#term ID	term description	observed gene count	background gene count	strength	signal	false discovery rate	matching proteins in your network (IDs)	matching proteins in your network (labels)
GO:0006091	Generation of precursor metabolites and energy	56	174	1.16	4.72	1.53e-39	7165.A0NFA7,7165.A7URF1,7165.A7UU86,7165.A7UUV3,7165.F5HIU6,7165.F5HJY7,7165.F5HKN6,7165.P34840,7165.P34846,7165.Q5TX32,7165.Q7PCT5,7165.Q7PF83,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PKK3,7165.Q7PM07,7165.Q7PMH3,7165.Q7PMT2,7165.Q7PNP3,7165.Q7PQ11,7165.Q7PQQ3,7165.Q7PRR3,7165.Q7PRW3,7165.Q7PSA9,7165.Q7PSB4,7165.Q7PSM6,7165.Q7PV48,7165.Q7PVA2,7165.Q7PVH2,7165.Q7PWI1,7165.Q7PX40,7165.Q7PXA8,7165.Q7PXW5,7165.Q7PXY3,7165.Q7PYD5,7165.Q7PYE7,7165.Q7Q009,7165.Q7Q1B8,7165.Q7Q1U8,7165.Q7Q3A3,7165.Q7Q3D8,7165.Q7Q3F6,7165.Q7Q3L6,7165.Q7Q609,7165.Q7Q610,7165.Q7Q8A2,7165.Q7QAP1,7165.Q7QCE1,7165.Q7QDP2,7165.Q7QDU9,7165.Q7QDV0,7165.Q7QG65,7165.Q7QHC7,7165.Q7QHE9,7165.Q7QIL1,7165.Q7QK64	A0NFA7_ANOGA,A7URF1_ANOGA,A7UU86_ANOGA,A7UUV3_ANOGA,F5HIU6_ANOGA,F5HJY7_ANOGA,F5HKN6_ANOGA,COII,mt:ND1,Q5TX32_ANOGA,Q7PCT5_ANOGA,Q7PF83_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PKK3_ANOGA,Q7PM07_ANOGA,Q7PMH3_ANOGA,Q7PMT2_ANOGA,Q7PNP3_ANOGA,Q7PQ11_ANOGA,Q7PQQ3_ANOGA,Q7PRR3_ANOGA,Q7PRW3_ANOGA,Q7PSA9_ANOGA,Q7PSB4_ANOGA,Q7PSM6_ANOGA,Q7PV48_ANOGA,Q7PVA2_ANOGA,Q7PVH2_ANOGA,Q7PWI1_ANOGA,Q7PX40_ANOGA,Q7PXA8_ANOGA,Q7PXW5_ANOGA,Q7PXY3_ANOGA,Q7PYD5_ANOGA,Q7PYE7_ANOGA,Q7Q009_ANOGA,Q7Q1B8_ANOGA,Q7Q1U8_ANOGA,Q7Q3A3_ANOGA,Q7Q3D8_ANOGA,Q7Q3F6_ANOGA,AgGp,Q7Q609_ANOGA,Q7Q610_ANOGA,Q7Q8A2_ANOGA,Q7QAP1_ANOGA,Q7QCE1_ANOGA,Q7QDP2_ANOGA,Q7QDU9_ANOGA,Q7QDV0_ANOGA,Q7QG65_ANOGA,Q7QHC7_ANOGA,Q7QHE9_ANOGA,Q7QIL1_ANOGA,Q7QK64_ANOGA
GO:0015980	Energy derivation by oxidation of organic compounds	47	121	1.24	4.97	6.57e-36	7165.A0NFA7,7165.A7URF1,7165.A7UU86,7165.A7UUV3,7165.F5HIU6,7165.F5HJY7,7165.F5HKN6,7165.P34840,7165.P34846,7165.Q7PCT5,7165.Q7PF83,7165.Q7PKK3,7165.Q7PM07,7165.Q7PMH3,7165.Q7PMT2,7165.Q7PNP3,7165.Q7PQ11,7165.Q7PQQ3,7165.Q7PRR3,7165.Q7PRW3,7165.Q7PSA9,7165.Q7PSB4,7165.Q7PSM6,7165.Q7PV48,7165.Q7PVH2,7165.Q7PWI1,7165.Q7PX40,7165.Q7PXA8,7165.Q7PXY3,7165.Q7PYD5,7165.Q7PYE7,7165.Q7Q009,7165.Q7Q1B8,7165.Q7Q3A3,7165.Q7Q3F6,7165.Q7Q3L6,7165.Q7Q609,7165.Q7Q8A2,7165.Q7QAP1,7165.Q7QCE1,7165.Q7QDP2,7165.Q7QDU9,7165.Q7QDV0,7165.Q7QG65,7165.Q7QHC7,7165.Q7QIL1,7165.Q7QK64	A0NFA7_ANOGA,A7URF1_ANOGA,A7UU86_ANOGA,A7UUV3_ANOGA,F5HIU6_ANOGA,F5HJY7_ANOGA,F5HKN6_ANOGA,COII,mt:ND1,Q7PCT5_ANOGA,Q7PF83_ANOGA,Q7PKK3_ANOGA,Q7PM07_ANOGA,Q7PMH3_ANOGA,Q7PMT2_ANOGA,Q7PNP3_ANOGA,Q7PQ11_ANOGA,Q7PQQ3_ANOGA,Q7PRR3_ANOGA,Q7PRW3_ANOGA,Q7PSA9_ANOGA,Q7PSB4_ANOGA,Q7PSM6_ANOGA,Q7PV48_ANOGA,Q7PVH2_ANOGA,Q7PWI1_ANOGA,Q7PX40_ANOGA,Q7PXA8_ANOGA,Q7PXY3_ANOGA,Q7PYD5_ANOGA,Q7PYE7_ANOGA,Q7Q009_ANOGA,Q7Q1B8_ANOGA,Q7Q3A3_ANOGA,Q7Q3F6_ANOGA,AgGp,Q7Q609_ANOGA,Q7Q8A2_ANOGA,Q7QAP1_ANOGA,Q7QCE1_ANOGA,Q7QDP2_ANOGA,Q7QDU9_ANOGA,Q7QDV0_ANOGA,Q7QG65_ANOGA,Q7QHC7_ANOGA,Q7QIL1_ANOGA,Q7QK64_ANOGA
GO:0044237	Cellular metabolic process	189	3775	0.35	1.14	1.13e-33	7165.A0NF04,7165.A0NFA7,7165.A0NG32,7165.A0NGY0,7165.A3E7Z8,7165.A7UR88,7165.A7URF1,7165.A7UU86,7165.A7UUV3,7165.A7UUW7,7165.A7UVK8,7165.F5HIU6,7165.F5HJY7,7165.F5HKN6,7165.F5HL44,7165.F5HL87,7165.F5HL97,7165.F5HLM0,7165.F5HLN3,7165.F5HM13,7165.F7IVD7,7165.O44248,7165.O76732,7165.O76757,7165.O77462,7165.P33514,7165.P34840,7165.P34846,7165.P46428,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TMQ0,7165.Q5TNJ4,7165.Q5TRQ3,7165.Q5TRW7,7165.Q5TTG1,7165.Q5TV73,7165.Q5TVM9,7165.Q5TVQ5,7165.Q5TW24,7165.Q5TX32,7165.Q7PCT5,7165.Q7PF83,7165.Q7PFH8,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PIQ3,7165.Q7PIQ5,7165.Q7PJE1,7165.Q7PKK3