765745360352,34.2381337362497,22.4151215832016,19.950186800647,16.8439703021737,1.23478746170195,0.0028794592052798,0.0289645970243275,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003948195.1","Hmgn3","NA","NA","NA","NA","NA","NA"]
["XR_001780952.2","ncRNA","chr13:55535995-55548859","+","Gm46416","lncRNA",12.9839297659322,11.4738754791481,3.09517149711379,9.12612466859654,2.07503840825756,0,0,4.21099257554342,-2.53529351780585,0.00292640175557416,0.0293416880180094,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_001780952.2","Fam193b;Ddx41;Dok3","Ddx41",-22.4,"NA","NA","NA","NA"]
["XR_003950651.1","ncRNA","chr13:55535995-55548859","+","Gm46416","lncRNA",12.9839297659322,9.17910038331852,3.09517149711379,6.38828726801758,1.03751920412878,0,0,3.15824443165756,-2.90183164631951,0.00295478109172754,0.0295316528032955,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_003950651.1","Fam193b;Ddx41;Dok3","Ddx41",-14.5,"NA","NA","NA","NA"]
["XR_876127.2","ncRNA","chr16:63825615-63841804","-","Gm41466","lncRNA",5.9925829688918,3.05970012777284,2.06344766474253,2.73783740057896,7.26263442890144,5.3369337102861,29.9252802009704,10.5274814388585,1.93841267162428,0.00295952205975278,0.0295338272173987,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_876127.2","Epha3","NA","NA","Axon guidance","positive regulation of neuron projection development;positive regulation of neuron differentiation;regulation of endocytosis;positive regulation of cell projection organization;regulation of GTPase activity;response to retinoic acid;axonogenesis;regulation of protein localization to membrane;negative regulation of endocytosis;negative regulation of neurogenesis;cellular response to retinoic acid;regulation of actin cytoskeleton organization;positive regulation of cellular protein localization;axon guidance;negative regulation of cell development;neuron projection guidance;regulation of protein localization to cell periphery;synapse organization;neuron recognition;negative regulation of cell projection organization;negative regulation of neuron differentiation;negative regulation of nervous system development;regulation of actin filament-based process;protein localization to cell periphery;mesenchymal cell differentiation;positive regulation of protein localization to membrane;cell junction assembly;positive regulation of protein localization to plasma membrane;synaptic membrane adhesion;regulation of microtubule cytoskeleton organization;regulation of microtubule-based process;ephrin receptor signaling pathway;regulation of cell-matrix adhesion;positive regulation of protein localization to cell periphery;negative regulation of neuron projection development;regulation of cell junction assembly;regulation of epithelial to mesenchymal transition;regulation of protein localization to plasma membrane;mesenchyme development;axonal fasciculation;neuron projection fasciculation;regulation of focal adhesion assembly;regulation of cell-substrate junction assembly;peptidyl-tyrosine phosphorylation;peptidyl-tyrosine modification;regulation of cell-substrate junction organization;response to follicle-stimulating hormone;cell-substrate junction assembly;cellular response to gonadotropin stimulus;cell-substrate junction organization;regulation of cell-substrate adhesion;response to gonadotropin;focal adhesion assembly;epithelial to mesenchymal transition;protein localization to plasma membrane;cell-matrix adhesion;endocardial cushion development;cell-substrate adhesion;cell-cell adhesion via plasma-membrane adhesion molecules;cell recognition","GABA-ergic synapse;nuclear envelope;nuclear membrane;early endosome;receptor complex;actin cytoskeleton","ephrin receptor activity;transmembrane receptor protein tyrosine kinase activity;transmembrane-ephrin receptor activity;transmembrane receptor protein kinase activity;protein tyrosine kinase activity"]
["NR_045042.1","ncRNA","chr5:23850597-23855033","+","2700038G22Rik","lncRNA",7.99011062518907,20.6529758624667,37.1420579653655,12.7765745360352,45.6508449816662,46.9650166505177,36.5753424678528,31.5824443165756,1.03988776552569,0.00297716754483583,0.0296737064980712,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_045042.1","Tomm7","Actr10;Adprhl1;Arhgap15;B4galt7;BC005624;Brd8;Ccdc81;Ccdc85b;Chd9;Chrna1;Clip1;Cluap1;Csnk2a1;Dcun1d4;Dhdh;Diaph1;Dlgap4;Dnajc14;Dnmt3a;Dus2;Eapp;Etfbkmt;Exd1;Frmd4a;Fuom;Gapvd1;Gas2l3;Gm14393;Gm32234;Gm42372;Gmeb1;Gmfb;H3f3b;Harbi1;Hnrnpf;Ift46;Ikbkg;Knl1;Lrrc69;Luc7l2;Ly6g5b;Map2k1;Map3k13;Marchf5;Memo1;Msantd2;Mterf3;Nanog;Nktr;Nmnat1;Nsrp1;Omd;Oscp1;Pan3;Paxip1;Pigl;Pilra;Pla2g6;Polb;Pold1;Pphln1;Ppp1r16b;Prcd;Ptgs1;Rasal2;Rere;Rint1;Scaf4;Sec23ip;Sgo2a;Shisa6;Slc4a1ap;Smyd3;Spast;Spin1;Spred2;Stard3nl;Strbp;Sumf2;Tasor2;Teddm1b;Tlcd5;Tmem69;Tpm3;Tprgl;Trappc10;Trim12a;Ttbk1;Tyr;Ubap1;Ubap1l;Uimc1;Usp34;Vars;Wdr20;Zbtb1;Zbtb8os;Zfp113;Zfp458;Zfp626;Zfp791;Zfp870;Zmynd8;Zscan22","-20.20;-23.40;-19.70;-21.30;-13.20;-21.70;-12.20;-28.60;-15.90;-18.80;-18.10;-16.10;-20.40;-16.80;-22.10;-25.40;-20.70;-15.50;-21.20;-20.50;-20.50;-15.70;-20.80;-18.60;-17.20;-29.10;-18.80;-11.90;-17.80;-16.70;-14.40;-24.00;-29.20;-17.00;-14.50;-19.10;-26.10;-18.10;-22.20;-10.10;-27.10;-29.20;-20.70;-13.00;-18.10;-17.20;-14.70;-15.30;-14.10;-5.50;-10.70;-7.90;-16.90;-17.80;-24.60;-20.00;-18.50;-22.60;-20.90;-24.80;-12.20;-18.60;-25.90;-19.20;-24.70;-19.50;-33.80;-27.50;-17.40;-26.00;-13.90;-25.00;-14.90;-16.90;-23.60;-28.80;-22.30;-13.70;-24.30;-24.10;-20.20;-43.80;-8.70;-20.50;-25.80;-25.30;-21.40;-15.30;-19.70;-12.30;-11.70;-16.20;-36.30;-24.80;-12.60;-11.40;-8.40;-13.00;-22.10;-23.80;-34.70;-22.30;-25.30;-27.10","NA","NA","NA","NA"]
["XR_003949620.1","ncRNA","chr11:114423649-114434189","+","Gm31399","lncRNA",13.9826935940809,35.9514765013309,33.0151626358804,26.46576153893,11.4127112454166,18.1455746149727,9.97509340032348,10.5274814388585,-1.13506691332732,0.00302348975723861,0.029952876117138,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_003949620.1","NA","4930467E23Rik;4931429L15Rik;Abt1;Auh;Ccn6;Cd22;Cd38;Cdc123;Chit1;Dlc1;Dynlt1a;Dynlt1b;Dynlt1f;Efcab11;Fam169b;Frem2;Gm46650;Gm51415;Hsd17b13;Klrg2;Neurl3;Nipal3;Nktr;Prrg1;Psg16;Rnasel;Sytl3;Tmem69;Ubtfl1;Zbtb46;Zfp458;Zfp790;Zfp873;Zfp939","-28.10;-47.50;-31.70;-31.30;-14.80;-24.10;-39.60;-24.60;-23.60;-13.20;-15.70;-23.00;-37.50;-22.70;-27.40;-22.40;-27.20;-20.00;-20.30;-20.40;-23.70;-19.80;-17.60;-14.30;-18.30;-17.40;-24.80;-19.20;-59.40;-31.40;-25.30;-18.10;-29.40;-22.50","NA","NA","NA","NA"]
["XR_001780645.2","ncRNA","chr12:80507151-80518213","-","Gm26777","lncRNA",39.9505531259453,16.8283507027506,38.1737817977368,39.2423360749651,15.5627880619317,18.1455746149727,15.5168119560587,16.8439703021737,-1.00934492716105,0.00312242606934205,0.0307373197267211,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_001780645.2","Exd2;Galnt16","Adprhl1;Arhgap15;Atat1;B4galt7;BC005624;C2cd5;Cdc26;Cdk13;Chd9;Chrna1;Cluap1;Dclre1c;Dcun1d4;Dhdh;Diaph1;Dlgap4;Dnajc14;Dnmt3a;Dus2;Eapp;Fam205a1;Fam205a3;Fam205a4;Frmd4a;Fuom;Gas2l3;Gfod2;Gm14393;Gm33989;Gm42372;Gm51415;Gmeb1;Gmfb;H3f3b;Harbi1;Haus1;Hnrnpf;Ikbkg;Knl1;L3mbtl1;Larp4b;Lrrc69;Luc7l2;Ly6g5b;Lzic;Magt1;Marchf5;Memo1;Msantd2;Mterf3;Nanog;Neu3;Nktr;Nmnat1;Nsun6;Omd;Pacsin2;Pan3;Pde4d;Pigl;Pilra;Polb;Pold1;Pphln1;Ppm1k;Ppp1r16b;Prcd;Prxl2c;Ptges;Pus7;Pwwp2a;Rasal2;Rfc1;Rint1;Saysd1;Scaf4;Sec23ip;Sfi1;Slfn5;Spast;Spin1;Stard3nl;Strbp;Synj1;Tasor2;Teddm1b;Tldc2;Tmco3;Tmem69;Tnfsf10;Tpm3;Tpmt;Tprgl;Traf3;Trappc10;Trim12a;Ttbk1;Tyr;Ubap1;Ubap1l;Uimc1;Usp34;Vars;Wdcp;Wdr20;Zbtb25;Zfp11;Zfp113;Zfp316;Zfp446;Zfp458;Zfp626;Zfp644;Zfp846;Zmynd8;Zscan22","-19.60;-21.70;-28.30;-28.70;-9.40;-24.20;-19.70;-20.10;-27.40;-14.30;-36.60;-31.30;-35.60;-22.30;-18.90;-18.50;-10.10;-29.40;-31.80;-23.70;-35.70;-12.40;-12.40;-14.50;-16.50;-38.00;-11.90;-23.60;-16.50;-28.20;-12.40;-28.00;-24.40;-17.40;-31.00;-23.90;-26.20;-33.80;-14.90;-21.10;-24.60;-7.60;-22.20;-22.20;-33.50;-26.70;-28.60;-10.50;-21.70;-25.30;-25.60;-31.50;-36.20;-26.30;-24.50;-11.80;-27.70;-21.40;-18.30;-46.80;-23.70;-25.00;-14.70;-24.60;-28.80;-35.10;-24.30;-46.30;-81.20;-27.80;-24.10;-12.70;-31.80;-16.00;-24.30;-14.20;-17.30;-16.00;-27.40;-14.90;-26.80;-21.70;-24.60;-27.90;-22.80;-20.80;-22.70;-29.30;-16.30;-27.30;-27.80;-36.10;-17.70;-26.50;-33.90;-22.40;-28.40;-25.10;-20.00;-23.30;-11.80;-25.70;-25.80;-24.00;-26.20;-21.20;-17.40;-25.10;-47.20;-23.50;-15.40;-41.40;-31.40;-18.40;-33.00;-17.90","Herpes simplex virus 1 infection;Apoptosis;Base excision repair;Sphingolipid metabolism;Human T-cell leukemia virus 1 infection;Salmonella infection;Influenza A;Ubiquitin mediated proteolysis;FoxO signaling pathway;Cell cycle;Natural killer cell mediated cytotoxicity;Inositol phosphate metabolism;Mismatch repair;Progesterone-mediated oocyte maturation;Phosphatidylinositol signaling system;Necroptosis;Lipid and atherosclerosis;Mucin type O-glycan biosynthesis;Drug metabolism - other enzymes;Viral protein interaction with cytokine and cytokine receptor;DNA replication;Nucleotide excision repair;Other glycan degradation;Cytokine-cytokine receptor interaction;Other types of O-glycan biosynthesis;Oocyte meiosis","ncRNA metabolic process;ncRNA processing;tRNA methylation;DNA repair;regulation of cell cycle phase transition;protein-containing complex localization;tRNA modification;regulation of mitotic cell cycle phase transition;tRNA processing;RNA modification;tRNA metabolic process;regulation of chromosome organization;cell cycle phase transition;phosphatidylinositol metabolic process;regulation of postsynaptic membrane neurotransmitter receptor levels;macromolecule methylation;membrane lipid metabolic process;I-kappaB kinase/NF-kappaB signaling;glycerophospholipid metabolic process;mitotic cell cycle phase transition;RNA methylation;methylation;double-strand break repair;cognition;regulation of endocytosis;learning or memory;DNA-dependent DNA replication maintenance of fidelity;learning;phosphatidylinositol-mediated signaling;lipid modification;inositol lipid-mediated signaling;regulation of sister chromatid segregation;phospholipid metabolic process;mRNA modification;organelle fission;DNA recombination;regulation of I-kappaB kinase/NF-kappaB signaling;synaptic vesicle localization;nuclear division;regulation of chromosome segregation;caveolin-mediated endocytosis;replication fork processing;positive regulation of endocytosis;sister chromatid segregation;regulation of neurotransmitter levels;glycolipid metabolic process;DNA replication;liposaccharide metabolic process;nuclear chromosome segregation;synaptic vesicle cycle;glycerolipid metabolic process;vesicle localization;mitotic nuclear division;response to retinoic acid;protein polyubiquitination;sphingolipid metabolic process;regulation of nuclear division;recombinational repair;membrane assembly;endosome organization;regulation of chromosome separation;DNA double-strand break processing;chromosome segregation;response to oxidative stress;endomembrane system organization;positive regulation of I-kappaB kinase/NF-kappaB signaling;negative regulation of endocytosis;regulation of mitotic metaphase/anaphase transition;establishment of organelle localization;regulation of mitochondrion organization;pseudouridine synthesis;protein acylation;regulation of metaphase/anaphase transition of cell cycle;exocytosis;nucleic acid phosphodiester bond hydrolysis;metaphase/anaphase transition of mitotic cell cycle;regulation of synaptic vesicle recycling;dephosphorylation;regulation of synaptic vesicle cycle;lipid catabolic process;membrane biogenesis;double-strand break repair via homologous recombination;regulation of mitotic sister chromatid separation;vesicle-mediated transport in synapse;ceramide catabolic process;mitochondrion organization;metaphase/anaphase transition of cell cycle;positive regulation of receptor-mediated endocytosis;protein O-linked glycosylation via serine;ceramide metabolic process;mitotic sister chromatid separation;cellular lipid catabolic process;regulation of oxidative stress-induced cell death;chromosome separation;protein depolymerization;establishment of vesicle localization;regulation of oxidative stress-induced neuron death;regulation of hematopoietic stem cell differentiation;neuron death in response to oxidative stress;apoptotic mitochondrial changes;protein acetylation;regulation of mitotic nuclear division;regulation of stem cell differentiation;protein localization to endosome;peptidyl-lysine modification;neurotransmitter transport;peptidyl-lysine acetylation;receptor internalization;protein-containing complex disassembly;DNA-dependent DNA replication;regulation of response to oxidative stress;regulation of mitotic sister chromatid segregation;import into cell;synaptic vesicle endocytosis;presynaptic endocytosis;internal protein amino acid acetylation;internal peptidyl-lysine acetylation;glycosphingolipid catabolic process;carbohydrate derivative catabolic process;protein K11-linked ubiquitination;regulation of hematopoietic progenitor cell differentiation;vesicle organization;neurotransmitter secretion;signal release from synapse;proteasomal protein catabolic process;glycolipid catabolic process;regulation of NLRP3 inflammasome complex assembly;positive regulation of synaptic vesicle recycling;release of cytochrome c from mitochondria;regulation of cellular response to oxidative stress;organic hydroxy compound catabolic process;carbohydrate catabolic process;positive regulation of cysteine-type endopeptidase activity;sphingolipid catabolic process;regulation of release of cytochrome c from mitochondria;receptor metabolic process;positive regulation of mitochondrion organization;peptidyl-threonine modification;cellular protein complex disassembly;forebrain development;anaphase-promoting complex-dependent catabolic process;NLRP3 inflammasome complex assembly;regulation of cysteine-type endopeptidase activity;synaptic vesicle recycling;stem cell differentiation;cell death in response to oxidative stress;glycoprotein biosynthetic process;cellular component disassembly;cellular response to oxidative stress;membrane lipid catabolic process;synaptic vesicle transport;proteasome-mediated ubiquitin-dependent protein catabolic process;regulated exocytosis;hematopoietic stem cell differentiation;glycosylation;pallium development;protein glycosylation;macromolecule glycosylation;positive regulation of endopeptidase activity;oligosaccharide metabolic process;positive regulation of cysteine-type endopeptidase activity involved in apoptotic process;telencephalon development;regulation of protein-containing complex assembly;regulation of receptor internalization;negative regulation of response to oxidative stress;membrane raft organization;organic hydroxy compound metabolic process;organophosphate catabolic process;cellular response to chemical stress;protein O-linked glycosylation;negative regulation of oxidative stress-induced neuron death;positive regulation of extrinsic apoptotic signaling pathway;mitotic sister chromatid segregation;peptidyl-serine modification;regulation of receptor-mediated endocytosis;positive regulation of peptidase activity;regulation of cysteine-type endopeptidase activity involved in apoptotic process;synaptic vesicle priming;positive regulation of release of cytochrome c from mitochondria;exocytic process;neurotransmitter receptor transport;synaptic vesicle exocytosis;glycoprotein metabolic process;membrane raft assembly;regulation of cellular amide metabolic process;hematopoietic progenitor cell