,7165.Q7PM07,7165.Q7PMD8,7165.Q7PMH3,7165.Q7PMT2,7165.Q7PNP3,7165.Q7PNP8,7165.Q7PP63,7165.Q7PPF3,7165.Q7PQ02,7165.Q7PQ11,7165.Q7PQ14,7165.Q7PQF4,7165.Q7PQI7,7165.Q7PQQ2,7165.Q7PQQ3,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PR84,7165.Q7PRC2,7165.Q7PRR3,7165.Q7PRT0,7165.Q7PRW3,7165.Q7PS97,7165.Q7PSA9,7165.Q7PSB4,7165.Q7PSM6,7165.Q7PSP0,7165.Q7PT29,7165.Q7PT95,7165.Q7PTJ0,7165.Q7PTN2,7165.Q7PTN3,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV48,7165.Q7PV82,7165.Q7PVA2,7165.Q7PVB9,7165.Q7PVH2,7165.Q7PVV2,7165.Q7PW34,7165.Q7PWF1,7165.Q7PWI1,7165.Q7PWZ7,7165.Q7PX40,7165.Q7PXA8,7165.Q7PXH8,7165.Q7PXW5,7165.Q7PXY3,7165.Q7PYD5,7165.Q7PYE4,7165.Q7PYE7,7165.Q7PYF2,7165.Q7PYX7,7165.Q7PZB6,7165.Q7PZG4,7165.Q7PZX9,7165.Q7Q009,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q1B8,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q1V4,7165.Q7Q1W2,7165.Q7Q229,7165.Q7Q3A3,7165.Q7Q3D8,7165.Q7Q3F6,7165.Q7Q3L6,7165.Q7Q3N8,7165.Q7Q410,7165.Q7Q455,7165.Q7Q4T4,7165.Q7Q537,7165.Q7Q5G0,7165.Q7Q5Q9,7165.Q7Q609,7165.Q7Q610,7165.Q7Q680,7165.Q7Q6C1,7165.Q7Q6T9,7165.Q7Q8A2,7165.Q7Q8H4,7165.Q7Q8S2,7165.Q7Q9M8,7165.Q7Q9Q2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QA76,7165.Q7QA89,7165.Q7QAP1,7165.Q7QAT0,7165.Q7QC42,7165.Q7QC84,7165.Q7QCE1,7165.Q7QCH6,7165.Q7QCW3,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDH6,7165.Q7QDP2,7165.Q7QDU3,7165.Q7QDU9,7165.Q7QDV0,7165.Q7QE79,7165.Q7QEB0,7165.Q7QEF5,7165.Q7QEH1,7165.Q7QEW3,7165.Q7QF92,7165.Q7QFB6,7165.Q7QFG0,7165.Q7QFL7,7165.Q7QFT0,7165.Q7QFZ1,7165.Q7QG44,7165.Q7QG65,7165.Q7QGF9,7165.Q7QHC7,7165.Q7QHE9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QHS3,7165.Q7QIF7,7165.Q7QIL1,7165.Q7QIP5,7165.Q7QJM5,7165.Q7QK64,7165.Q7QKH2,7165.Q869C3,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,A0NFA7_ANOGA,A0NG32_ANOGA,RpL17,CAT1,A7UR88_ANOGA,A7URF1_ANOGA,A7UU86_ANOGA,A7UUV3_ANOGA,A7UUW7_ANOGA,A7UVK8_ANOGA,F5HIU6_ANOGA,F5HJY7_ANOGA,F5HKN6_ANOGA,F5HL44_ANOGA,F5HL87_ANOGA,F5HL97_ANOGA,F5HLM0_ANOGA,F5HLN3_ANOGA,F5HM13_ANOGA,F7IVD7_ANOGA,RpL5,RpL7A,Ahcy13,GstD1,RpS7,COII,mt:ND1,GstS1,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TMQ0_ANOGA,Q5TNJ4_ANOGA,COEBE3D,Q5TRW7_ANOGA,Vha68-2,Q5TV73_ANOGA,Q5TVM9_ANOGA,Q5TVQ5_ANOGA,Q5TW24_ANOGA,Q5TX32_ANOGA,Q7PCT5_ANOGA,Q7PF83_ANOGA,Q7PFH8_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PIQ3_ANOGA,Q7PIQ5_ANOGA,Q7PJE1_ANOGA,Q7PKK3_ANOGA,Q7PM07_ANOGA,Q7PMD8_ANOGA,Q7PMH3_ANOGA,Q7PMT2_ANOGA,Q7PNP3_ANOGA,Q7PNP8_ANOGA,Q7PP63_ANOGA,PPO3,Q7PQ02_ANOGA,Q7PQ11_ANOGA,Q7PQ14_ANOGA,Q7PQF4_ANOGA,Q7PQI7_ANOGA,Q7PQQ2_ANOGA,Q7PQQ3_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PR84_ANOGA,Q7PRC2_ANOGA,Q7PRR3_ANOGA,Q7PRT0_ANOGA,Q7PRW3_ANOGA,Q7PS97_ANOGA,Q7PSA9_ANOGA,Q7PSB4_ANOGA,Q7PSM6_ANOGA,Q7PSP0_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,TPX2,Q7PTN2_ANOGA,Q7PTN3_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV48_ANOGA,Q7PV82_ANOGA,Q7PVA2_ANOGA,Q7PVB9_ANOGA,Q7PVH2_ANOGA,Q7PVV2_ANOGA,Q7PW34_ANOGA,Q7PWF1_ANOGA,Q7PWI1_ANOGA,Q7PWZ7_ANOGA,Q7PX40_ANOGA,Q7PXA8_ANOGA,Q7PXH8_ANOGA,Q7PXW5_ANOGA,Q7PXY3_ANOGA,Q7PYD5_ANOGA,Q7PYE4_ANOGA,Q7PYE7_ANOGA,Q7PYF2_ANOGA,Q7PYX7_ANOGA,Q7PZB6_ANOGA,Q7PZG4_ANOGA,Q7PZX9_ANOGA,Q7Q009_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q1B8_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q1V4_ANOGA,Q7Q1W2_ANOGA,Q7Q229_ANOGA,Q7Q3A3_ANOGA,Q7Q3D8_ANOGA,Q7Q3F6_ANOGA,AgGp,Q7Q3N8_ANOGA,Q7Q410_ANOGA,Q7Q455_ANOGA,Q7Q4T4_ANOGA,Q7Q537_ANOGA,Q7Q5G0_ANOGA,PPO2,Q7Q609_ANOGA,Q7Q610_ANOGA,Q7Q680_ANOGA,Q7Q6C1_ANOGA,Q7Q6T9_ANOGA,Q7Q8A2_ANOGA,Q7Q8H4_ANOGA,Q7Q8S2_ANOGA,Q7Q9M8_ANOGA,Q7Q9Q2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QA76_ANOGA,Q7QA89_ANOGA,Q7QAP1_ANOGA,Q7QAT0_ANOGA,Q7QC42_ANOGA,MMSA_ANOGA,Q7QCE1_ANOGA,Q7QCH6_ANOGA,Q7QCW3_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDH6_ANOGA,Q7QDP2_ANOGA,Q7QDU3_ANOGA,Q7QDU9_ANOGA,Q7QDV0_ANOGA,Q7QE79_ANOGA,Q7QEB0_ANOGA,Q7QEF5_ANOGA,RpS14a,Q7QEW3_ANOGA,Q7QF92_ANOGA,TPX1,Q7QFG0_ANOGA,mal,Q7QFT0_ANOGA,Q7QFZ1_ANOGA,Q7QG44_ANOGA,Q7QG65_ANOGA,Q7QGF9_ANOGA,Q7QHC7_ANOGA,Q7QHE9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA,Q7QIL1_ANOGA,Q7QIP5_ANOGA,RpL18,Q7QK64_ANOGA,Q7QKH2_ANOGA,Ace,RpS17,RpL8
GO:0045333	Cellular respiration	40	96	1.27	4.77	2.43e-31	7165.A0NFA7,7165.A7URF1,7165.A7UU86,7165.A7UUV3,7165.F5HIU6,7165.F5HJY7,7165.F5HKN6,7165.P34840,7165.P34846,7165.Q7PCT5,7165.Q7PF83,7165.Q7PM07,7165.Q7PMH3,7165.Q7PMT2,7165.Q7PNP3,7165.Q7PQQ3,7165.Q7PRR3,7165.Q7PRW3,7165.Q7PSA9,7165.Q7PSB4,7165.Q7PSM6,7165.Q7PV48,7165.Q7PWI1,7165.Q7PXA8,7165.Q7PXY3,7165.Q7PYD5,7165.Q7PYE7,7165.Q7Q009,7165.Q7Q1B8,7165.Q7Q3A3,7165.Q7Q3F6,7165.Q7Q609,7165.Q7Q8A2,7165.Q7QAP1,7165.Q7QDP2,7165.Q7QDV0,7165.Q7QG65,7165.Q7QHC7,7165.Q7QIL1,7165.Q7QK64	A0NFA7_ANOGA,A7URF1_ANOGA,A7UU86_ANOGA,A7UUV3_ANOGA,F5HIU6_ANOGA,F5HJY7_ANOGA,F5HKN6_ANOGA,COII,mt:ND1,Q7PCT5_ANOGA,Q7PF83_ANOGA,Q7PM07_ANOGA,Q7PMH3_ANOGA,Q7PMT2_ANOGA,Q7PNP3_ANOGA,Q7PQQ3_ANOGA,Q7PRR3_ANOGA,Q7PRW3_ANOGA,Q7PSA9_ANOGA,Q7PSB4_ANOGA,Q7PSM6_ANOGA,Q7PV48_ANOGA,Q7PWI1_ANOGA,Q7PXA8_ANOGA,Q7PXY3_ANOGA,Q7PYD5_ANOGA,Q7PYE7_ANOGA,Q7Q009_ANOGA,Q7Q1B8_ANOGA,Q7Q3A3_ANOGA,Q7Q3F6_ANOGA,Q7Q609_ANOGA,Q7Q8A2_ANOGA,Q7QAP1_ANOGA,Q7QDP2_ANOGA,Q7QDV0_ANOGA,Q7QG65_ANOGA,Q7QHC7_ANOGA,Q7QIL1_ANOGA,Q7QK64_ANOGA
GO:0008152	Metabolic process	211	4913	0.28	0.99	7.51e-31	7165.A0NF04,7165.A0NF62,7165.A0NF86,7165.A0NFA7,7165.A0NG32,7165.A0NGJ1,7165.A0NGY0,7165.A3E7Z8,7165.A7UR88,7165.A7URF1,7165.A7UU86,7165.A7UUV3,7165.A7UUW7,7165.A7UVK8,7165.F5HIU6,7165.F5HJY7,7165.F5HKN6,7165.F5HL44,7165.F5HL87,7165.F5HL97,7165.F5HLM0,7165.F5HLN3,7165.F5HM13,7165.F7IVD7,7165.O44248,7165.O76732,7165.O76757,7165.O77462,7165.P33514,7165.P34840,7165.P34846,7165.P46428,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TMQ0,7165.Q5TNA7,7165.Q5TNF5,7165.Q5TNJ4,7165.Q5TRQ3,7165.Q5TRW7,7165.Q5TTG1,7165.Q5TV73,7165.Q5TVM9,7165.Q5TVQ5,7165.Q5TW24,7165.Q5TWE1,7165.Q5TX32,7165.Q7PCT5,7165.Q7PF83,7165.Q7PFH8,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PIQ3,7165.Q7PIQ5,7165.Q7PJE1,7165.Q7PKK3,7165.Q7PM07,7165.Q7PMD8,7165.Q7PMH3,7165.Q7PMT2,7165.Q7PMZ0,7165.Q7PNP3,7165.Q7PNP8,7165.Q7PP63,7165.Q7PPF3,7165.Q7PQ02,7165.Q7PQ11,7165.Q7PQ14,7165.Q7PQF4,7165.Q7PQI7,7165.Q7PQQ2,7165.Q7PQQ3,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PR84,7165.Q7PRC2,7165.Q7PRR3,7165.Q7PRT0,7165.Q7PRW3,7165.Q7PS97,7165.Q7PSA9,7165.Q7PSB4,7165.Q7PSF9,7165.Q7PSM6,7165.Q7PSP0,7165.Q7PSV0,7165.Q7PT29,7165.Q7PT95,7165.Q7PTJ0,7165.Q7PTN2,7165.Q7PTN3,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV48,7165.Q7PV82,7165.Q7PVA2,7165.Q7PVB9,7165.Q7PVH2,7165.Q7PVV2,7165.Q7PVV8,7165.Q7PW34,7165.Q7PWF1,7165.Q7PWI1,7165.Q7PWT2,7165.Q7PWZ7,7165.Q7PX40,7165.Q7PX68,7165.Q7PXA8,7165.Q7PXH8,7165.Q7PXW5,7165.Q7PXY3,7165.Q7PYD5,7165.Q7PYE4,7165.Q7PYE7,7165.Q7PYF2,7165.Q7PYX7,7165.Q7PZB6,7165.Q7PZG4,7165.Q7PZW9,7165.Q7PZX9,7165.Q7Q009,7165.Q7Q0M9,7165.Q7Q0P5,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q164,7165.Q7Q1B8,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q1V4,7165.Q7Q1W2,7165.Q7Q229,7165.Q7Q3A3,7165.Q7Q3D8,7165.Q7Q3F6,7165.Q7Q3L6,7165.Q7Q3N8,7165.Q7Q410,7165.Q7Q455,7165.Q7Q4R9,7165.Q7Q4T4,7165.Q7Q537,7165.Q7Q5G0,7165.Q7Q5K4,7165.Q7Q5Q9,7165.Q7Q609,7165.Q7Q610,7165.Q7Q680,7165.Q7Q6C1,7165.Q7Q6T9,7165.Q7Q716,7165.Q7Q789,7165.Q7Q8A2,7165.Q7Q8H4,7165.Q7Q8S2,7165.Q7Q9M8,7165.Q7Q9Q2