differentiation;receptor-mediated endocytosis;neuron death;regulation of fat cell differentiation;small molecule catabolic process;positive regulation of proteolysis;negative regulation of oxidative stress-induced cell death;negative regulation of cellular response to oxidative stress;negative regulation of neuron death;inositol phosphate dephosphorylation;regulation of apoptotic signaling pathway;inositol phosphate metabolic process;regulation of translation;gliogenesis;phosphorylated carbohydrate dephosphorylation;inositol phosphate catabolic process;regulation of mesoderm development;dentate gyrus development;plasma membrane tubulation;neurotransmitter receptor internalization;glycosphingolipid metabolic process;phospholipid dephosphorylation;fat cell differentiation;regulation of neuron death;polyol catabolic process;regulation of hemopoiesis;ganglioside metabolic process;plasma membrane organization;regulation of endopeptidase activity;mesoderm development;regulation of postsynaptic neurotransmitter receptor internalization;polyol metabolic process;positive regulation of apoptotic signaling pathway;hippocampus development;regulation of extrinsic apoptotic signaling pathway;limbic system development;extrinsic apoptotic signaling pathway;positive regulation of protein-containing complex assembly;phosphatidylinositol dephosphorylation;regulation of gliogenesis;cellular carbohydrate metabolic process;postsynaptic neurotransmitter receptor internalization;postsynaptic endocytosis;alcohol metabolic process;positive regulation of gliogenesis;drug metabolic process;alcohol catabolic process;regulation of peptidase activity;negative regulation of translation;negative regulation of cellular amide metabolic process;establishment of protein localization to organelle","spindle;mitotic spindle;microtubule;synaptic membrane;endosome membrane;cullin-RING ubiquitin ligase complex;ubiquitin ligase complex;nuclear speck;replication fork;excitatory synapse;site of DNA damage;clathrin coat;parallel fiber to Purkinje cell synapse;recycling endosome;anaphase-promoting complex;Schaffer collateral - CA1 synapse;nuclear ubiquitin ligase complex;ATPase complex;clathrin-coated pit;membrane coat;coated membrane;extrinsic component of membrane;clathrin coat of coated pit;mitochondrial outer membrane;recycling endosome membrane;outer membrane;organelle outer membrane;membrane raft;membrane microdomain;membrane region;caveola;plasma membrane raft","nuclease activity;exonuclease activity;deoxyribonuclease activity;3'-5' exonuclease activity;catalytic activity, acting on DNA;S-adenosylmethionine-dependent methyltransferase activity;exonuclease activity, active with either ribo- or deoxyribonucleic acids and producing 5'-phosphomonoesters;tRNA methyltransferase activity;ribonuclease activity;methyltransferase activity;hydrolase activity, acting on glycosyl bonds;exodeoxyribonuclease activity;exodeoxyribonuclease activity, producing 5'-phosphomonoesters;transferase activity, transferring one-carbon groups;catalytic activity, acting on RNA;exoribonuclease activity;3'-5'-exodeoxyribonuclease activity;hydrolase activity, hydrolyzing O-glycosyl compounds;RNA methyltransferase activity;catalytic activity, acting on a tRNA;phospholipid binding;exoribonuclease activity, producing 5'-phosphomonoesters;pseudouridine synthase activity;sulfur compound binding;tumor necrosis factor receptor superfamily binding;S-adenosyl-L-methionine binding;tRNA binding;protein C-terminus binding;3'-5'-exoribonuclease activity;phosphatidic acid binding;magnesium ion binding;manganese ion binding;isomerase activity;transferase activity, transferring glycosyl groups;phosphoric ester hydrolase activity;intramolecular transferase activity;UDP-glycosyltransferase activity;transferase activity, transferring hexosyl groups;ATPase activity;DNA-dependent ATPase activity;transferase activity, transferring acyl groups other than amino-acyl groups;tumor necrosis factor receptor binding;inositol phosphate phosphatase activity;phosphatase activity;peptide-lysine-N-acetyltransferase activity;transferase activity, transferring acyl groups;acetylgalactosaminyltransferase activity;inositol trisphosphate phosphatase activity;peptide N-acetyltransferase activity;N-acyltransferase activity;phosphatidylinositol-4,5-bisphosphate phosphatase activity;SH3 domain binding;acetyltransferase activity;phosphatidylinositol-3-phosphatase activity;polypeptide N-acetylgalactosaminyltransferase activity;phosphatidylinositol monophosphate phosphatase activity;N-acetyltransferase activity;phosphatidylinositol bisphosphate phosphatase activity;carbohydrate binding;phosphatidylinositol phosphate phosphatase activity;cytokine receptor binding;receptor ligand activity;cytokine activity"]
["XR_003949618.1","ncRNA","chr11:114423649-114434189","+","Gm31399","lncRNA",13.9826935940809,35.1865514693877,33.0151626358804,26.46576153893,11.4127112454166,18.1455746149727,9.97509340032348,10.5274814388585,-1.12453392570613,0.0032625422861194,0.0319533782226162,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_003949618.1","NA","4930467E23Rik;4931429L15Rik;Abt1;Auh;Ccn6;Cd22;Cd38;Cdc123;Chit1;Dlc1;Dynlt1a;Dynlt1b;Dynlt1f;Efcab11;Fam169b;Frem2;Gm46650;Gm51415;Hsd17b13;Klrg2;Neurl3;Nipal3;Nktr;Prrg1;Psg16;Rnasel;Sytl3;Tmem69;Ubtfl1;Zbtb46;Zfp458;Zfp790;Zfp873;Zfp939","-28.10;-47.50;-31.70;-31.30;-14.80;-24.10;-39.60;-24.60;-23.60;-13.20;-15.70;-23.00;-37.50;-22.70;-27.40;-22.40;-27.20;-19.90;-20.30;-20.40;-23.70;-19.80;-17.60;-14.30;-18.30;-17.40;-24.80;-19.20;-59.40;-31.40;-25.30;-18.10;-29.40;-22.50","NA","NA","NA","NA"]
["NR_168533.1","ncRNA","chr9:49404408-49410850","-","Gm46111","lncRNA",1.99752765629727,3.05970012777284,7.22206682659885,6.38828726801758,19.7128648784468,22.4151215832016,7.75840597802937,8.42198515108683,1.66047110339437,0.0032931737749766,0.032176314374861,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_168533.1","Ankk1;Drd2","Drd2",-16.7,"NA","NA","NA","NA"]
["XR_880994.2","ncRNA","chr7:140653534-140676526","-","Gm39112","lncRNA",16.9789850785268,11.4738754791481,15.475857485569,33.7666612738072,7.26263442890144,9.60648067851498,5.54171855573527,7.36923700720098,-1.37839320418758,0.00339573822496722,0.0329814099807386,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_880994.2","Olfr539;Olfr53","9930111J21Rik1;Acer2;F830016B08Rik;Gm14444;Grk4;Kcnc2;Ppcdc;Psme2b;Rsrc1;Tc2n;Vmn2r55;Zfp65;Zfp697;Zup1","-9.90;-29.50;-21.60;-23.40;-37.60;-14.10;-16.50;-44.90;-8.70;-22.70;-35.30;-34.20;-20.60;-15.40","Sphingolipid metabolism;Proteasome;Sphingolipid signaling pathway;Chemokine signaling pathway;Morphine addiction;Antigen processing and presentation;Endocytosis","action potential;membrane lipid metabolic process;regulation of cation channel activity;regulation of ion transmembrane transporter activity;regulation of transporter activity;regulation of transmembrane transporter activity;membrane lipid biosynthetic process;adaptation of signaling pathway;positive regulation of transporter activity;mRNA processing;positive regulation of ion transmembrane transporter activity;monovalent inorganic cation transport;regulation of ion transmembrane transport;response to interferon-beta;cellular response to interferon-beta;G protein-coupled receptor internalization;negative regulation of cell adhesion;desensitization of G protein-coupled receptor signaling pathway;negative adaptation of signaling pathway;signal transduction in response to DNA damage;potassium ion transmembrane transport;regulation of cation transmembrane transport;protein homooligomerization;response to retinoic acid;sphingolipid metabolic process;protein complex oligomerization;potassium ion transport;RNA splicing;response to oxidative stress;regulation of membrane potential;RNA splicing, via transesterification reactions;RNA splicing, via transesterification reactions with bulged adenosine as nucleophile;mRNA splicing, via spliceosome;cyclic-nucleotide-mediated signaling;lipid catabolic process;regulation of metal ion transport;second-messenger-mediated signaling;ceramide catabolic process;sphingoid metabolic process;regulation of autophagy;regulation of potassium ion transmembrane transporter activity;ceramide metabolic process;response to reactive oxygen species;cellular lipid catabolic process;response to antibiotic;regulation of potassium ion transport;cellular response to nitric oxide;positive regulation of cation channel activity;regulation of G protein-coupled receptor signaling pathway;positive regulation of transmembrane transport;negative regulation of cell-matrix adhesion;receptor internalization;sphingolipid biosynthetic process;cellular response to reactive nitrogen species;alternative mRNA splicing, via spliceosome;nitric oxide mediated signal transduction;cellular response to reactive oxygen species;regulation of potassium ion transmembrane transport;positive regulation of ion transmembrane transport;regulation of protein glycosylation;regulation of glycoprotein biosynthetic process;cellular response to toxic substance;negative regulation of G protein-coupled receptor signaling pathway;positive regulation of cysteine-type endopeptidase activity;response to nitric oxide;sphingolipid catabolic process;receptor metabolic process;autophagy;process utilizing autophagic mechanism;DNA damage response, signal transduction by p53 class mediator;regulation of cysteine-type endopeptidase activity;sphingosine metabolic process;glycoprotein biosynthetic process;regulation of glycoprotein metabolic process;response to toxic substance;cellular response to oxidative stress;membrane lipid catabolic process;positive regulation of cation transmembrane transport;regulation of cell-matrix adhesion;positive regulation of ion transport;glycosylation;positive regulation of potassium ion transport;cellular response to inorganic substance;protein glycosylation;macromolecule glycosylation;positive regulation of endopeptidase activity;positive regulation of cysteine-type endopeptidase activity involved in apoptotic process;nucleocytoplasmic transport;nuclear transport;protein heterooligomerization;organic hydroxy compound metabolic process;cellular response to chemical stress;positive regulation of peptidase activity;negative regulation of cell-substrate adhesion;regulation of cysteine-type endopeptidase activity involved in apoptotic process;positive regulation of potassium ion transmembrane transporter activity;diol metabolic process;glycoprotein metabolic process;receptor-mediated endocytosis;sphingosine biosynthetic process;sphingoid biosynthetic process;positive regulation of proteolysis;cGMP-mediated signaling;regulation of cell-substrate adhesion;signal transduction by p53 class mediator;negative regulation of glycoprotein biosynthetic process;positive regulation of voltage-gated potassium channel activity;activation of cysteine-type endopeptidase activity involved in apoptotic process;negative regulation of glycoprotein metabolic process;positive regulation of potassium ion transmembrane transport;cell-matrix adhesion;regulation of cell adhesion mediated by integrin;diol biosynthetic process;regulation of endopeptidase activity;polyol metabolic process;organic hydroxy compound biosynthetic process;alcohol biosynthetic process;polyol biosynthetic process;alcohol metabolic process;cell-substrate adhesion;cell adhesion mediated by integrin;regulation of peptidase activity","main axon;neuron projection terminus;synaptic membrane;distal axon;axon terminus;cell leading edge;postsynaptic membrane;presynaptic membrane;ion channel complex;neuronal cell body membrane;cation channel complex;nuclear speck;cell projection membrane;cell body membrane;transmembrane transporter complex;intrinsic component of Golgi membrane;perikaryon;transporter complex;basolateral plasma membrane;terminal bouton;integral component of Golgi membrane;leading edge membrane;intrinsic component of organelle membrane;Golgi membrane;potassium channel complex;voltage-gated potassium channel complex;integral component of organelle membrane;apical plasma membrane;axolemma;neuron projection membrane;dendrite membrane;apical part of cell","hydrolase activity, acting on glycosyl bonds;hydrolase activity, hydrolyzing O-glycosyl compounds;protein serine/threonine kinase activity;voltage-gated ion channel activity;voltage-gated channel activity;metal ion transmembrane transporter activity;cation channel activity;voltage-gated potassium channel activity;thiol-dependent ubiquitin-specific protease activity;ubiquitinyl hydrolase activity;gated channel activity;omega peptidase activity;voltage-gated cation channel activity;ion channel binding;channel activity;passive transmembrane transporter activity;hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds;potassium channel activity;potassium ion transmembrane transporter activity;monovalent inorganic cation transmembrane transporter activity;delayed rectifier potassium channel activity;ion channel activity;GTPase activity;hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in linear amides;odorant binding"]
["XR_384806.2","ncRNA","chr16:30793422-30798813","+","Gm33502","lncRNA",0.998763828148633,0,0,0,0,5.3369337102861,6.65006226688232,7.36923700720098,4.11208899739874,0.00341748495082023,0.0331624441563286,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_384806.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_003946605.1","ncRNA","chr7:12864284-12867926","-","Gm31152","lncRNA",10.986402109635,17.5932757346938,11.3489621560839,14.6017994697545,19.7128648784468,27.7520552934877,31.0336239121175,32.6351924604615,1.00909266498029,0.00342300842346789,0.0331871522076116,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003946605.1","NA","1700014D04Rik;4931428F04Rik;A130010J15Rik;Alox15;Ankrd13c;Arl10;B4galnt2;BC052040;Babam1;Baz2b;Calcoco2;Ccdc81;Ccnl1;Chka;Chn2;Csnk2a1;Cyld;Dclre1c;Desi2;Dgke;Dido1;Dlgap2;Dlgap4;Dnajc14;Eif4g2;Erc2;Etfbkmt;Fam161b;Fbxo46;Galr2;Glod5;Gm10461;Gm36375;Gm51691;Gm5785;Gmps;Gosr2;Gp6;Gsap;Hells;Hinfp;Hspa4l;Ift46;Il15ra;Itga7;Itsn1;Kansl3;Kmt5b;LOC115488789;Larp4b;Lmbrd2;Map3k19;Mars1;Mdp1;Mndal;Mrpl1;Msantd2;Ncoa2;Nek4;Nipal3;Nipsnap1;Nkain3;Nrf1;Nup93;Oscp1;Padi2;Paxip1;Pdcd4;Pdlim2;Pigv;Plekhb2;Pmfbp1;Pnisr;Pnoc;Poli;Ppp2r3a;Ppp4r1;Rbm41;Rere;Ripor1;Rnf150;Sh3bp5;Slc12a8;Slc1a7;Slc22a21;Slc29a2;Slc4a1ap;Spin1;Sync;Tafa2;Tcf12;Tmco3;Tmem69;Tmem88b;Tom1l2;Trdmt1;Ttbk1;Uevld;Unc79;Usp3;Utp25;Vav1;Vgll4;Vps54;Wdfy3;Wdr20;Zbtb1;Zc3h14;Zfp641;Zfp872;Zfp933","-23.00;-25.90;-13.80;-14.20;-12.90;-8.60;-23.90;-9.50;-17.20;-13.10;-22.40;-21.20;-29.20;-14.40;-16.10;-9.70;-16.00;-9.60;-9.70;-12.20;-6.70;-15.50;-15.00;-13.70;-14.70;-15.70;-16.90;-13.30;-11.60;-28.70;-14.50;-17.60;-8.50;-13.60;-11.50;-11.80;-20.60;-9.80;-18.90;-19.50;-11.20;-14.10;-9.30;-13.80;-32.90;-15.80;-12.80;-13.60;-13.90;-8.70;-26.70;-13.40;-14.10;-24.10;-13.00;-23.70;-15.10;-21.30;-20.10;-26.10;-15.30;-14.70;-10.60;-12.60;-13.90;-22.10;-15.60;-11.00;-15.60;-24.00;-17.50;-18.30;-23.30;-14.90;-14.50;-17.20;-12.30;-8.20;-16.90;-13.50;-17.40;-18.70;-29.10;-17.00;-8.80;-11.10;-15.70;-11.30;-9.90;-15.90;-11.30;-18.50;-7.90;-19.40;-16.20;-16.40;-14.80;-12.50;-15.90;-12.60;-16.40;-12.80;-13.90;-8.00;-8.40;-23.80;-17.30;-14.20;-11.50;-14.50;-17.70","NA","NA","NA","NA"]
["XR_003950180.1","ncRNA","chr12:25139540-25230206","+","Gm36287","lncRNA",7.99011062518907,10.7089504472049,9.28551449134137,8.21351220173689,5.18759602064389,1.06738674205722,0,1.05274814388585,-2.29147754440893,0.00343688953148604,0.0332592907117222,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_003950180.1","NA","Il1rl1;Itgae;Lpar5;Rapgef2;Tmem234;Trp53rkb","-22.10;-18.50;-33.80;-19.60;-35.10;-26.40","NA","NA","NA","NA"]