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QA76,7165.Q7QA89,7165.Q7QAP1,7165.Q7QAT0,7165.Q7QAZ5,7165.Q7QC42,7165.Q7QC84,7165.Q7QCE1,7165.Q7QCH6,7165.Q7QCW3,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDH6,7165.Q7QDP2,7165.Q7QDU3,7165.Q7QDU9,7165.Q7QDV0,7165.Q7QE79,7165.Q7QEB0,7165.Q7QEF5,7165.Q7QEH1,7165.Q7QEW3,7165.Q7QF03,7165.Q7QF92,7165.Q7QFB6,7165.Q7QFG0,7165.Q7QFL7,7165.Q7QFT0,7165.Q7QFZ1,7165.Q7QG44,7165.Q7QG65,7165.Q7QGF9,7165.Q7QHC7,7165.Q7QHE9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QHS3,7165.Q7QIF7,7165.Q7QIL1,7165.Q7QIP5,7165.Q7QJG6,7165.Q7QJM5,7165.Q7QK64,7165.Q7QKH2,7165.Q869C3,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,A0NF62_ANOGA,A0NF86_ANOGA,A0NFA7_ANOGA,A0NG32_ANOGA,A0NGJ1_ANOGA,RpL17,CAT1,A7UR88_ANOGA,A7URF1_ANOGA,A7UU86_ANOGA,A7UUV3_ANOGA,A7UUW7_ANOGA,A7UVK8_ANOGA,F5HIU6_ANOGA,F5HJY7_ANOGA,F5HKN6_ANOGA,F5HL44_ANOGA,F5HL87_ANOGA,F5HL97_ANOGA,F5HLM0_ANOGA,F5HLN3_ANOGA,F5HM13_ANOGA,F7IVD7_ANOGA,RpL5,RpL7A,Ahcy13,GstD1,RpS7,COII,mt:ND1,GstS1,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TMQ0_ANOGA,Q5TNA7_ANOGA,Q5TNF5_ANOGA,Q5TNJ4_ANOGA,COEBE3D,Q5TRW7_ANOGA,Vha68-2,Q5TV73_ANOGA,Q5TVM9_ANOGA,Q5TVQ5_ANOGA,Q5TW24_ANOGA,Q5TWE1_ANOGA,Q5TX32_ANOGA,Q7PCT5_ANOGA,Q7PF83_ANOGA,Q7PFH8_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PIQ3_ANOGA,Q7PIQ5_ANOGA,Q7PJE1_ANOGA,Q7PKK3_ANOGA,Q7PM07_ANOGA,Q7PMD8_ANOGA,Q7PMH3_ANOGA,Q7PMT2_ANOGA,Q7PMZ0_ANOGA,Q7PNP3_ANOGA,Q7PNP8_ANOGA,Q7PP63_ANOGA,PPO3,Q7PQ02_ANOGA,Q7PQ11_ANOGA,Q7PQ14_ANOGA,Q7PQF4_ANOGA,Q7PQI7_ANOGA,Q7PQQ2_ANOGA,Q7PQQ3_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PR84_ANOGA,Q7PRC2_ANOGA,Q7PRR3_ANOGA,Q7PRT0_ANOGA,Q7PRW3_ANOGA,Q7PS97_ANOGA,Q7PSA9_ANOGA,Q7PSB4_ANOGA,Q7PSF9_ANOGA,Q7PSM6_ANOGA,Q7PSP0_ANOGA,Q7PSV0_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,TPX2,Q7PTN2_ANOGA,Q7PTN3_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV48_ANOGA,Q7PV82_ANOGA,Q7PVA2_ANOGA,Q7PVB9_ANOGA,Q7PVH2_ANOGA,Q7PVV2_ANOGA,Q7PVV8_ANOGA,Q7PW34_ANOGA,Q7PWF1_ANOGA,Q7PWI1_ANOGA,Q7PWT2_ANOGA,Q7PWZ7_ANOGA,Q7PX40_ANOGA,Q7PX68_ANOGA,Q7PXA8_ANOGA,Q7PXH8_ANOGA,Q7PXW5_ANOGA,Q7PXY3_ANOGA,Q7PYD5_ANOGA,Q7PYE4_ANOGA,Q7PYE7_ANOGA,Q7PYF2_ANOGA,Q7PYX7_ANOGA,Q7PZB6_ANOGA,Q7PZG4_ANOGA,Q7PZW9_ANOGA,Q7PZX9_ANOGA,Q7Q009_ANOGA,Q7Q0M9_ANOGA,Q7Q0P5_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q164_ANOGA,Q7Q1B8_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q1V4_ANOGA,Q7Q1W2_ANOGA,Q7Q229_ANOGA,Q7Q3A3_ANOGA,Q7Q3D8_ANOGA,Q7Q3F6_ANOGA,AgGp,Q7Q3N8_ANOGA,Q7Q410_ANOGA,Q7Q455_ANOGA,Q7Q4R9_ANOGA,Q7Q4T4_ANOGA,Q7Q537_ANOGA,Q7Q5G0_ANOGA,Q7Q5K4_ANOGA,PPO2,Q7Q609_ANOGA,Q7Q610_ANOGA,Q7Q680_ANOGA,Q7Q6C1_ANOGA,Q7Q6T9_ANOGA,Q7Q716_ANOGA,Q7Q789_ANOGA,Q7Q8A2_ANOGA,Q7Q8H4_ANOGA,Q7Q8S2_ANOGA,Q7Q9M8_ANOGA,Q7Q9Q2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QA76_ANOGA,Q7QA89_ANOGA,Q7QAP1_ANOGA,Q7QAT0_ANOGA,Q7QAZ5_ANOGA,Q7QC42_ANOGA,MMSA_ANOGA,Q7QCE1_ANOGA,Q7QCH6_ANOGA,Q7QCW3_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDH6_ANOGA,Q7QDP2_ANOGA,Q7QDU3_ANOGA,Q7QDU9_ANOGA,Q7QDV0_ANOGA,Q7QE79_ANOGA,Q7QEB0_ANOGA,Q7QEF5_ANOGA,RpS14a,Q7QEW3_ANOGA,Q7QF03_ANOGA,Q7QF92_ANOGA,TPX1,Q7QFG0_ANOGA,mal,Q7QFT0_ANOGA,Q7QFZ1_ANOGA,Q7QG44_ANOGA,Q7QG65_ANOGA,Q7QGF9_ANOGA,Q7QHC7_ANOGA,Q7QHE9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA,Q7QIL1_ANOGA,Q7QIP5_ANOGA,Q7QJG6_ANOGA,RpL18,Q7QK64_ANOGA,Q7QKH2_ANOGA,Ace,RpS17,RpL8
GO:0009060	Aerobic respiration	38	85	1.3	4.86	1.00e-30	7165.A0NFA7,7165.A7UU86,7165.A7UUV3,7165.F5HIU6,7165.F5HJY7,7165.F5HKN6,7165.P34840,7165.P34846,7165.Q7PCT5,7165.Q7PF83,7165.Q7PM07,7165.Q7PMH3,7165.Q7PMT2,7165.Q7PQQ3,7165.Q7PRR3,7165.Q7PRW3,7165.Q7PSA9,7165.Q7PSB4,7165.Q7PSM6,7165.Q7PV48,7165.Q7PWI1,7165.Q7PXA8,7165.Q7PXY3,7165.Q7PYD5,7165.Q7PYE7,7165.Q7Q009,7165.Q7Q1B8,7165.Q7Q3A3,7165.Q7Q3F6,7165.Q7Q609,7165.Q7Q8A2,7165.Q7QAP1,7165.Q7QDP2,7165.Q7QDV0,7165.Q7QG65,7165.Q7QHC7,7165.Q7QIL1,7165.Q7QK64	A0NFA7_ANOGA,A7UU86_ANOGA,A7UUV3_ANOGA,F5HIU6_ANOGA,F5HJY7_ANOGA,F5HKN6_ANOGA,COII,mt:ND1,Q7PCT5_ANOGA,Q7PF83_ANOGA,Q7PM07_ANOGA,Q7PMH3_ANOGA,Q7PMT2_ANOGA,Q7PQQ3_ANOGA,Q7PRR3_ANOGA,Q7PRW3_ANOGA,Q7PSA9_ANOGA,Q7PSB4_ANOGA,Q7PSM6_ANOGA,Q7PV48_ANOGA,Q7PWI1_ANOGA,Q7PXA8_ANOGA,Q7PXY3_ANOGA,Q7PYD5_ANOGA,Q7PYE7_ANOGA,Q7Q009_ANOGA,Q7Q1B8_ANOGA,Q7Q3A3_ANOGA,Q7Q3F6_ANOGA,Q7Q609_ANOGA,Q7Q8A2_ANOGA,Q7QAP1_ANOGA,Q7QDP2_ANOGA,Q7QDV0_ANOGA,Q7QG65_ANOGA,Q7QHC7_ANOGA,Q7QIL1_ANOGA,Q7QK64_ANOGA
GO:0043604	Amide biosynthetic process	59	360	0.87	2.75	1.39e-28	7165.A0NF04,7165.A0NG32,7165.A0NGY0,7165.F5HL97,7165.O44248,7165.P33514,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TNJ4,7165.Q5TV73,7165.Q5TVQ5,7165.Q7PGI2,7165.Q7PJE1,7165.Q7PMD8,7165.Q7PP63,7165.Q7PQ02,7165.Q7PQ14,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PS97,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVB9,7165.Q7PXH8,7165.Q7PYF2,7165.Q7PZG4,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q680,7165.Q7Q8S2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QAT0,7165.Q7QC42,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QEB0,7165.Q7QEH1,7165.Q7QFZ1,7165.Q7QGF9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QHS3,7165.Q7QIP5,7165.Q7QJM5,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,A0NG32_ANOGA,RpL17,F5HL97_ANOGA,RpL5,RpS7,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TNJ4_ANOGA,Q5TV73_ANOGA,Q5TVQ5_ANOGA,Q7PGI2_ANOGA,Q7PJE1_ANOGA,Q7PMD8_ANOGA,Q7PP63_ANOGA,Q7PQ02_ANOGA,Q7PQ14_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PS97_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVB9_ANOGA,Q7PXH8_ANOGA,Q7PYF2_ANOGA,Q7PZG4_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q680_ANOGA,Q7Q8S2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QAT0_ANOGA,Q7QC42_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QEB0_ANOGA,RpS14a,Q7QFZ1_ANOGA,Q7QGF9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QHS3_ANOGA,Q7QIP5_ANOGA,RpL18,RpS17,RpL8
GO:0006412	Translation	54	308	0.89	2.82	3.19e-27	7165.A0NF04,7165.A0NGY0,7165.F5HL97,7165.O44248,7165.P33514,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TNJ4,7165.Q5TV73,7165.Q5TVQ5,7165.Q7PJE1,7165.Q7PMD8,7165.Q7PP63,7165.Q7PQ02,7165.Q7PQ14,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PS97,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVB9,7165.Q7PXH8,7165.Q7PYF2,7165.Q7PZG4,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q680,7165.Q7Q8S2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QAT0,7165.Q7QC42,7165.Q7QD57,7165.Q7QEB0,7165.Q7QEH1,7165.Q7QFZ1,7165.Q7QGF9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QIP5,7165.Q7QJM5,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,RpL17,F5HL97_ANOGA,RpL5,RpS7,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TNJ4_ANOGA,Q5TV73_ANOGA,Q5TVQ5_ANOGA,Q7PJE1_ANOGA,Q7PMD8_ANOGA,Q7PP63_ANOGA,Q7PQ02_ANOGA,Q7PQ14_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PS97_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVB9_ANOGA,Q7PXH8_ANOGA,Q7PYF2_ANOGA,Q7PZG4_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q680_ANOGA,Q7Q8S2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QAT0_ANOGA,Q7QC42_ANOGA,Q7QD57_ANOGA,Q7QEB0_ANOGA,RpS14a,Q7QFZ1_ANOGA,Q7QGF9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QIP5_ANOGA,RpL18,RpS17,RpL8