["XR_381342.3","ncRNA","chr12:25139655-25230206","+","Gm36287","lncRNA",7.99011062518907,10.7089504472049,9.28551449134137,8.21351220173689,5.18759602064389,1.06738674205722,0,1.05274814388585,-2.29147754440893,0.00343688953148604,0.0332592907117222,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_381342.3","NA","Il1rl1;Itgae;Lpar5;Rapgef2;Tmem234;Trp53rkb","-22.10;-18.50;-20.00;-12.00;-35.20;-26.40","NA","NA","NA","NA"]
["XR_001780872.1","ncRNA","chr13:21768129-21771133","+","Gm11274","lncRNA",10.986402109635,9.94402541526173,13.4124098208264,10.9513496023159,18.675345674318,30.9542155196594,13.3001245337646,36.8461850360049,1.14867712822802,0.00349511160623554,0.0337461897471006,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001780872.1","H1f5","1810030O07Rik;2900026A02Rik;4930430F08Rik;AW554918;Amy2a2;Amy2a3;Amy2a4;App;CN725425;Cln8;Cradd;Fam32a;Fbxl17;Galc;Gm16867;Gm51415;Gm52229;Hmmr;Lcorl;Nbn;Nckap5;Ncor2;Nedd4l;Negr1;Ppm1h;Prickle2;Psma3;Rbm12b1;Slc12a8;Slc7a14;Spopl;Srf;Trappc9;Tshz2;Tspear;Ttc28;Utp23;Vmn2r1;Xpo4;Zfp827","-14.20;-18.00;-10.60;-8.80;-10.30;-10.30;-10.30;-13.10;-8.40;-23.00;-8.70;-13.30;-13.20;-7.70;-10.10;-10.80;-12.80;-5.70;-14.10;-11.50;-5.30;-20.60;-11.90;-7.90;-9.40;-9.70;-16.80;-14.80;-17.00;-10.00;-13.10;-11.80;-17.30;-14.60;-6.70;-16.90;-15.60;-14.20;-8.50;-12.90","Homologous recombination;Cellular senescence","DNA repair;regulation of cell cycle phase transition;regulation of mitotic cell cycle phase transition;regulation of chromosome organization;negative regulation of cell cycle phase transition;DNA integrity checkpoint;DNA damage checkpoint;G2 DNA damage checkpoint;cell cycle phase transition;negative regulation of cell cycle process;cell cycle checkpoint;negative regulation of mitotic cell cycle phase transition;negative regulation of cell cycle;negative regulation of mitotic cell cycle;regulation of cell cycle G2/M phase transition;cell cycle G2/M phase transition;mitotic cell cycle phase transition;neuromuscular process;double-strand break repair;regulation of DNA metabolic process;telomere organization;negative regulation of cell cycle G2/M phase transition;mitotic G2 DNA damage checkpoint;regulation of telomere maintenance;negative regulation of viral life cycle;negative regulation of organelle organization;telomere maintenance;DNA recombination;signal transduction in response to DNA damage;G2/M transition of mitotic cell cycle;regulation of gene silencing;regulation of G2/M transition of mitotic cell cycle;mitotic G2/M transition checkpoint;negative regulation of gene silencing;anatomical structure homeostasis;mitotic DNA damage checkpoint;mitotic cell cycle checkpoint;recombinational repair;telomere capping;negative regulation of viral process;mitotic DNA integrity checkpoint;somatic diversification of immune receptors;DNA geometric change;positive regulation of DNA metabolic process;negative regulation of DNA metabolic process;chromatin organization involved in regulation of transcription;regulation of viral life cycle;negative regulation of neurogenesis;somatic diversification of immunoglobulins;positive regulation of chromosome organization;regulation of chromatin silencing;negative regulation of G2/M transition of mitotic cell cycle;double-strand break repair via homologous recombination;negative regulation of chromosome organization;somatic diversification of immune receptors via germline recombination within a single locus;somatic cell DNA recombination;positive regulation of gene expression, epigenetic;DNA strand elongation;negative regulation of DNA recombination;DNA duplex unwinding;negative regulation of cell development;regulation of fibroblast proliferation;negative regulation of telomere maintenance;somatic recombination of immunoglobulin gene segments;viral life cycle;fibroblast proliferation;DNA conformation change;negative regulation of neuron differentiation;positive regulation of telomere maintenance;chromatin organization involved in negative regulation of transcription;positive regulation of protein autophosphorylation;regulation of chromatin organization;negative regulation of chromatin silencing;negative regulation of nervous system development;regulation of gene expression, epigenetic;regulation of telomere capping;regulation of DNA recombination;regulation of viral entry into host cell;regulation of viral process;negative regulation of gene expression, epigenetic;viral process;chromatin assembly;protein autophosphorylation;gene silencing;chromatin assembly or disassembly;modulation by symbiont of entry into host;neuromuscular process controlling balance;B cell activation involved in immune response;negative regulation of viral entry into host cell;muscle organ development;DNA packaging;regulation of symbiotic process;somatic recombination of immunoglobulin genes involved in immune response;somatic diversification of immunoglobulins involved in immune response;isotype switching;blastocyst development;protein-DNA complex assembly;protein-DNA complex subunit organization;chromosome condensation;regulation of protein autophosphorylation;meiotic cell cycle;blastocyst growth;immunoglobulin production involved in immunoglobulin mediated immune response;nucleosome positioning;symbiotic process;intrinsic apoptotic signaling pathway;viral entry into host cell;lymphocyte activation involved in immune response;entry into host;cell activation involved in immune response;negative regulation of chromatin organization;chromatin silencing;leukocyte activation involved in immune response;tooth mineralization;adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains;movement in host environment;immunoglobulin production;production of molecular mediator of immune response;sensory perception of sound;nucleosome organization;biomineral tissue development;biomineralization;sensory perception of mechanical stimulus;nucleosome assembly;Notch signaling pathway;interaction with host;lymphocyte mediated immunity;regulation of Notch signaling pathway;B cell activation;immunoglobulin mediated immune response;odontogenesis;B cell mediated immunity","ciliary membrane;cell projection membrane;chromosomal region;actin-based cell projection;replication fork;inclusion body;nuclear inclusion body;site of double-strand break;stereocilium;nuclear chromosome, telomeric region;site of DNA damage;cluster of actin-based cell projections;euchromatin;stereocilium bundle;nuclear euchromatin;chromosome, telomeric region;PML body;nucleosome;DNA packaging complex;protein-DNA complex","catalytic activity, acting on DNA;nucleosome binding;nucleosomal DNA binding;helicase activity;damaged DNA binding;ATPase activity;DNA-dependent ATPase activity;chromatin DNA binding;protein N-terminus binding;DNA helicase activity"]
["NR_110482.1","ncRNA","chr10:118920381-118927143","-","Gm38403","lncRNA",1.99752765629727,3.05970012777284,0,2.73783740057896,10.3751920412878,7.47170719440054,5.54171855573527,12.6329777266303,2.15974798968893,0.0035488841761674,0.0341846581774994,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_110482.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_001781649.1","ncRNA","chr15:66881420-66891327","-","Gm46514","lncRNA",12.9839297659322,22.1828259263531,11.3489621560839,12.7765745360352,31.1255761238633,48.0324033925749,35.4669987567057,13.6857258705161,1.0939952548703,0.00365542512782351,0.0350457991739046,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001781649.1","Ccn4","NA","NA","Wnt signaling pathway","developmental cell growth;positive regulation of cell growth;regulation of peptide secretion;regulation of cell growth;regulation of protein secretion;regulation of developmental growth;positive regulation of growth;muscle system process;positive regulation of defense response;muscle cell proliferation;striated muscle cell development;regulation of muscle cell differentiation;positive regulation of Wnt signaling pathway;positive regulation of response to external stimulus;positive regulation of developmental growth;smooth muscle cell proliferation;smooth muscle cell migration;muscle cell development;regulation of cytokine secretion;glucose homeostasis;carbohydrate homeostasis;regulation of chondrocyte differentiation;muscle cell differentiation;regulation of smooth muscle cell proliferation;regulation of cartilage development;positive regulation of inflammatory response;protein secretion;muscle cell migration;physiological muscle hypertrophy;physiological cardiac muscle hypertrophy;cell growth involved in cardiac muscle cell development;establishment of protein localization to extracellular region;positive regulation of smooth muscle cell proliferation;cytokine secretion;protein localization to extracellular region;regulation of inflammatory response;positive regulation of smooth muscle cell migration;regulation of muscle organ development;connective tissue development;regulation of striated muscle tissue development;regulation of striated muscle cell differentiation;cardiac muscle tissue growth;regulation of muscle tissue development;muscle organ development;negative regulation of fat cell differentiation;positive regulation of cardiac muscle hypertrophy;negative regulation of chondrocyte differentiation;positive regulation of muscle hypertrophy;striated muscle cell differentiation;muscle tissue development;regulation of Wnt signaling pathway;regulation of cardiocyte differentiation;heart growth;cardiac cell development;cardiac muscle hypertrophy;striated muscle tissue development;regulation of cell growth involved in cardiac muscle cell development;regulation of smooth muscle cell migration;regulation of cardiac muscle cell differentiation;striated muscle hypertrophy;regulation of fat cell differentiation;negative regulation of cartilage development;regulation of muscle system process;positive regulation of osteoblast differentiation;muscle hypertrophy;organ growth;regulation of cardiac muscle hypertrophy;wound healing;Wnt signaling pathway;regulation of muscle hypertrophy;cardiac muscle cell development;cell-cell signaling by wnt;positive regulation of cell growth involved in cardiac muscle cell development;myeloid cell differentiation;cardiocyte differentiation;regulation of cardiac muscle tissue growth;regulation of cardiac muscle tissue development;positive regulation of ossification;response to wounding;fat cell differentiation;regulation of heart growth;chondrocyte differentiation;positive regulation of muscle cell differentiation;cardiac muscle tissue development;myeloid leukocyte differentiation;cartilage development;cardiac muscle cell differentiation;regulation of response to wounding;regulation of organ growth;regulation of muscle adaptation;positive regulation of cardiac muscle cell differentiation;muscle adaptation;bone development;osteoblast differentiation;positive regulation of cardiocyte differentiation;regulation of wound healing;regulation of osteoblast differentiation;positive regulation of cardiac muscle tissue growth;positive regulation of striated muscle cell differentiation;positive regulation of heart growth;positive regulation of response to wounding;osteoclast differentiation;positive regulation of striated muscle tissue development;positive regulation of muscle organ development;regulation of ossification;positive regulation of muscle tissue development;positive regulation of cardiac muscle tissue development;positive regulation of organ growth;positive regulation of wound healing;ossification","NA","sulfur compound binding;integrin binding;insulin-like growth factor binding;cell adhesion molecule binding;glycosaminoglycan binding;heparin binding;growth factor binding"]
["XR_379090.2","ncRNA","chr9:5159386-5171522","-","Gm31492","lncRNA",0,0.76492503194321,1.03172383237126,0,5.18759602064389,14.9434143888011,2.21668742229411,2.10549628777171,3.74907161858998,0.00368321153122756,0.035251390307004,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_379090.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_870677.2","ncRNA","chr9:43505839-43517633","-","Gm36855","lncRNA",0,1.52985006388642,0,0,7.26263442890144,9.60648067851498,4.43337484458821,2.10549628777171,3.70796911726018,0.00372049854409187,0.0355239195488421,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_870677.2","NA","NA","NA","NA","NA","NA","NA"]
["NR_152793.1","ncRNA","chr10:76078617-76080502","+","Gm16222","lncRNA",3.99505531259453,7.6492503194321,2.06344766474253,5.47567480115793,22.8254224908331,2.13477348411444,25.4919053563822,14.738474014402,1.73248886028212,0.0037570643038695,0.0357894838404715,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_152793.1","Slc5a4b","4933428G20Rik;6720489N17Rik;A630001G21Rik;AW554918;Abcb8;Abcd4;Abhd6;Adat1;Ank3;Atp11a;Brdt;Bri3bp;C030002A05Rik;Ccdc167;Cdkl1;Cep295;Chka;Coq4;D130037M23Rik;Dclre1c;Ddr1;Dennd6a;Det1;Dmtf1;Dnajc14;Ermard;Fbxl18;Fxn;Gen1;Gm32234;Gm52217;Gm52229;Golga7;Haus2;Iws1;Kcnh6;Klhl7;L3mbtl1;LOC115488470;Lrrc7;Map3k13;Map3k6;Mau2;Med16;Mettl2;Mfsd4a;Mpp7;Mrpl27;Msantd2;Ncor1;Ndufaf6;Ndufaf7;Nfat5;Nipal3;Nktr;Pag1;Pde4d;Pgpep1l;Pik3ip1;Ppp4r1;Pwwp2a;Rab2a;Rabgap1l;Rapgef2;Rasa1;Rbm4b;Rint1;Rnasel;Rnf125;Rnf126;Rp2;Samd15;Slc29a2;Slx1b;Smg5;Snupn;Sobp;Spc24;Strbp;Syt11;Tacc2;Tmco3;Tmem234;Tmod1;Tmppe;Tpm3;Traf3;Trip4;Tyr;Ubap1;Ubxn2a;Wdfy3;Wnt4;Zfp113;Zfp605;Zfp672;Zfp771;Zfp786;Zfp950","-19.40;-10.40;-47.00;-11.80;-12.50;-25.70;-19.60;-26.20;-9.80;-16.30;-14.90;-14.10;-19.10;-21.90;-18.90;-13.60;-29.20;-22.70;-10.20;-13.30;-14.90;-13.90;-21.50;-49.60;-15.80;-20.50;-24.80;-27.10;-11.80;-15.90;-19.00;-10.80;-10.90;-16.40;-16.90;-13.70;-18.50;-22.40;-23.60;-7.20;-34.00;-22.90;-10.30;-9.00;-7.70;-7.00;-21.40;-21.20;-14.70;-18.20;-12.30;-17.60;-17.60;-17.20;-21.80;-15.20;-22.60;-15.30;-14.80;-11.20;-28.80;-13.90;-15.20;-24.50;-16.30;-14.30;-37.40;-25.40;-16.20;-19.10;-8.00;-10.70;-42.70;-19.50;-20.50;-8.20;-8.10;-11.30;-11.20;-6.90;-13.60;-16.50;-21.60;-19.30;-35.50;-6.80;-22.80;-23.40;-13.80;-20.00;-20.70;-18.00;-18.20;-8.80;-16.00;-11.30;-16.80;-10.90;-6.50","MAPK signaling pathway;Protein processing in endoplasmic reticulum","sodium ion transport;monovalent inorganic cation transport;regulation of MAP kinase activity;positive regulation of protein kinase activity;protein K63-linked ubiquitination;positive regulation of MAP kinase activity;activation of protein kinase activity;protein polyubiquitination;protein K48-linked ubiquitination;endomembrane system organization;retrograde transport, endosome to Golgi;Golgi organization;ubiquitin-dependent protein catabolic process via the multivesicular body sorting pathway;positive regulation of protein serine/threonine kinase activity;epidermal growth factor receptor signaling pathway;activation of MAPKK activity;nuclear envelope reassembly;cytosolic transport;nucleus organization;regulation of protein serine/threonine kinase activity;regulation of protein ubiquitination;regulation of protein modification by small protein conjugation or removal;ERBB signaling pathway;cellular response to misfolded protein;nuclear envelope organization;regulation of epidermal growth factor receptor signaling pathway;response to misfolded protein;protein monoubiquitination;negative regulation of epidermal growth factor receptor signaling pathway;proteasomal protein catabolic process;regulation of ERBB signaling pathway;negative regulation of ERBB signaling pathway;endosomal transport;protein quality control for misfolded or incompletely synthesized proteins;autophagy;process utilizing autophagic mechanism;glucose transmembrane transport;hexose transmembrane transport;monosaccharide transmembrane transport;carbohydrate transmembrane transport;carbohydrate transport;proteasome-mediated ubiquitin-dependent protein catabolic process;macroautophagy;membrane fusion;regulation of protein catabolic process;response to topologically incorrect protein;cellular response to leukemia inhibitory factor;response to leukemia inhibitory factor;cellular response to topologically incorrect protein;autophagosome organization;vacuole organization;autophagosome assembly","cis-Golgi network","MAP kinase kinase kinase activity;acetylcholine receptor binding;protein serine/threonine kinase activity;ubiquitin-like protein binding;ubiquitin binding;metal ion transmembrane transporter activity;secondary active transmembrane transporter activity;magnesium ion binding;sodium ion transmembrane transporter activity;active transmembrane transporter activity;monovalent inorganic cation transmembrane transporter activity;ubiquitin-like protein transferase activity;ubiquitin-protein transferase activity;ubiquitin-like protein ligase activity;carbohydrate transmembrane transporter activity;ubiquitin protein ligase activity;glucose transmembrane transporter activity;hexose transmembrane transporter activity;monosaccharide transmembrane transporter activity;sugar transmembrane transporter activity;symporter activity;growth factor receptor binding;carbohydrate:cation symporter activity;solute:cation symporter activity;active ion transmembrane transporter activity;solute:sodium symporter activity;epidermal growth factor receptor binding"]
["XR_873847.2","ncRNA","chr13:98550600-98572440","-","Gm41033","lncRNA",3.99505531259453,3.05970012777284,5.15861916185632,10.0387371354562,20.7503840825756,17.0781878729155,14.4084682449117,9.47473329497269,1.48165985087301,0.0037797259897383,0.0359425571442788,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_873847.2","NA","NA","NA","NA","NA","NA","NA"]
["NR_168534.1","ncRNA","chr9:49404408-49410850","-","Gm46111","lncRNA",1.99752765629727,3.05970012777284,7.22206682659885,6.38828726801758,19.7128648784468,21.3477348411444,7.75840597802937,8.42198515108683,1.63395767874772,0.00380423532018276,0.0360832664264351,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_168534.1","Ankk1;Drd2","Drd2",-16.7,"NA","NA","NA","NA"]
["XR_880304.3","ncRNA","chr11:114423649-114434189","+","Gm31399","lncRNA",10.986402109635,34.4216264374444,29.9199911387666,23.727924138351,10.3751920412878,17.0781878729155,8.86674968917643,6.31648886331513,-1.22472603540477,0.00380555359413063,0.0360832664264351,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_880304.3","NA","NA","NA","NA","NA","NA","NA"]
["XR_380881.3","ncRNA","chr10:120979386-120980149","+","Gm35235","lncRNA",0,2.29477509582963,9.28551449134137,4.56306233429827,22.8254224908331,19.21296135703,9.97509340032348,5.26374071942927,1.85454935454876,0.00383981271849352,0.0363439006648863,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_380881.3","Lemd3","NA","NA","NA","endomembrane system organization;negative regulation of cellular response to transforming growth factor beta stimulus;nucleus organization;nuclear envelope organization;negative regulation of activin receptor signaling pathway;negative regulation of transforming growth factor beta receptor signaling pathway;negative regulation of cellular response to growth factor stimulus;blood vessel endothelial cell migration;regulation of cellular response to growth factor stimulus;negative regulation of transmembrane receptor protein serine/threonine kinase signaling pathway;endothelial cell migration;skeletal muscle tissue development;muscle organ development;regulation of cellular response to transforming growth factor beta stimulus;skeletal muscle organ development;muscle tissue development;cellular response to transforming growth factor beta stimulus;regulation of extracellular matrix organization;extracellular structure organization;response to transforming growth factor beta;regulation of activin receptor signaling pathway;striated muscle tissue development;extracellular matrix organization;regulation of transforming growth factor beta receptor signaling pathway;transforming growth factor beta receptor signaling pathway;epithelial cell migration;epithelium migration;regulation of BMP signaling pathway;tissue migration;regulation of transmembrane receptor protein serine/threonine kinase signaling pathway;skeletal muscle cell differentiation;activin receptor signaling pathway;negative regulation of BMP signaling pathway;ameboidal-type cell migration;transmembrane receptor protein serine/threonine kinase signaling pathway;BMP signaling pathway;response to BMP;cellular response to BMP stimulus","nuclear envelope;nuclear membrane;intrinsic component of organelle membrane;integral component of nuclear inner membrane;intrinsic component of nuclear inner membrane;integral component of organelle membrane;organelle inner membrane;nuclear inner membrane","chromatin DNA binding"]
["XR_003955406.1","ncRNA","chr4:53204930-53218361","-","Lexis1","lncRNA",5.9925829688918,2.29477509582963,5.15861916185632,3.65044986743862,16.6003072660604,9.60648067851498,8.86674968917643,15.7912221582878,1.60749619276311,0.00397090250378127,0.0371769212088417,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003955406.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_001783248.2","ncRNA","chr2:24565739-24585543","+","Gm39769","lncRNA",1.99752765629727,0,0,0,5.18759602064389,6.40432045234332,6.65006226688232,4.21099257554342,3.59556880498052,0.00406276176354794,0.0377345436709767,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783248.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_866131.3","ncRNA","chr2:33175317-33185010","+","Gm13528","lncRNA",0,0,0,0.912612466859654,16.6003072660604,0,2.21668742229411,2.10549628777171,4.23171670438094,0.00415508347812067,0.0383524522393576,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_866131.3","Ralgps1","Camk4;Flywch1;Msantd2;Tcf4;Timeless","-35.50;-25.70;-24.20;-20.90;-21.20","NA","regulation of Ras protein signal transduction;regulation of small GTPase mediated signal transduction;small GTPase mediated signal transduction;Ras protein signal transduction","NA","Ras GTPase binding;small GTPase binding;Ras guanyl-nucleotide exchange factor activity;guanyl-nucleotide exchange factor activity;Ral GTPase binding"]
["XR_382023.3","ncRNA","chr13:5702458-5724611","-","Gm35330","lncRNA",0,0.76492503194321,1.03172383237126,0,9.337672837159,6.40432045234332,3.32503113344116,3.15824443165756,3.61204884700896,0.00419952334920019,0.0387407805411835,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_382023.3","NA","NA","NA","NA","NA","NA","NA"]
["XR_003949764.1","ncRNA","chr11:96918935-96927067","-","Gm11525","lncRNA",17.9777489066754,4.58955019165926,9.28551449134137,5.47567480115793,0,3.20216022617166,2.21668742229411,2.10549628777171,-2.30283571282453,0.00423949697627625,0.0389776349319698,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_003949764.1","Prr15l;Cdk5rap3","AI182371;Adam8;Agl;Als2;Ankfy1;Ap4s1;Arhgap21;Arhgef37;Armc7;Ash2l;Ate1;BC055324;Bloc1s2;Cenpf;Cflar;Churc1;Coa8;Comt;Cradd;Ctsl;Cxcr2;Cyp2e1;Cyp4x1;Dcaf17;Dclre1c;Ddr1;Dennd5b;Dnajb14;Dnmt3a;Eapp;Endov;Exosc2;Fam205a1;Fam205a3;Fam205a4;Fam83a;Flywch1;Foxr1;Gab1;Gcnt7;Gm10778;Gm43707;Gm4767;Gm5820;Golm2;H2-T23;Haus1;Hs2st1;Iqsec2;Irak1;Klhl15;Klhl24;Klhl35;Layn;Lcmt2;Lepr;Loxl2;Luc7l2;Magt1;Map4;Megf11;Mfsd11;Mpv17l;Mrpl14;Mrpl15;Msantd2;Ncbp3;Ndst1;Nedd4l;Nip7;Nktr;Nlrc3;Nmrk1;Nup98;Ogdh;Pbld1;Pdgfb;Phkg1;Pik3ip1;Pla2g4b;Ppm1k;Ppwd1;Prkn;Prr11;Ptcra;Ptges;Pwwp2a;Rab33b;Rab42;Rabggta;Rere;Rimklb;Rin1;Rmi2;Rrp36;Slc39a13;Slc7a14;Slfn5;Srpk2;Strbp;Stxbp2;Synrg;Tapbpl;Tmem63c;Tmem69;Tor4a;Tpm3;Traf3;Trdmt1;Ttc19;Ttf1;Vgll4;Washc4;Wdcp;Wdr12;Wdr34;Xaf1;Xiap;Zbtb25;Zc3h12a;Zfp267;Zfp583;Zfp644;Zfp935;Zranb3","-18.20;-13.10;-16.50;-24.80;-14.80;-11.60;-13.10;-10.70;-33.80;-32.80;-16.20;-21.00;-23.10;-12.80;-20.80;-27.90;-33.80;-33.90;-20.50;-13.40;-29.70;-22.30;-15.80;-14.10;-30.10;-26.60;-23.40;-13.80;-13.90;-29.30;-12.80;-21.50;-12.40;-7.10;-7.10;-16.50;-22.90;-40.60;-14.40;-32.10;-29.70;-20.10;-23.20;-19.80;-37.90;-28.80;-34.60;-12.20;-17.20;-22.50;-32.40;-21.50;-23.30;-36.80;-19.30;-19.90;-40.40;-29.30;-14.30;-12.90;-11.70;-29.90;-31.70;-18.30;-25.50;-17.60;-21.90;-18.40;-14.10;-32.20;-19.10;-32.80;-26.00;-44.20;-24.40;-37.40;-18.00;-25.10;-16.20;-22.70;-8.70;-33.10;-26.70;-26.30;-36.60;-78.90;-19.80;-31.80;-28.80;-31.70;-10.30;-14.60;-31.10;-37.20;-28.40;-34.10;-17.60;-32.70;-29.50;-14.40;-16.20;-15.50;-32.40;-19.10;-21.30;-13.10;-21.20;-11.80;-18.30;-24.50;-20.60;-18.20;-26.80;-24.80;-9.40;-21.10;-16.60;-11.70;-22.00;-20.70;-16.30;-17.50;-11.30;-22.70;-19.40","Herpes simplex virus 1 infection;TNF signaling pathway;Apoptosis;Choline metabolism in cancer;Serotonergic synapse;Phospholipase D signaling pathway;Arachidonic acid metabolism;Toll-like receptor signaling pathway;Glycosaminoglycan biosynthesis - heparan sulfate / heparin;Linoleic acid metabolism;Dopaminergic synapse;Oxytocin signaling pathway;MAPK signaling pathway;VEGF signaling pathway;Nucleocytoplasmic transport;Human T-cell leukemia virus 1 infection;GnRH signaling pathway;Salmonella infection;Starch and sucrose metabolism;Ether lipid metabolism;Proteoglycans in cancer;Human cytomegalovirus infection;Influenza A;EGFR tyrosine kinase inhibitor resistance;Chemokine signaling pathway;Fc epsilon RI signaling pathway;Renal cell carcinoma;alpha-Linolenic acid metabolism;Hepatitis C;Ras signaling pathway;Tyrosine metabolism;Neurotrophin signaling pathway;NF-kappa B signaling pathway;Platelet activation;Long-term depression;Measles;Ubiquitin mediated proteolysis;Yersinia infection;JAK-STAT signaling pathway;RNA degradation;ErbB signaling pathway;Mitophagy - animal;Chagas disease;Natural killer cell mediated cytotoxicity;Epstein-Barr virus infection;Human papillomavirus infection;Antigen processing and presentation;Hepatitis B;AMPK signaling pathway;Cellular senescence;Human immunodeficiency virus 1 infection;Fc gamma R-mediated phagocytosis;Kaposi sarcoma-associated herpesvirus infection;Gastric cancer;Nicotinate and nicotinamide metabolism;Viral carcinogenesis;Glycerophospholipid metabolism;Necroptosis;Notch signaling pathway;Endocytosis;Calcium signaling pathway;Lipid and atherosclerosis;Autophagy - animal;Viral myocarditis;Inflammatory mediator regulation of TRP channels;Type I diabetes mellitus;Toxoplasmosis;Drug metabolism - other enzymes;Glutamatergic synapse;Viral protein interaction with cytokine and cytokine receptor;Ribosome;Alcoholic liver disease;Glucagon signaling pathway;Allograft rejection;Graft-versus-host disease;Cytokine-cytokine receptor interaction;Hepatocellular carcinoma;Lysosome;Adipocytokine signaling pathway;Insulin signaling pathway;Thyroid hormone synthesis;Vascular smooth muscle contraction;Autoimmune thyroid disease;Amyotrophic lateral sclerosis;Neuroactive ligand-receptor interaction;Chemical carcinogenesis - reactive oxygen species;Tuberculosis;Phagosome;Cell adhesion molecules;Ovarian steroidogenesis;Steroid hormone biosynthesis;Fluid shear stress and atherosclerosis;Leishmaniasis;Pathways of neurodegeneration - multiple diseases;Protein processing in endoplasmic reticulum;Drug metabolism - cytochrome P450;Coronavirus disease - COVID-19;Metabolism of xenobiotics by cytochrome P450;Non-alcoholic fatty liver disease;Bacterial invasion of epithelial cells;Chemical carcinogenesis - DNA adducts;Rheumatoid arthritis;Parkinson disease;Transcriptional misregulation in cancer;Pertussis",{"$cut":{"chars":32759,"head":"ncRNA metabolic process;ncRNA processing;protein localization to synapse;protein localization to postsynaptic specialization membrane;neurotransmitter receptor localization to postsynaptic specialization membrane;tRNA methylation;receptor localization to synapse;protein localization to postsynapse;DNA repair;protein localization to cell junction;regulation of cell cycle phase transition;protein-containing complex localization;transport along microtubule;tRNA modification;regulation of mitotic cell cycle phase transition;tRNA processing;RNA modification;tRNA metabolic process;negative regulation of cell cycle phase transition;protein localization to postsynaptic membrane;regulation of defense response to virus;positive regulation of neuron projection development;DNA integrity checkpoint;rRNA metabolic process;DNA damage checkpoint;locomotory behavior;positive regulation of neuron differentiation;G2 DNA damage checkpoint;cell cycle phase transition;protein transport along microtubule;microtubule-based protein transport;negative regulation of cell cycle process;positive regulation of peptide hormone secretion;regulation of lymphocyte migration;negative regulation of synaptic transmission;rRNA processing;negative regulation of phosphatidylinositol 3-kinase signaling;regulation of neurotransmitter receptor localization to postsynaptic specialization membrane;cell cycle checkpoint;negative regulation of mitotic cell cycle phase transition;cytoskeleton-dependent intracellular transport;negative regulation of cell cycle;microtubule-based transport;negative regulation of mitotic cell cycle;negative regulation of cytokine production involved in inflammatory response;neuron projection extension;regulation of postsynaptic membrane neurotransmitter receptor levels;regulation of cell cycle G2/M phase transition;developmental cell growth;regulation of production of miRNAs involved in gene silencing by miRNA;regulation of interferon-beta production;cell cycle G2/M phase transition;macromolecule methylation;I-kappaB kinase/NF-kappaB signaling;glycerophospholipid metabolic process;memory;regulation of production of small RNA involved in gene silencing by RNA;regulation of cation channel activity;interferon-beta production;regulation of ion transmembrane transporter activity;mitotic cell cycle phase transition;negative regulation of NF-kappaB transcription factor activity;ncRNA catabolic process;RNA methylation;regulation of T cell migration;methylation;sodium ion transport;neuromuscular process;regulation of necroptotic process;regulation of programmed necrotic cell death;double-strand break repair;cognition;regulation of cellular extravasation;negative regulation of reactive oxygen species biosynthetic process;regulation of endocytosis;intraciliary transport;regulation of transporter activity;response to pain;defense response to virus;positive regulation of cell projection organization;positive regulation of cell growth;regulation of type I interferon production;maturation of SSU-rRNA;learning or memory;regulation of transmembrane transporter activity;regulation of reactive oxygen species biosynthetic process;regulation of insulin secretion involved in cellular response to glucose stimulus;response to virus;DNA-dependent DNA replication maintenance of fidelity;learning;regulation of DNA metabolic process;positive regulation of establishment of protein localization;developmental growth involved in morphogenesis;regulation of stress-activated MAPK cascade;neurotransmitter reuptake;regulation of response to biotic stimulus;type I interferon production;positive regulation of transporter activity;positive regulation of hormone secretion;phosphatidylinositol-mediated signaling;regulation of stress-activated protein kinase signaling cascade;regulation of peptide hormone secretion;lipid modification;negative regulation of immune system process;mRNA processing;regulation of protein localization to synapse;ribosome biogenesis;chromatin remodeling;inositol lipid-mediated signaling;positive regulation of insulin secretion involved in cellular respon"}}]