GO:1901566	Organonitrogen compound biosynthetic process	78	794	0.64	1.86	2.28e-25	7165.A0NF04,7165.A0NG32,7165.A0NGY0,7165.F5HL97,7165.F5HM13,7165.O44248,7165.P33514,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TNJ4,7165.Q5TRW7,7165.Q5TTG1,7165.Q5TV73,7165.Q5TVQ5,7165.Q7PGI2,7165.Q7PHI8,7165.Q7PIQ5,7165.Q7PJE1,7165.Q7PMD8,7165.Q7PP63,7165.Q7PQ02,7165.Q7PQ14,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PRR3,7165.Q7PS97,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVB9,7165.Q7PWF1,7165.Q7PWZ7,7165.Q7PXH8,7165.Q7PYF2,7165.Q7PZG4,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q1H5,7165.Q7Q3N8,7165.Q7Q410,7165.Q7Q4T4,7165.Q7Q680,7165.Q7Q6C1,7165.Q7Q8H4,7165.Q7Q8S2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QAP1,7165.Q7QAT0,7165.Q7QC42,7165.Q7QCW3,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QEB0,7165.Q7QEH1,7165.Q7QEW3,7165.Q7QFL7,7165.Q7QFZ1,7165.Q7QG44,7165.Q7QGF9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QHS3,7165.Q7QIP5,7165.Q7QJM5,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,A0NG32_ANOGA,RpL17,F5HL97_ANOGA,F5HM13_ANOGA,RpL5,RpS7,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TNJ4_ANOGA,Q5TRW7_ANOGA,Vha68-2,Q5TV73_ANOGA,Q5TVQ5_ANOGA,Q7PGI2_ANOGA,Q7PHI8_ANOGA,Q7PIQ5_ANOGA,Q7PJE1_ANOGA,Q7PMD8_ANOGA,Q7PP63_ANOGA,Q7PQ02_ANOGA,Q7PQ14_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PRR3_ANOGA,Q7PS97_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVB9_ANOGA,Q7PWF1_ANOGA,Q7PWZ7_ANOGA,Q7PXH8_ANOGA,Q7PYF2_ANOGA,Q7PZG4_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q1H5_ANOGA,Q7Q3N8_ANOGA,Q7Q410_ANOGA,Q7Q4T4_ANOGA,Q7Q680_ANOGA,Q7Q6C1_ANOGA,Q7Q8H4_ANOGA,Q7Q8S2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QAP1_ANOGA,Q7QAT0_ANOGA,Q7QC42_ANOGA,Q7QCW3_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QEB0_ANOGA,RpS14a,Q7QEW3_ANOGA,mal,Q7QFZ1_ANOGA,Q7QG44_ANOGA,Q7QGF9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QHS3_ANOGA,Q7QIP5_ANOGA,RpL18,RpS17,RpL8
GO:0002181	Cytoplasmic translation	35	102	1.19	3.86	3.42e-25	7165.A0NF04,7165.A0NGY0,7165.P52818,7165.Q5TMJ9,7165.Q5TNJ4,7165.Q5TV73,7165.Q7PP63,7165.Q7PQ02,7165.Q7PQ14,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PS97,7165.Q7PT95,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PV82,7165.Q7PVB9,7165.Q7PXH8,7165.Q7PYF2,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0Y7,7165.Q7Q8S2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QAT0,7165.Q7QC42,7165.Q7QEB0,7165.Q7QFZ1,7165.Q7QGF9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q9U9L2	A0NF04_ANOGA,RpL17,RpL15,Q5TMJ9_ANOGA,Q5TNJ4_ANOGA,Q5TV73_ANOGA,Q7PP63_ANOGA,Q7PQ02_ANOGA,Q7PQ14_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PS97_ANOGA,Q7PT95_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PV82_ANOGA,Q7PVB9_ANOGA,Q7PXH8_ANOGA,Q7PYF2_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0Y7_ANOGA,Q7Q8S2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QAT0_ANOGA,Q7QC42_ANOGA,Q7QEB0_ANOGA,Q7QFZ1_ANOGA,Q7QGF9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,RpL8
GO:0043603	Cellular amide metabolic process	63	516	0.74	2.15	1.74e-24	7165.A0NF04,7165.A0NG32,7165.A0NGY0,7165.F5HL97,7165.F5HM13,7165.O44248,7165.O77462,7165.P33514,7165.P46428,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TNJ4,7165.Q5TV73,7165.Q5TVQ5,7165.Q7PGI2,7165.Q7PJE1,7165.Q7PMD8,7165.Q7PMT2,7165.Q7PP63,7165.Q7PQ02,7165.Q7PQ14,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PS97,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVB9,7165.Q7PXH8,7165.Q7PYF2,7165.Q7PZG4,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q680,7165.Q7Q8S2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QAT0,7165.Q7QC42,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QEB0,7165.Q7QEH1,7165.Q7QFZ1,7165.Q7QGF9