[{"$cut":{"chars":32759,"head":"eotide biosynthetic process;positive regulation of nucleotide biosynthetic process;negative regulation of interleukin-12 production;anterograde synaptic vesicle transport;synaptic vesicle cytoskeletal transport;synaptic vesicle transport along microtubule;positive regulation of purine nucleotide biosynthetic process;exosomal secretion;regulation of cellular response to growth factor stimulus;intermediate filament cytoskeleton organization;positive regulation of oxidoreductase activity;cellular response to inorganic substance;positive regulation of endothelial cell migration;RNA 3'-end processing;T cell mediated cytotoxicity;syncytium formation;regulation of nitric oxide biosynthetic process;smoothened signaling pathway;regulation of interleukin-6 production;negative regulation of actin filament bundle assembly;cellular response to fatty acid;positive regulation of neutrophil migration;placenta development;regulation of vasculature development;regulation of mRNA stability;ribose phosphate biosynthetic process;nucleic acid transport;RNA transport;positive regulation of small molecule metabolic process;behavioral fear response;phospholipid catabolic process;negative regulation of insulin secretion;negative regulation of smooth muscle cell proliferation;negative regulation of transmembrane receptor protein serine/threonine kinase signaling pathway;positive regulation of exocytosis;positive regulation of lipid localization;estrogen metabolic process;mitochondrial cytochrome c oxidase assembly;regulation of dopamine metabolic process;metanephric tubule development;extracellular exosome biogenesis;negative regulation of intrinsic apoptotic signaling pathway by p53 class mediator;endothelial cell migration;cell chemotaxis;positive regulation of mitochondrial membrane permeability;regulation of phosphatase activity;regulation of striated muscle tissue development;behavioral defense response;negative regulation of mitochondrion organization;regulation of leukocyte degranulation;regulation of striated muscle cell differentiation;calcium-mediated signaling;skeletal muscle tissue development;purine nucleotide biosynthetic process;positive regulation of endopeptidase activity;establishment of RNA localization;purine ribonucleotide metabolic process;positive regulation of cell adhesion;positive regulation of muscle cell apoptotic process;regulation of stem cell population maintenance;organelle membrane fusion;ATP biosynthetic process;positive regulation of cysteine-type endopeptidase activity involved in apoptotic process;polysaccharide catabolic process;protein peptidyl-prolyl isomerization;heparan sulfate proteoglycan biosynthetic process;positive regulation of membrane potential;thymocyte apoptotic process;cell proliferation involved in kidney development;response to mitochondrial depolarisation;nucleocytoplasmic transport;nuclear transport;ribose phosphate metabolic process;regulation of protein-containing complex assembly;regulation of muscle tissue development;regulation of nucleocytoplasmic transport;muscle organ development;regulation of T cell mediated cytotoxicity;dopamine transport;regulation of glutamate receptor signaling pathway;negative regulation of response to oxidative stress;regulation of mitochondrial membrane permeability involved in apoptotic process;positive regulation of membrane permeability;negative regulation of cysteine-type endopeptidase activity;positive regulation of production of molecular mediator of immune response;mRNA transport;positive regulation of protein kinase B signaling;anatomical structure maturation;regulation of actin filament organization;regulation of symbiotic process;positive regulation of binding;leukocyte degranulation;pinocytosis;regulation of catecholamine metabolic process;CD4-positive or CD8-positive, alpha-beta T cell lineage commitment;pore complex assembly;regulation of membrane protein ectodomain proteolysis;extracellular vesicle biogenesis;regulation of hepatocyte proliferation;sensory perception of pain;organic hydroxy compound metabolic process;homeostasis of number of cell"}}]
["r response to xenobiotic stimulus;negative regulation of peptidase activity;negative regulation of cellular amide metabolic process;endoplasmic reticulum unfolded protein response;antimicrobial humoral response;establishment of protein localization to organelle;response to xenobiotic stimulus;digestive system process;cellular response to amino acid stimulus;response to ketone;response to molecule of bacterial origin;gluconeogenesis;mast cell activation;response to acid chemical;immunoglobulin mediated immune response;hexose biosynthetic process;regulation of animal organ morphogenesis;cellular response to biotic stimulus;B cell mediated immunity;response to amino acid;monosaccharide biosynthetic process;digestion;cellular response to unfolded protein;modulation of process of other organism;defense response to bacterium;humoral immune response","spindle;mitotic spindle;microtubule;neuron projection terminus;synaptic membrane;cytoplasmic dynein complex;microtubule associated complex;distal axon;specific granule;lamellipodium;nuclear envelope;axon terminus;nuclear pore;endosome membrane;preribosome;Cul3-RING ubiquitin ligase complex;cell leading edge;dynein complex;centriolar satellite;organellar large ribosomal subunit;mitochondrial large ribosomal subunit;postsynaptic membrane;presynaptic active zone cytoplasmic component;postsynaptic specialization;cullin-RING ubiquitin ligase complex;cytoplasmic region;ubiquitin ligase complex;lytic vacuole;lysosome;presynaptic active zone;condensed chromosome, centromeric region;phagocytic vesicle;endocytic vesicle;nuclear membrane;plasma membrane bounded cell projection cytoplasm;nuclear exosome (RNase complex);condensed chromosome kinetochore;postsynaptic density;neuron to neuron synapse;centriole;growth cone;nuclear speck;spindle pole;organellar ribosome;mitochondrial ribosome;kinetochore;ciliary basal body;asymmetric synapse;Golgi-associated vesicle;site of polarized growth;perikaryon;chromosomal region;actin-based cell projection;replication fork;cytoplasmic vesicle membrane;midbody;BLOC complex;lumenal side of membrane;dendritic spine;secretory granule membrane;ruffle;nuclear pore outer ring;WASH complex;ciliary transition fiber;retromer complex;vesicle membrane;neuron spine;inclusion body;terminal bouton;chromosome, centromeric region;cytoplasmic ribonucleoprotein granule;early endosome;nuclear pore nuclear basket;ribbon synapse;cell cortex;postsynaptic specialization, intracellular component;nuclear inclusion body;exosome (RNase complex);exoribonuclease complex;nuclear periphery;preribosome, large subunit precursor;cell cortex region;ribonucleoprotein granule;spliceosomal complex;transport vesicle membrane;synaptic vesicle membrane;exocytic vesicle membrane;phagocytic vesicle membrane;cytoplasmic stress granule;cytoplasmic exosome (RNase complex);zymogen granule membrane;lipid droplet;mitochondrial matrix;BLOC-1 complex;integral component of lumenal side of endoplasmic reticulum membrane;lumenal side of endoplasmic reticulum membrane;exocytic vesicle;P-body;large ribosomal subunit;receptor complex;rough endoplasmic reticulum;postsynaptic density, intracellular component;transport vesicle;clathrin coat;ciliary plasm;catalytic step 2 spliceosome;serine/threonine protein kinase complex;synaptic vesicle;recycling endosome;intrinsic component of organelle membrane;Golgi membrane;condensed chromosome;nuclear matrix;clathrin-coated vesicle;aggresome;nuclear replication fork;MHC protein complex;pronucleus;zymogen granule;Schaffer collateral - CA1 synapse;endocytic vesicle membrane;protein kinase complex;podosome;clathrin coat of trans-Golgi network vesicle;dense core granule membrane;coated vesicle;90S preribosome;trans-Golgi network transport vesicle;MHC class I protein complex;photoreceptor ribbon synapse;Cul4-RING E3 ubiquitin ligase complex;primary lysosome;trans-Golgi network transport vesicle membrane;azurophil granule;axoneme;actin cytoskeleton;mitochondrial protein complex;condensed chromosome outer kinetochore;sarcoplasmic reticulum;extrinsic component of organelle membrane;postsynaptic specialization membrane;membrane coat;coated membrane;postsynaptic density membrane;secondary lysosome;adherens junction;ribosomal subunit;clathrin-coated vesicle membrane;extrinsic component of membrane;intrinsic component of endoplasmic reticulum membrane;Golgi-associated vesicle membrane;integral component of organelle membrane;sarcoplasm;apical plasma membrane;gamma-tubulin complex;Golgi lumen;ribosome;mitochondrial inner membrane;transferase complex, transferring phosphorus-containing groups;desmosome;apical part of cell;clathrin vesicle coat;coated vesicle membrane;organelle inner membrane;integral component of endoplasmic reticulum membrane;endoplasmic reticulum lumen;dense core granule;secretory granule;basement membrane;microvillus;collagen-containing extracellular matrix;membrane raft;membrane microdomain;vesicle coat;membrane region","nuclease activity;Ras GTPase binding;small GTPase binding;K63-linked polyubiquitin modification-dependent protein binding;exonuclease activity;deoxyribonuclease activity;Ras guanyl-nucleotide exchange factor activity;endonuclease activity;catalytic activity, acting on DNA;GTPase activator activity;guanyl-nucleotide exchange factor activity;S-adenosylmethionine-dependent methyltransferase activity;tRNA methyltransferase activity;Rab GTPase binding;GTPase regulator activity;ribonuclease activity;methyltransferase activity;modification-dependent protein binding;hydrolase activity, acting on glycosyl bonds;Rac guanyl-nucleotide exchange factor activity;endodeoxyribonuclease activity;Rho guanyl-nucleotide exchange factor activity;transferase activity, transferring one-carbon groups;cytokine receptor activity;catalytic activity, acting on RNA;heparan sulfate sulfotransferase activity;exoribonuclease activity;polyubiquitin modification-dependent protein binding;G protein-coupled chemoattractant receptor activity;chemokine receptor activity;immune receptor activity;histone binding;endoribonuclease activity;hydrolase activity, hydrolyzing O-glycosyl compounds;nucleoside-triphosphatase regulator activity;death receptor binding;RNA methyltransferase activity;catalytic activity, acting on a tRNA;phospholipid binding;dynein light chain binding;calcium-dependent phospholipid binding;protein serine/threonine kinase activity;phosphatidylinositol 3-kinase regulatory subunit binding;ubiquitin-like protein binding;enzyme activator activity;C-C chemokine receptor activity;tumor necrosis factor receptor superfamily binding;dynein heavy chain binding;protein methyltransferase activity;ubiquitin binding;Hsp70 protein binding;endodeoxyribonuclease activity, producing 5'-phosphomonoesters;integrin binding;cation channel activity;protein-hormone receptor activity;protein C-terminus binding;Rac GTPase binding;tubulin binding;thiol-dependent ubiquitin-specific protease activity;ubiquitinyl hydrolase activity;phospholipase A2 activity;Rab guanyl-nucleotide exchange factor activity;gated channel activity;scavenger receptor activity;magnesium ion binding;hyaluronic acid binding;Rho GTPase binding;isomerase activity;omega peptidase activity;phosphatidylinositol binding;single-stranded RNA binding;O-methyltransferase activity;structural constituent of nuclear pore;transferase activity, transferring glycosyl groups;MHC protein complex binding;transcription coregulator activity;ubiquitin-like protein ligase binding;deacetylase activity;transcription corepressor activity;channel activity;passive transmembrane transporter activity;C-C chemokine binding;cyclosporin A binding;cysteine-type endopeptidase activity involved in apoptotic process;ribonucleoprotein complex binding;UDP-glycosyltransferase activity;actin binding;transcription coactivator activity;endonuclease activity, active with either ribo- or deoxyribonucleic acids and producing 5'-phosphomonoesters;phosphatidylinositol 3-kinase binding;transferase activity, transferring hexosyl groups;helicase activity;sulfotransferase activity;ATPase activity;mitogen-activated protein kinase binding;monooxygenase activity;cytokine binding;hormone binding;prenyltransferase activity;DNA-dependent ATPase activity;aminopeptidase activity;ubiquitin-like protein transferase activity;phospholipase activity;ubiquitin-protein transferase activity;cyclin binding;cysteine-type peptidase activity;ion channel activity;oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen;cysteine-type endopeptidase activity;natural killer cell lectin-like receptor binding;chemokine binding;PDZ domain binding;MHC class I protein binding;iron ion binding;ubiquitin-like protein ligase activity;tetrapyrrole binding;peptidyl-prolyl cis-trans isomerase activity;oxidoreductase activity, acting on the CH-NH2 group of donors, oxygen as acceptor;phospholipase binding;peptidase activator activity;GTPase activity;lysophospholipase activity;tau-protein kinase activity;peptide hormone binding;drug binding;ubiquitin protein ligase activity;cis-trans isomerase activity;amide binding;acetylglucosaminyltransferase activity;heme binding;beta-catenin binding;oxidoreductase activity, acting on the CH-NH2 group of donors;exopeptidase activity;G protein-coupled peptide receptor activity;transferase activity, transferring sulfur-containing groups;ubiquitin protein ligase binding;carboxypeptidase activity;DNA helicase activity;calmodulin-dependent protein kinase activity;lipase activity;heat shock protein binding;carboxylic ester hydrolase activity;cargo receptor activity;DNA-binding transcription factor binding;phosphatidylinositol phosphate binding;calcium activated cation channel activity;cullin family protein binding;regulatory RNA binding;peptide receptor activity;protease binding;ribosome binding;mRNA 3'-UTR binding;MDM2/MDM4 family protein binding;small molecule sensor activity;cell adhesion molecule binding;RNA polymerase II-specific DNA-binding transcription factor binding;endoribonuclease activity, producing 5'-phosphomonoesters;polysaccharide binding;mRNA 3'-UTR AU-rich region binding;glycosaminoglycan binding;AU-rich element binding;structural constituent of ribosome;SNARE binding;histone deacetylase binding;beta-2-microglobulin binding;aromatase activity;kinase regulator activity;RNA 7-methylguanosine cap binding;glucosidase activity;annealing activity;RNA stem-loop binding;growth factor receptor binding;protein kinase regulator activity;mRNA binding;ubiquitin conjugating enzyme binding;protein heterodimerization activity;MHC protein binding;RNA cap binding;calcium-dependent phospholipase A2 activity;ARF guanyl-nucleotide exchange factor activity;interleukin-1 receptor binding;T cell receptor binding;oligosaccharide binding;syntaxin binding;peptide binding;ubiquitin-specific protease binding;copper ion binding;ubiquitin-like protein conjugating enzyme binding;carboxylic acid binding;ion gated channel activity;protein serine/threonine kinase activator activity;signal sequence binding;calmodulin binding;nuclear localization sequence binding;peptide antigen binding;kinase activator activity;promoter-specific chromatin binding;dynein complex binding;Hsp90 protein binding;organic acid binding;ribonucleoside binding;oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen, NAD(P)H as one donor, and incorporation of one atom of oxygen;syntaxin-1 binding;nucleoside binding;metallopeptidase activity;GTP binding;carbohydrate binding;guanyl nucleotide binding;guanyl ribonucleotide binding;chaperone binding;serine hydrolase activity;purine ribonucleoside binding;miRNA binding;gamma-tubulin binding;purine nucleoside binding;protein kinase activator activity;endopeptidase activity;transferase activity, transferring alkyl or aryl (other than methyl) groups;NF-kappaB binding;oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen, reduced flavin or flavoprotein as one donor, and incorporation of one atom of oxygen;arachidonic acid epoxygenase activity;metalloendopeptidase activity;serine-type peptidase activity;arachidonic acid monooxygenase activity;steroid hydroxylase activity;cytokine receptor binding;G protein-coupled receptor binding;peptidase regulator activity;antigen binding"]
["NR_047528.1","ncRNA","chr15:102944062-102947946","-","Hotair","lncRNA",4.99381914074317,5.35447522360247,8.25379065897011,5.47567480115793,2.07503840825756,35.2237624878883,55.4171855573527,28.4241998849181,2.33355301290164,0.00425888035409639,0.0391338466694385,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_047528.1","Hoxc12;Hoxc11","NA","NA","NA","embryonic skeletal system morphogenesis;embryonic skeletal system development;embryonic skeletal joint morphogenesis;embryonic skeletal joint development;skeletal system morphogenesis;animal organ formation;specification of animal organ identity;urogenital system development;regionalization;developmental induction;renal system development;organ induction;kidney development;embryonic digit morphogenesis;embryonic organ morphogenesis;pattern specification process;positive regulation of animal organ morphogenesis;anterior/posterior pattern specification;metanephros development;regulation of animal organ formation;proximal/distal pattern formation;embryonic limb morphogenesis;embryonic appendage morphogenesis;appendage morphogenesis;limb morphogenesis;appendage development;limb development;regulation of animal organ morphogenesis","NA","NA"]
["XR_001785219.1","ncRNA","chr6:32598254-32604109","-","Gm46956","lncRNA",2.9962914844459,0.76492503194321,2.06344766474253,0,15.5627880619317,4.26954696822888,4.43337484458821,7.36923700720098,2.501313421017,0.00431899777210559,0.0395307923071465,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001785219.1","NA","Drosha;Spin1;Tmem241","-83.20;-87.50;-25.70","NA","NA","NA","NA"]
["XR_380689.3","ncRNA","chr10:94600050-94622909","-","Gm32898","lncRNA",20.9740403911213,19.8880508305235,36.1103341329942,20.990086737772,14.5252688578029,11.7412541626294,8.86674968917643,10.5274814388585,-1.08870931248995,0.00432383146475208,0.0395307923071465,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_380689.3","Tmcc3","AW554918;Cdk13;Echdc1;Grk1;Mettl2;Neurl3;Tmem69;Zbtb46","-28.40;-23.30;-25.90;-23.10;-27.80;-28.50;-16.40;-21.00","Chemokine signaling pathway;Propanoate metabolism;Endocytosis;Phototransduction","lipid modification;response to radiation;cellular response to radiation;lipid oxidation;lipid catabolic process;response to light stimulus;phototransduction, visible light;fatty acid oxidation;cellular lipid catabolic process;regulation of G protein-coupled receptor signaling pathway;cellular response to light stimulus;fatty acid beta-oxidation;phototransduction;post-embryonic animal morphogenesis;protein autophosphorylation;sensory system development;monocarboxylic acid catabolic process;eye development;visual system development;eye morphogenesis;cellular response to abiotic stimulus;cellular response to environmental stimulus;fatty acid catabolic process;photoreceptor cell development;photoreceptor cell differentiation;organic acid catabolic process;carboxylic acid catabolic process;small molecule catabolic process;detection of visible light;detection of light stimulus;sensory organ morphogenesis;post-embryonic development;retina morphogenesis in camera-type eye;camera-type eye development;detection of abiotic stimulus;detection of external stimulus;fatty acid metabolic process;retina development in camera-type eye;camera-type eye morphogenesis;visual perception;sensory perception of light stimulus;detection of stimulus","photoreceptor outer segment;photoreceptor cell cilium;9+0 non-motile cilium;non-motile cilium","14-3-3 protein binding;protein serine/threonine kinase activity;carboxy-lyase activity;carbon-carbon lyase activity;lyase activity;hydro-lyase activity;carbon-oxygen lyase activity"]
["XR_866690.2","ncRNA","chr2:122702639-122721456","+","4930417H01Rik","lncRNA",1.99752765629727,3.82462515971605,2.06344766474253,0.912612466859654,6.22511522477267,10.6738674205722,11.0834371114705,8.42198515108683,2.01160097134261,0.00432985842365707,0.0395637789817514,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_866690.2","Slc30a4","NA","NA","NA","NA","NA","NA"]
["XR_387640.4","ncRNA","chr5:118070515-118074364","+","Gm30466","lncRNA",12.9839297659322,26.0074510860691,33.0151626358804,33.7666612738072,11.4127112454166,10.6738674205722,13.3001245337646,14.738474014402,-1.07922714863105,0.00441588952787005,0.0401257161765792,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_387640.4","Tesc;Fbxw8","NA","NA","Ubiquitin mediated proteolysis","positive regulation of neuron projection development;positive regulation of neuron differentiation;positive regulation of sodium ion transmembrane transporter activity;regulation of ion transmembrane transporter activity;sodium ion transport;regulation of transporter activity;positive regulation of cell projection organization;regulation of transmembrane transporter activity;positive regulation of sodium ion transmembrane transport;positive regulation of transporter activity;positive regulation of sodium ion transport;regulation of sodium ion transmembrane transporter activity;sodium ion transmembrane transport;positive regulation of ion transmembrane transporter activity;monovalent inorganic cation transport;regulation of ion transmembrane transport;regulation of sodium ion transport;regulation of sodium ion transmembrane transport;regulation of cation transmembrane transport;response to retinoic acid;endomembrane system organization;positive regulation of dendrite development;Golgi organization;regulation of metal ion transport;cellular response to retinoic acid;positive regulation of megakaryocyte differentiation;regulation of cell morphogenesis involved in differentiation;positive regulation of cell morphogenesis involved in differentiation;dendrite development;positive regulation of transmembrane transport;placenta blood vessel development;regulation of dendrite development;megakaryocyte differentiation;positive regulation of ion transmembrane transport;positive regulation of cellular catabolic process;regulation of proton transport;protein localization to cell periphery;proteasomal protein catabolic process;positive regulation of hemopoiesis;positive regulation of catabolic process;positive regulation of leukocyte differentiation;dendrite morphogenesis;regulation of megakaryocyte differentiation;regulation of dendrite morphogenesis;positive regulation of cation transmembrane transport;proteasome-mediated ubiquitin-dependent protein catabolic process;positive regulation of ion transport;regulation of granulocyte differentiation;placenta development;positive regulation of dendrite morphogenesis;embryonic placenta development;labyrinthine layer development;regulation of protein stability;labyrinthine layer blood vessel development;positive regulation of granulocyte differentiation;positive regulation of myeloid leukocyte differentiation;regulation of protein catabolic process;positive regulation of protein catabolic process;positive regulation of proteasomal ubiquitin-dependent protein catabolic process;positive regulation of myeloid cell differentiation;positive regulation of proteasomal protein catabolic process;positive regulation of proteolysis;proton transmembrane transport;myeloid cell differentiation;sodium ion homeostasis;protein stabilization;reproductive structure development;regulation of ubiquitin-dependent protein catabolic process;male gonad development;development of primary male sexual characteristics;reproductive system development;granulocyte differentiation;positive regulation of ubiquitin-dependent protein catabolic process;positive regulation of proteolysis involved in cellular protein catabolic process;positive regulation of cellular protein catabolic process;regulation of leukocyte differentiation;spongiotrophoblast layer development;cellular sodium ion homeostasis;protein localization to plasma membrane;regulation of cellular protein catabolic process;regulation of cell adhesion mediated by integrin;regulation of myeloid leukocyte differentiation;regulation of proteasomal ubiquitin-dependent protein catabolic process;gonad development;regulation of hemopoiesis;development of primary sexual characteristics;myeloid leukocyte differentiation;regulation of proteolysis involved in cellular protein catabolic process;protein maturation;regulation of proteasomal protein catabolic process;male sex differentiation;regulation of myeloid cell differentiation;monovalent inorganic cation homeostasis;cell adhesion mediated by integrin;cellular monovalent inorganic cation homeostasis;sex differentiation","lamellipodium;preribosome;cell leading edge;cullin-RING ubiquitin ligase complex;ubiquitin ligase complex;ruffle;preribosome, large subunit precursor;SCF ubiquitin ligase complex","magnesium ion binding;protein kinase inhibitor activity;kinase inhibitor activity;ubiquitin-like protein transferase activity;ubiquitin-protein transferase activity;phosphatase regulator activity;kinase regulator activity;protein kinase regulator activity;phosphatase inhibitor activity;enzyme inhibitor activity"]
["XR_001779131.1","ncRNA","chr9:43505839-43520992","-","Gm36855","lncRNA",0,1.52985006388642,0,0,7.26263442890144,10.6738674205722,4.43337484458821,1.05274814388585,3.71127704331724,0.00443863850082851,0.040310034047502,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001779131.1","NA","NA","NA","NA","NA","NA","NA"]
["NR_155493.1","ncRNA","chr17:56241716-56242805","+","A230051N06Rik","lncRNA",1.99752765629727,0.76492503194321,0,3.65044986743862,6.22511522477267,12.8086409046866,11.0834371114705,3.15824443165756,2.37151546781429,0.00450561976475448,0.040718478820928,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_155493.1","NA","Chpt1",-29.9,"NA","NA","NA","NA"]
["XR_003951177.1","ncRNA","chr14:64270476-64280326","+","Gm41176","lncRNA",23.9703318755672,6.88432528748889,12.3806859884552,4.56306233429827,1.03751920412878,5.3369337102861,4.43337484458821,1.05274814388585,-2.00642702205172,0.00451094873730748,0.0407405176959697,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_003951177.1","Msra","NA","NA","NA","response to oxidative stress;aging;cellular response to oxidative stress;cellular response to chemical stress","actin cytoskeleton;intercellular bridge","oxidoreductase activity, acting on a sulfur group of donors, disulfide as acceptor;oxidoreductase activity, acting on a sulfur group of donors"]
["XR_874863.1","ncRNA","chr14:79890972-79984136","+","Gm6999","lncRNA",0.998763828148633,0,1.03172383237126,3.65044986743862,9.337672837159,3.20216022617166,11.0834371114705,7.36923700720098,2.47611851500094,0.00459616905422261,0.0413003826476964,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_874863.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_001780981.2","ncRNA","chr13:63087795-63094751","-","Gm46422","lncRNA",0,1.52985006388642,1.03172383237126,0.912612466859654,4.15007681651511,12.8086409046866,7.75840597802937,2.10549628777171,2.89418235698679,0.00460702193476357,0.0413094681718295,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001780981.2","Aopep","Prr5",-30,"NA","NA","NA","metalloaminopeptidase activity;aminopeptidase activity;exopeptidase activity;metalloexopeptidase activity;metallopeptidase activity"]
["NR_168694.1","ncRNA","chr11:107428250-107435689","+","Gm11714","lncRNA",2.9962914844459,1.52985006388642,0,1.82522493371931,20.7503840825756,3.20216022617166,2.21668742229411,9.47473329497269,2.48655494218381,0.00464935253379477,0.0415545410069657,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_168694.1","Pitpnc1","Aasdhppt;Adra1a;Apbb2;Ccdc170;Clec16a;Dock10;Drosha;Efcab8;Ggcx;Gm4868;Gpalpp1;Lgr6;Mctp1;Mta3;Nepro;Nrxn3;Prep;Rabgap1;Rnf169;Sergef;Snd1;Spin1;Tbccd1;Thumpd2;Tmem241;Tnr;Wdfy2;Wdr20;Ypel1;Znhit6","-12.80;-20.30;-27.10;-14.20;-14.90;-7.10;-12.80;-13.70;-17.60;-15.50;-10.80;-13.50;-23.80;-6.00;-11.20;-11.00;-7.10;-8.90;-8.30;-17.90;-5.70;-18.00;-85.80;-16.50;-19.00;-13.70;-12.70;-17.80;-52.30;-16.80","Salivary secretion;Wnt signaling pathway;Adrenergic signaling in cardiomyocytes;AMPK signaling pathway;Biosynthesis of cofactors;Viral carcinogenesis;Calcium signaling pathway;Ubiquinone and other terpenoid-quinone biosynthesis;cGMP-PKG signaling pathway;Vascular smooth muscle contraction;Neuroactive ligand-receptor interaction","ncRNA metabolic process;ncRNA processing;tRNA methylation;DNA repair;regulation of cell cycle phase transition;tRNA modification;regulation of mitotic cell cycle phase transition;tRNA processing;RNA modification;positive regulation of vasoconstriction;tRNA metabolic process;action potential;rRNA metabolic process;cell cycle phase transition;rRNA processing;phosphatidylinositol metabolic process;negative regulation of cell cycle;regulation of cell cycle G2/M phase transition;developmental cell growth;cell cycle G2/M phase transition;positive regulation of cell cycle process;macromolecule methylation;glycerophospholipid metabolic process;mitotic cell cycle phase transition;regulation of vasoconstriction;ncRNA catabolic process;RNA methylation;methylation;double-strand break repair;regulation of endocytosis;regulation of DNA metabolic process;ribosome biogenesis;smooth muscle contraction;vasoconstriction;regulation of blood circulation;negative regulation of cell migration;negative regulation of blood vessel diameter;phospholipid metabolic process;cell cycle arrest;regulation of peptide secretion;muscle contraction;regulation of action potential;regulation of Rho protein signal transduction;RNA catabolic process;adrenergic receptor signaling pathway;regulation of GTPase activity;regulation of DNA repair;positive regulation of mitotic cell cycle phase transition;nucleobase-containing compound catabolic process;negative regulation of cell motility;positive regulation of cell cycle phase transition;negative regulation of peptide secretion;G2/M transition of mitotic cell cycle;negative regulation of locomotion;negative regulation of cellular component movement;positive regulation of cell cycle;regulation of cell growth;negative regulation of catabolic process;positive regulation of blood circulation;positive regulation of protein kinase activity;regulation of tube diameter;regulation of blood vessel diameter;ribonucleoprotein complex biogenesis;regulation of tube size;nervous system process involved in regulation of systemic arterial blood pressure;aromatic compound catabolic process;negative regulation of secretion by cell;regulation of