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QHS3,7165.Q7QIP5,7165.Q7QJM5,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,A0NG32_ANOGA,RpL17,F5HL97_ANOGA,F5HM13_ANOGA,RpL5,GstD1,RpS7,GstS1,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TNJ4_ANOGA,Q5TV73_ANOGA,Q5TVQ5_ANOGA,Q7PGI2_ANOGA,Q7PJE1_ANOGA,Q7PMD8_ANOGA,Q7PMT2_ANOGA,Q7PP63_ANOGA,Q7PQ02_ANOGA,Q7PQ14_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PS97_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVB9_ANOGA,Q7PXH8_ANOGA,Q7PYF2_ANOGA,Q7PZG4_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q680_ANOGA,Q7Q8S2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QAT0_ANOGA,Q7QC42_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QEB0_ANOGA,RpS14a,Q7QFZ1_ANOGA,Q7QGF9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QHS3_ANOGA,Q7QIP5_ANOGA,RpL18,RpS17,RpL8
GO:0006518	Peptide metabolic process	56	423	0.77	2.22	5.11e-23	7165.A0NF04,7165.A0NGY0,7165.F5HL97,7165.O44248,7165.O77462,7165.P33514,7165.P46428,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TNJ4,7165.Q5TV73,7165.Q5TVQ5,7165.Q7PJE1,7165.Q7PMD8,7165.Q7PP63,7165.Q7PQ02,7165.Q7PQ14,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PS97,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVB9,7165.Q7PXH8,7165.Q7PYF2,7165.Q7PZG4,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q680,7165.Q7Q8S2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QAT0,7165.Q7QC42,7165.Q7QD57,7165.Q7QEB0,7165.Q7QEH1,7165.Q7QFZ1,7165.Q7QGF9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QIP5,7165.Q7QJM5,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,RpL17,F5HL97_ANOGA,RpL5,GstD1,RpS7,GstS1,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TNJ4_ANOGA,Q5TV73_ANOGA,Q5TVQ5_ANOGA,Q7PJE1_ANOGA,Q7PMD8_ANOGA,Q7PP63_ANOGA,Q7PQ02_ANOGA,Q7PQ14_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PS97_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVB9_ANOGA,Q7PXH8_ANOGA,Q7PYF2_ANOGA,Q7PZG4_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q680_ANOGA,Q7Q8S2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QAT0_ANOGA,Q7QC42_ANOGA,Q7QD57_ANOGA,Q7QEB0_ANOGA,RpS14a,Q7QFZ1_ANOGA,Q7QGF9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QIP5_ANOGA,RpL18,RpS17,RpL8
GO:0044271	Cellular nitrogen compound biosynthetic process	71	718	0.65	1.82	5.29e-23	7165.A0NF04,7165.A0NG32,7165.A0NGY0,7165.F5HL97,7165.F5HM13,7165.O44248,7165.P33514,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TNJ4,7165.Q5TTG1,7165.Q5TV73,7165.Q5TVQ5,7165.Q7PGI2,7165.Q7PHI8,7165.Q7PJE1,7165.Q7PMD8,7165.Q7PP63,7165.Q7PQ02,7165.Q7PQ14,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PRR3,7165.Q7PS97,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVB9,7165.Q7PWZ7,7165.Q7PXH8,7165.Q7PYF2,7165.Q7PZG4,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q1H5,7165.Q7Q3N8,7165.Q7Q4T4,7165.Q7Q680,7165.Q7Q6C1,7165.Q7Q8S2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QAP1,7165.Q7QAT0,7165.Q7QC42,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QEB0,7165.Q7QEH1,7165.Q7QEW3,7165.Q7QFZ1,7165.Q7QG44,7165.Q7QGF9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QHS3,7165.Q7QIP5,7165.Q7QJM5,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,A0NG32_ANOGA,RpL17,F5HL97_ANOGA,F5HM13_ANOGA,RpL5,RpS7,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TNJ4_ANOGA,Vha68-2,Q5TV73_ANOGA,Q5TVQ5_ANOGA,Q7PGI2_ANOGA,Q7PHI8_ANOGA,Q7PJE1_ANOGA,Q7PMD8_ANOGA,Q7PP63_ANOGA,Q7PQ02_ANOGA,Q7PQ14_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PRR3_ANOGA,Q7PS97_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVB9_ANOGA,Q7PWZ7_ANOGA,Q7PXH8_ANOGA,Q7PYF2_ANOGA,Q7PZG4_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q1H5_ANOGA,Q7Q3N8_ANOGA,Q7Q4T4_ANOGA,Q7Q680_ANOGA,Q7Q6C1_ANOGA,Q7Q8S2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QAP1_ANOGA,Q7QAT0_ANOGA,Q7QC42_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QEB0_ANOGA,RpS14a,Q7QEW3_ANOGA,Q7QFZ1_ANOGA,Q7QG44_ANOGA,Q7QGF9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QHS3_ANOGA,Q7QIP5_ANOGA,RpL18,RpS17,RpL8