protein secretion;covalent chromatin modification;regulation of G2/M transition of mitotic cell cycle;regulation of neurotransmitter levels;synaptic vesicle cycle;glycerolipid metabolic process;organic cyclic compound catabolic process;negative regulation of Rho protein signal transduction;adenylate cyclase-activating adrenergic receptor signaling pathway;positive regulation of GTPase activity;regulation of response to DNA damage stimulus;negative regulation of autophagy;axonogenesis;positive regulation of action potential;Golgi localization;negative regulation of secretion;protein complex oligomerization;Rho protein signal transduction;activation of GTPase activity;cellular nitrogen compound catabolic process;maintenance of location in cell;negative regulation of protein secretion;muscle system process;response to oxidative stress;heterocycle catabolic process;negative regulation of cellular catabolic process;negative regulation of endocytosis;regulation of double-strand break repair;negative regulation of systemic arterial blood pressure;negative regulation of heart contraction;negative regulation of DNA metabolic process;regulation of membrane potential;striated muscle cell development;positive regulation of phospholipase C activity;negative regulation of neurogenesis;cyclic-nucleotide-mediated signaling;phospholipase C-activating G protein-coupled receptor signaling pathway;exocytosis;regulation of Ras protein signal transduction;vascular process in circulatory system;protein deacetylation;regulation of synaptic vesicle cycle;negative regulation of blood circulation;regulation of ERK1 and ERK2 cascade;cAMP-mediated signaling;vesicle-mediated transport in synapse;second-messenger-mediated signaling;regulation of autophagy;histone modification;positive regulation of cytosolic calcium ion concentration;positive regulation of phospholipase activity;positive regulation of Wnt signaling pathway;marginal zone B cell differentiation;miRNA catabolic process;activation of phospholipase C activity;postsynapse organization;negative regulation of blood pressure;regulation of phospholipase C activity;axon guidance;negative regulation of cell development;neuron projection guidance;regulation of protein tyrosine kinase activity;maintenance of location;positive regulation of mitotic cell cycle;positive regulation of smooth muscle contraction;regulation of exocytosis;regulation of small GTPase mediated signal transduction;muscle cell development;maintenance of organelle location;positive regulation of protein kinase C signaling;dendrite development;lymphocyte differentiation;calcium ion transport into cytosol;synapse organization;ERK1 and ERK2 cascade;protein deacylation;macromolecule deacylation;cardiac muscle contraction;negative regulation of neuron differentiation;cytosolic calcium ion transport;micturition;muscle cell differentiation;positive regulation of muscle contraction;neurotransmitter transport;negative regulation of nervous system development;regulation of smooth muscle contraction;protein kinase C signaling;striated muscle contraction;small GTPase mediated signal transduction;Ras protein signal transduction;negative regulation of protein transport;heart process;regulation of response to oxidative stress;RNA localization;positive regulation of ERK1 and ERK2 cascade;regulation of cardiac muscle contraction;negative regulation of Ras protein signal transduction;regulation of cytosolic calcium ion concentration;positive regulation of G2/M transition of mitotic cell cycle;gene silencing by RNA;negative regulation of establishment of protein localization;heart contraction;divalent metal ion transport;neuron migration;neurotransmitter secretion;signal release from synapse;protein secretion;divalent inorganic cation transport;regulation of phospholipase activity;physiological muscle hypertrophy;physiological cardiac muscle hypertrophy;cell growth involved in cardiac muscle cell development;establishment of protein localization to extracellular region;regulation of muscle contraction;ribosomal large subunit biogenesis;miRNA metabolic process;positive regulation of lipase activity;maturation of LSU-rRNA from tricistronic rRNA transcript (SSU-rRNA, 5.8S rRNA, LSU-rRNA);adult heart development;maturation of LSU-rRNA;positive regulation of cell cycle G2/M phase transition;negative regulation of double-strand break repair;protein localization to extracellular region;autophagy;process utilizing autophagic mechanism;positive regulation of protein tyrosine kinase activity;negative regulation of DNA repair;negative regulation of small GTPase mediated signal transduction;positive regulation of synaptic transmission, GABAergic;regulation of lipase activity;aging;dendrite morphogenesis;regulation of heart rate;regulation of heart contraction;centrosome localization;calcium ion homeostasis;cellular calcium ion homeostasis;microtubule organizing center localization;regulation of striated muscle contraction;gene silencing;regulated exocytosis;regulation of protein kinase C signaling;B cell activation involved in immune response;neuron projection organization;regulation of synaptic transmission, GABAergic;cardiac muscle tissue growth;actin filament-based movement;synaptic transmission, GABAergic;negative regulation of response to oxidative stress;positive regulation of cardiac muscle hypertrophy;dendritic spine development;mature B cell differentiation involved in immune response;homeostasis of number of cells;positive regulation of muscle hypertrophy;excretion;histone deacetylation;striated muscle cell differentiation;reflex;muscle tissue development;extracellular structure organization;peptidyl-tyrosine phosphorylation;regulation of Wnt signaling pathway;regulation of cell shape;dendritic spine organization;regulation of protein stability;heart growth;peptidyl-tyrosine modification;regulation of regulated secretory pathway;cardiac cell development;adenylate cyclase-activating G protein-coupled receptor signaling pathway;cardiac muscle hypertrophy;synaptic vesicle exocytosis;striated muscle tissue development;small nucleolar ribonucleoprotein complex assembly;negative regulation of cell growth;regulation of systemic arterial blood pressure;mature B cell differentiation;negative regulation of heart rate;striated muscle hypertrophy;regulation of fat cell differentiation;regulation of the force of heart contraction;peptidyl-glutamic acid modification;extracellular matrix organization;regulation of muscle system process;muscle hypertrophy;calcium ion transport;organ growth;positive regulation of cardiac muscle contraction;regulation of cardiac muscle hypertrophy;dendritic spine morphogenesis;renal system process;B cell differentiation;negative regulation of response to DNA damage stimulus;regulation of neurotransmitter secretion;Wnt signaling pathway;regulation of muscle hypertrophy;cardiac muscle cell development;leukocyte homeostasis;cell-cell signaling by wnt;cardiocyte differentiation;protein stabilization;ribonucleoprotein complex subunit organization;B cell homeostasis;lymphocyte homeostasis;positive regulation of striated muscle contraction;regulation of peptidyl-tyrosine phosphorylation;lymphocyte activation involved in immune response;negative regulation of growth;cell activation involved in immune response;regulation of blood pressure;lipid localization;fat cell differentiation;regulation of neurotransmitter transport;ribonucleoprotein complex assembly;cardiac muscle tissue development;lipid transport;adenylate cyclase-modulating G protein-coupled receptor signaling pathway;positive regulation of fat cell differentiation;leukocyte activation involved in immune response;G protein-coupled receptor signaling pathway, coupled to cyclic nucleotide second messenger;cardiac muscle cell differentiation;positive regulation of systemic arterial blood pressure;organic anion transport;regulation of muscle adaptation;muscle adaptation;positive regulation of heart rate;regulation of synaptic vesicle exocytosis;regulation of systemic arterial blood pressure mediated by a chemical signal;phospholipid transport;positive regulation of synaptic transmission;tissue regeneration;response to drug;regeneration;positive regulation of Notch signaling pathway;positive regulation of heart contraction;organophosphate ester transport;Notch signaling pathway;positive regulation of peptidyl-tyrosine phosphorylation;regulation of Notch signaling pathway;positive regulation of blood pressure;B cell activation","spindle;GABA-ergic synapse;synaptic membrane;nuclear envelope;histone deacetylase complex;postsynaptic membrane;sarcolemma;T-tubule;presynaptic membrane;nuclear membrane;spindle pole;intrinsic component of synaptic membrane;cytoplasmic vesicle membrane;intrinsic component of postsynaptic membrane;integral component of synaptic membrane;dendritic spine;vesicle membrane;neuron spine;transcription repressor complex;integral component of postsynaptic membrane;early endosome;intrinsic component of presynaptic membrane;transport vesicle membrane;site of double-strand break;synaptic vesicle membrane;exocytic vesicle membrane;site of DNA damage;NuRD complex;CHD-type complex;dopaminergic synapse;exocytic vesicle;transcription regulator complex;transport vesicle;integral component of presynaptic membrane;synaptic vesicle;recycling endosome;ATPase complex;sarcomere;SWI/SNF superfamily-type complex;myofibril;contractile fiber;Z disc;spindle pole centrosome;I band;RISC complex;RNAi effector complex","nuclease activity;Ras GTPase binding;small GTPase binding;K63-linked polyubiquitin modification-dependent protein binding;Ras guanyl-nucleotide exchange factor activity;endonuclease activity;GTPase activator activity;guanyl-nucleotide exchange factor activity;S-adenosylmethionine-dependent methyltransferase activity;tRNA methyltransferase activity;Rab GTPase binding;GTPase regulator activity;ribonuclease activity;methyltransferase activity;modification-dependent protein binding;Rho guanyl-nucleotide exchange factor activity;transferase activity, transferring one-carbon groups;catalytic activity, acting on RNA;polyubiquitin modification-dependent protein binding;Ran GTPase binding;endoribonuclease activity;nucleoside-triphosphatase regulator activity;RNA methyltransferase activity;catalytic activity, acting on a tRNA;phospholipid binding;carboxy-lyase activity;enzyme activator activity;nucleosome binding;carbon-carbon lyase activity;protein-hormone receptor activity;general transcription initiation factor binding;Rho GTPase binding;phosphatidylinositol binding;transcription coregulator activity;transcription corepressor activity;tRNA (guanine) methyltransferase activity;ribonucleoprotein complex binding;transcription coactivator activity;basal transcription machinery binding;basal RNA polymerase II transcription machinery binding;histone acetyltransferase binding;RNA polymerase II general transcription initiation factor binding;lyase activity;amide binding;DNA-binding transcription factor binding;ATPase binding;TFIID-class transcription factor complex binding;phosphatidylinositol transfer activity;RNA polymerase II-specific DNA-binding transcription factor binding;vitamin binding;histone deacetylase binding;protein heterodimerization activity;lipid transporter activity;peptide binding;lipid transfer activity;phospholipid transfer activity;amyloid-beta binding;RNA polymerase II repressing transcription factor binding;G protein-coupled amine receptor activity;repressing transcription factor binding;phospholipid transporter activity"]
["XR_390815.4","ncRNA","chr4:133481477-133484623","-","Gm13257","lncRNA",9.98763828148633,3.05970012777284,5.15861916185632,6.38828726801758,1.03751920412878,0,1.10834371114705,0,-3.51717911908032,0.00468891737025125,0.0418001034907556,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_390815.4","Tent5b;Trnp1","NA","NA","NA","RNA catabolic process;nucleobase-containing compound catabolic process;negative regulation of catabolic process;aromatic compound catabolic process;mRNA catabolic process;organic cyclic compound catabolic process;cellular nitrogen compound catabolic process;heterocycle catabolic process;negative regulation of cellular catabolic process;regulation of mRNA metabolic process;regulation of RNA stability;regulation of mRNA catabolic process;cerebellar cortex development;regulation of mRNA stability;RNA stabilization;negative regulation of RNA catabolic process;metencephalon development;hindbrain morphogenesis;hindbrain development;cerebellum development;cerebellar cortex morphogenesis;mRNA stabilization;cerebellum morphogenesis;negative regulation of mRNA catabolic process;negative regulation of mRNA metabolic process;neural precursor cell proliferation","euchromatin;nuclear euchromatin","nucleotidyltransferase activity;adenylyltransferase activity;polynucleotide adenylyltransferase activity"]
["XR_867620.3","ncRNA","chr3:123440410-123447375","-","Gm35065","lncRNA",6.99134679704043,8.41417535137531,10.3172383237126,11.8639620691755,22.8254224908331,33.0889890037738,13.3001245337646,15.7912221582878,1.18027666789288,0.00486584453976063,0.0430658838161931,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_867620.3","Prss12","Prss12",-18.7,"NA","exocytosis;protein processing;protein maturation;zymogen activation","neuron projection terminus;distal axon;axon terminus;terminal bouton;synaptic cleft","scavenger receptor activity;cargo receptor activity;serine hydrolase activity;endopeptidase activity;serine-type peptidase activity;serine-type endopeptidase activity"]
["NR_163968.1","ncRNA","chr1:85106093-85114038","+","A530040E14Rik","lncRNA",1.99752765629727,6.11940025554568,0,0.912612466859654,6.22511522477267,19.21296135703,11.0834371114705,5.26374071942927,2.12296732204904,0.00488149680082658,0.0431810501213194,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_163968.1","A530032D15Rik","9830107B12Rik;A530032D15Rik;A530064D06Rik;Adamts2;C130026I21Rik;Cnnm2;Rere;Rhbdd2;Sp140;Srpk2;Stag1;Zfp697","-17.70;-80.20;-32.60;-16.20;-64.30;-19.10;-22.80;-19.00;-57.70;-21.20;-17.70;-23.30","NA","NA","fibrillar center","NA"]
["NR_105058.1","ncRNA","chr8:110495366-110502356","-","Gm21283","lncRNA",0,0,0,3.65044986743862,10.3751920412878,5.3369337102861,3.32503113344116,8.42198515108683,2.90800547387447,0.00499925935923558,0.0439848768583417,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_105058.1","Hydin","NA","NA","NA","microtubule bundle formation;microtubule-based movement;trachea development;cilium organization;ventricular system development;axoneme assembly;epithelial cell development;cilium assembly;respiratory system development;cilium movement","cytoplasmic region;plasma membrane bounded cell projection cytoplasm;ciliary plasm;axoneme","NA"]
["XR_003953855.1","ncRNA","chr2:75275291-75316441","+","2600014E21Rik","lncRNA",0,1.52985006388642,1.03172383237126,0.912612466859654,6.22511522477267,7.47170719440054,9.97509340032348,2.10549628777171,2.83519477102567,0.00502567020042278,0.0441697269199973,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_003953855.1","NA","NA","NA","NA","NA","NA","NA"]
["XR_003956517.1","ncRNA","chr6:126751333-126758879","+","Gm33581","lncRNA",15.9802212503781,17.5932757346938,10.3172383237126,15.5144119366141,5.18759602064389,8.53909393645776,2.21668742229411,6.31648886331513,-1.41878223920687,0.00522703449937625,0.0453753026216351,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_003956517.1","NA","4930467E23Rik;Abt1;Auh;Dlc1;Dynlt1a;Dynlt1b;Dynlt1f;Gm46650;Gm51415;Hdac8;Klrg2;Nipal3;Nktr;Psg16;Ubtfl1;Uty;Zfp939","-74.90;-21.90;-26.80;-22.40;-15.50;-20.30;-20.20;-14.60;-23.60;-28.90;-19.70;-25.90;-75.60;-21.40;-70.40;-16.20;-75.40","NA","NA","NA","NA"]
["XR_001783580.2","ncRNA","chr2:167769108-167777414","-","Gm32287","lncRNA",7.99011062518907,13.0037255430346,5.15861916185632,7.30089973487723,25.9379801032194,17.0781878729155,16.6251556672058,17.8967184460595,1.18602121387917,0.00539040056533258,0.0463540439782228,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_001783580.2","NA","Dnal1;Hs2st1;Lrrc3;Rab42;Taf1a;Veph1","-39.50;-22.60;-22.00;-25.30;-38.60;-15.70","Motor proteins;Amyotrophic lateral sclerosis;Pathways of neurodegeneration - multiple diseases;Huntington disease","microtubule bundle formation;negative regulation of cellular response to transforming growth factor beta stimulus;transcription by RNA polymerase I;negative regulation of transforming growth factor beta receptor signaling pathway;regulation of SMAD protein signal transduction;cilium organization;negative regulation of cellular response to growth factor stimulus;regulation of cellular response to growth factor stimulus;negative regulation of transmembrane receptor protein serine/threonine kinase signaling pathway;axoneme assembly;regulation of cellular response to transforming growth factor beta stimulus;cellular response to transforming growth factor beta stimulus;response to transforming growth factor beta;cilium assembly;regulation of transforming growth factor beta receptor signaling pathway;transforming growth factor beta receptor signaling pathway;regulation of transmembrane receptor protein serine/threonine kinase signaling pathway;outer dynein arm assembly;SMAD protein signal transduction;transmembrane receptor protein serine/threonine kinase signaling pathway;axonemal dynein complex assembly","microtubule;microtubule associated complex;dynein complex;cytoplasmic region;plasma membrane bounded cell projection cytoplasm;transcription regulator complex;ciliary plasm;axoneme;axonemal dynein complex","phospholipid binding;dynein heavy chain binding;tubulin binding;phosphatidylinositol binding;alpha-tubulin binding;phosphatidylinositol-5-phosphate binding;phosphatidylinositol phosphate binding;motor activity"]
["XR_877184.2","ncRNA","chr18:12409559-12422479","-","Gm36232","lncRNA",0.998763828148633,0,3.09517149711379,2.73783740057896,5.18759602064389,5.3369337102861,14.4084682449117,7.36923700720098,2.29417322091316,0.00548704827333962,0.0470614376291257,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_877184.2","Lama3","NA","NA","Human papillomavirus infection;ECM-receptor interaction;Small cell lung cancer;Focal adhesion;PI3K-Akt signaling pathway;Toxoplasmosis;Amoebiasis","axonogenesis;axon guidance;neuron projection guidance;cell junction assembly;cell-substrate junction assembly;cell-substrate junction organization;regulation of embryonic development;integrin-mediated signaling pathway;morphogenesis of a polarized epithelium","hemidesmosome;cell-substrate junction;laminin complex;adherens junction;basement membrane;collagen-containing extracellular matrix","integrin binding;cell adhesion molecule binding;extracellular matrix structural constituent"]
["XR_381229.2","ncRNA","chr12:6133832-6137024","+","Gm32631","lncRNA",6.99134679704043,8.41417535137531,12.3806859884552,8.21351220173689,3.11255761238633,4.26954696822888,0,1.05274814388585,-2.07872141662539,0.00557105004551033,0.0477068557823911,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_381229.2","NA","NA","NA","NA","NA","NA","NA"]
["NR_168536.1","ncRNA","chr9:49404408-49410850","-","Gm46111","lncRNA",0.998763828148633,3.05970012777284,7.22206682659885,6.38828726801758,19.7128648784468,21.3477348411444,6.65006226688232,7.36923700720098,1.65442330114762,0.00566261599355409,0.0483139004645648,"up","http://www.ncbi.nlm.nih.gov/nuccore/NR_168536.1","Ankk1;Drd2","Drd2",-16.7,"NA","NA","NA","NA"]
["XR_379016.3","ncRNA","chr8:61919647-61922837","+","4930512H18Rik","lncRNA",0,1.52985006388642,0,0,2.07503840825756,6.40432045234332,8.86674968917643,4.21099257554342,3.58567930793173,0.00566020054452265,0.0483139004645648,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_379016.3","Ddx60","NA","NA","NA","NA","NA","NA"]
["XR_389136.4","ncRNA","chr11:114423649-114434189","+","Gm31399","lncRNA",10.986402109635,32.891776373558,29.9199911387666,21.9026992046317,10.3751920412878,17.0781878729155,8.86674968917643,6.31648886331513,-1.17432508084515,0.00565544371256545,0.0483139004645648,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_389136.4","NA","NA","NA","NA","NA","NA","NA"]
["XR_870458.3","ncRNA","chr8:61913060-61922837","+","4930512H18Rik","lncRNA",0,1.52985006388642,0,0,2.07503840825756,6.40432045234332,8.86674968917643,4.21099257554342,3.58567930793173,0.00566020054452265,0.0483139004645648,"up","http://www.ncbi.nlm.nih.gov/nuccore/XR_870458.3","Ddx60","NA","NA","NA","NA","NA","NA"]
["XR_872954.2","ncRNA","chr12:104433931-104440158","+","Gm40562","lncRNA",27.9653871881617,27.5373011499556,18.5710289826827,16.4270244034738,4.15007681651511,17.0781878729155,13.3001245337646,5.26374071942927,-1.19571047419271,0.00572274215648298,0.0485987386871421,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_872954.2","NA","NA","NA","NA","NA","NA","NA"]
["XR_001778897.2","ncRNA","chr1:39651468-39658419","+","D930019O06Rik","lncRNA",22.9715680474186,32.1268513416148,51.5861916185632,23.727924138351,24.9004608990907,16.0108011308583,14.4084682449117,9.47473329497269,-1.00230126782462,0.00575562563626448,0.0488526273517082,"down","http://www.ncbi.nlm.nih.gov/nuccore/XR_001778897.2","Creg2;Rfx8","A830018L16Rik;Abcd4;Abhd6;Adam28;Adat1;Ank3;Apobec3;Asxl2;Bri3bp;Btbd9;C030002A05Rik;Ccdc167;Cdkl1;Cenpo;Cep170;Chka;Cnbd2;Creg2;Ddx56;Dkc1;Dnajb14;Dtx3l;Dusp22;Efcab8;Emsy;Ermard;Fxn;Glrx2;Gm11127;Gm31493;Gm32234;Gm52217;Gm52229;Gm9222;Gphn;Gtpbp3;Hyal1;Hykk;Il1f9;Kif24;Klhl7;Lrrc3;Lrrc7;Lzic;Mau2;Me3;Mettl2;Mfsd4a;Mob3c;Mprip;Mpv17;Mpv17l;Mrpl4;Nav1;Ncor1;Ndufaf7;Nfat5;Nktr;Pag1;Pdgfb;Pgpep1l;Pik3ip1;Pkd2;Psg23;Psg29;Pwwp2a;Pxmp4;Rapgef2;Rapgef4;Rasa1;Rnf168;Rp2;Sec61a2;Sfmbt1;Slc38a11;Slc39a13;Spc24;St3gal2;Tcf20;Tmod1;Traf3;Trpc6;Usp3;Wdr31;Xcr1;Xpnpep1;Zdhhc20;Zfp575;Zfp672;Zfp706","-30.00;-25.20;-21.40;-25.00;-17.70;-32.60;-24.40;-16.60;-23.50;-15.20;-15.80;-28.60;-26.20;-21.00;-23.60;-17.60;-32.40;-27.30;-17.20;-19.40;-13.50;-22.60;-21.90;-24.20;-17.60;-13.80;-20.40;-32.70;-16.40;-34.70;-14.00;-24.80;-17.50;-24.70;-15.10;-20.30;-28.90;-23.70;-30.70;-9.10;-35.10;-23.00;-20.90;-19.30;-24.40;-17.30;-22.30;-29.40;-35.10;-32.10;-25.80;-23.70;-17.10;-32.00;-33.20;-35.70;-16.30;-27.60;-22.10;-22.50;-19.90;-15.80;-28.70;-24.20;-17.20;-23.80;-30.60;-11.00;-31.80;-31.90;-26.80;-27.80;-8.20;-21.20;-30.60;-32.70;-26.60;-47.10;-24.80;-18.50;-28.60;-27.50;-27.70;-27.10;-33.20;-22.70;-40.10;-36.60;-21.70;-37.40","Herpes simplex virus 1 infection;Polycomb repressive complex;Axon guidance;Human T-cell leukemia virus 1 infection;Human cytomegalovirus infection;Lysine degradation;Epstein-Barr virus infection;Human papillomavirus infection;Antigen processing and presentation;Cellular senescence;Human immunodeficiency virus 1 infection;Kaposi sarcoma-associated herpesvirus infection;Viral carcinogenesis;Endocytosis;Viral myocarditis;Type I diabetes mellitus;cGMP-PKG signaling pathway;Allograft rejection;Graft-versus-host disease;Autoimmune thyroid disease;Phagosome;Cell adhesion molecules;Pyruvate metabolism;Carbon metabolism;PPAR signaling pathway","regulation of chromosome organization;positive regulation of neuron differentiation;macromolecule methylation;regulation of ion transmembrane transporter activity;methylation;regulation of transporter activity;regulation of transmembrane transporter activity;positive regulation of transporter activity;positive regulation of ion transmembrane transporter activity;regulation of ion transmembrane transport;intracellular receptor signaling pathway;covalent chromatin modification;embryonic skeletal system morphogenesis;regulation of immune effector process;response to oxidative stress;embryonic skeletal system development;negative regulation of neurogenesis;positive regulation of chromosome organization;peptidyl-lysine methylation;regulation of metal ion transport;regulation of adaptive immune response;histone modification;positive regulation of cytosolic calcium ion concentration;protein methylation;protein alkylation;regulation of cell morphogenesis involved in differentiation;response to reactive oxygen species;negative regulation of cell development;maintenance of location;histone H3-K27 trimethylation;dendrite development;positive regulation of immune effector process;negative regulation of cell projection organization;negative regulation of neuron differentiation;positive regulation of transmembrane transport;regulation of chromatin organization;peptidyl-lysine modification;negative regulation of nervous system development;positive regulation of lipid storage;regulation of dendrite development;negative regulation of cell morphogenesis involved in differentiation;histone lysine methylation;cellular response to reactive oxygen species;regulation of cytosolic calcium ion concentration;regulation of peroxisome proliferator activated receptor signaling pathway;antigen processing and presentation of peptide antigen;positive regulation of ion transmembrane transport;divalent metal ion transport;response to hydrogen peroxide;divalent inorganic cation transport;positive regulation of hemopoiesis;adult heart development;calcium ion transmembrane transport;peptidyl-threonine modification;regulation of adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains;positive regulation of leukocyte differentiation;dendrite morphogenesis;skeletal system morphogenesis;regulation of T cell mediated immunity;regulation of lipid storage;T cell mediated immunity;calcium ion homeostasis;negative regulation of response to external stimulus;regulation of dendrite morphogenesis;positive regulation of chromatin organization;cellular response to oxidative stress;cellular calcium ion homeostasis;negative regulation of dendrite morphogenesis;peptidyl-threonine phosphorylation;antigen processing and presentation of peptide antigen via MHC class I;positive regulation of ion transport;manganese ion transport;T cell mediated cytotoxicity;positive regulation of lipid localization;peroxisome proliferator activated receptor signaling pathway;negative regulation of neuron projection development;cellular response to hydrogen peroxide;regulation of stem cell population maintenance;histone methylation;regulation of T cell mediated cytotoxicity;anatomical structure maturation;histone H3-K27 methylation;positive regulation of adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains;cellular response to chemical stress;heart morphogenesis;regulation of histone methylation;positive regulation of leukocyte mediated immunity;antigen processing and presentation of endogenous peptide antigen;antigen processing and presentation of endogenous peptide antigen via MHC class I;positive regulation of bone mineralization;positive regulation of histone methylation;antigen processing and presentation;positive regulation of adaptive immune response;single fertilization;antigen processing and presentation of endogenous antigen;positive regulation of leukocyte mediated cytotoxicity;lipid storage;developmental maturation;positive regulation of histone modification;regulation of peptidyl-threonine phosphorylation;leukocyte mediated cytotoxicity;regulation of calcium ion transport;positive regulation of peptidyl-threonine phosphorylation;regulation of cellular amide metabolic process;negative regulation of blood coagulation;regulation of leukocyte mediated cytotoxicity;regulation of histone modification;transition metal ion transport;negative regulation of hemostasis;positive regulation of myeloid leukocyte differentiation;regulation of histone H3-K27 methylation;regulation of leukocyte mediated immunity;regulation of lipid localization;regulation of fat cell differentiation;negative regulation of coagulation;positive regulation of biomineral tissue development;positive regulation of biomineralization;positive regulation of myeloid cell differentiation;positive regulation of T cell mediated cytotoxicity;calcium ion transport;negative regulation of response to wounding;bone mineralization involved in bone maturation;negative regulation of wound healing;antigen processing and presentation of endogenous peptide antigen via MHC class I via ER pathway, TAP-independent;embryonic organ morphogenesis;positive regulation of T cell mediated immunity;wound healing;antigen processing and presentation of endogenous peptide antigen via MHC class Ib;antigen processing and presentation of endogenous peptide antigen via MHC class I via ER pathway;positive regulation of cell killing;antigen processing and presentation of peptide antigen via MHC class Ib;regulation of lymphocyte mediated immunity;myeloid cell differentiation;regulation of translation;negative regulation of dendrite development;pyruvate metabolic process;fertilization;antigen processing and presentation via MHC class Ib;positive regulation of lymphocyte mediated immunity;regulation of bone mineralization;blood coagulation;positive regulation of ossification;regulation of leukocyte differentiation;response to wounding;regulation of cell killing;hemostasis;lipid localization;coagulation;fat cell differentiation;regulation of myeloid leukocyte differentiation;ossification involved in bone maturation;regulation of hemopoiesis;positive regulation of fat cell differentiation;myeloid leukocyte differentiation;bone maturation;bone mineralization;regulation of response to wounding;regulation of biomineral tissue development;regulation of biomineralization;animal organ maturation;regulation of bone development;adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains;regulation of blood coagulation;regulation of hemostasis;bone development;cell killing;regulation of myeloid cell differentiation;dicarboxylic acid metabolic process;regulation of coagulation;positive regulation of osteoclast differentiation;positive regulation of calcium ion transport;biomineral tissue development;biomineralization;regulation of wound healing;stem cell population maintenance;maintenance of cell number;regulation of osteoclast differentiation;regulation of body fluid levels;osteoclast differentiation;regulation of ossification;lymphocyte mediated immunity;ossification","ion channel complex;cation channel complex;transmembrane transporter complex;transporter complex;PcG protein complex","peroxisome proliferator activated receptor binding;carboxy-lyase activity;sulfur compound binding;metal ion transmembrane transporter activity;carbon-carbon lyase activity;cation channel activity;heparan sulfate proteoglycan binding;channel activity;passive transmembrane transporter activity;actin binding;ion channel activity;lyase activity;alcohol binding;proteoglycan binding;amide binding;actinin binding;divalent inorganic cation transmembrane transporter activity;ATPase binding;calcium ion transmembrane transporter activity;calcium channel activity;store-operated calcium channel activity;inositol 1,4,5 trisphosphate binding;peptide binding;clathrin binding;peptide antigen binding;NADP binding;oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor;oxidoreductase activity, acting on CH-OH group of donors;NAD binding;antigen binding"]