GO:0009058	Biosynthetic process	94	1298	0.51	1.44	2.49e-22	7165.A0NF04,7165.A0NG32,7165.A0NGY0,7165.A7UUW7,7165.F5HL97,7165.F5HM13,7165.O44248,7165.P33514,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TNJ4,7165.Q5TRQ3,7165.Q5TRW7,7165.Q5TTG1,7165.Q5TV73,7165.Q5TVQ5,7165.Q7PGI2,7165.Q7PHI8,7165.Q7PIQ5,7165.Q7PJE1,7165.Q7PMD8,7165.Q7PP63,7165.Q7PQ02,7165.Q7PQ11,7165.Q7PQ14,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PRR3,7165.Q7PS97,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PTN3,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVA2,7165.Q7PVB9,7165.Q7PVV2,7165.Q7PWF1,7165.Q7PWZ7,7165.Q7PX40,7165.Q7PXH8,7165.Q7PXW5,7165.Q7PYE4,7165.Q7PYF2,7165.Q7PZG4,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q1H5,7165.Q7Q229,7165.Q7Q3N8,7165.Q7Q410,7165.Q7Q455,7165.Q7Q4R9,7165.Q7Q4T4,7165.Q7Q680,7165.Q7Q6C1,7165.Q7Q8H4,7165.Q7Q8S2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QAP1,7165.Q7QAT0,7165.Q7QC42,7165.Q7QCE1,7165.Q7QCW3,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QDU9,7165.Q7QE79,7165.Q7QEB0,7165.Q7QEH1,7165.Q7QEW3,7165.Q7QFL7,7165.Q7QFZ1,7165.Q7QG44,7165.Q7QGF9,7165.Q7QHE9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QHS3,7165.Q7QIP5,7165.Q7QJM5,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,A0NG32_ANOGA,RpL17,A7UUW7_ANOGA,F5HL97_ANOGA,F5HM13_ANOGA,RpL5,RpS7,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TNJ4_ANOGA,COEBE3D,Q5TRW7_ANOGA,Vha68-2,Q5TV73_ANOGA,Q5TVQ5_ANOGA,Q7PGI2_ANOGA,Q7PHI8_ANOGA,Q7PIQ5_ANOGA,Q7PJE1_ANOGA,Q7PMD8_ANOGA,Q7PP63_ANOGA,Q7PQ02_ANOGA,Q7PQ11_ANOGA,Q7PQ14_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PRR3_ANOGA,Q7PS97_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PTN3_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVA2_ANOGA,Q7PVB9_ANOGA,Q7PVV2_ANOGA,Q7PWF1_ANOGA,Q7PWZ7_ANOGA,Q7PX40_ANOGA,Q7PXH8_ANOGA,Q7PXW5_ANOGA,Q7PYE4_ANOGA,Q7PYF2_ANOGA,Q7PZG4_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q1H5_ANOGA,Q7Q229_ANOGA,Q7Q3N8_ANOGA,Q7Q410_ANOGA,Q7Q455_ANOGA,Q7Q4R9_ANOGA,Q7Q4T4_ANOGA,Q7Q680_ANOGA,Q7Q6C1_ANOGA,Q7Q8H4_ANOGA,Q7Q8S2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QAP1_ANOGA,Q7QAT0_ANOGA,Q7QC42_ANOGA,Q7QCE1_ANOGA,Q7QCW3_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QDU9_ANOGA,Q7QE79_ANOGA,Q7QEB0_ANOGA,RpS14a,Q7QEW3_ANOGA,mal,Q7QFZ1_ANOGA,Q7QG44_ANOGA,Q7QGF9_ANOGA,Q7QHE9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QHS3_ANOGA,Q7QIP5_ANOGA,RpL18,RpS17,RpL8
GO:1901576	Organic substance biosynthetic process	92	1261	0.51	1.44	5.53e-22	7165.A0NF04,7165.A0NG32,7165.A0NGY0,7165.A7UUW7,7165.F5HL97,7165.F5HM13,7165.O44248,7165.P33514,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TNJ4,7165.Q5TRW7,7165.Q5TTG1,7165.Q5TV73,7165.Q5TVQ5,7165.Q7PGI2,7165.Q7PHI8,7165.Q7PIQ5,7165.Q7PJE1,7165.Q7PMD8,7165.Q7PP63,7165.Q7PQ02,7165.Q7PQ11,7165.Q7PQ14,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PRR3,7165.Q7PS97,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PTN3,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVA2,7165.Q7PVB9,7165.Q7PVV2,7165.Q7PWF1,7165.Q7PWZ7,7165.Q7PX40,7165.Q7PXH8,7165.Q7PXW5,7165.Q7PYE4,7165.Q7PYF2,7165.Q7PZG4,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q1H5,7165.Q7Q229,7165.Q7Q3N8,7165.Q7Q410,7165.Q7Q455,7165.Q7Q4T4,7165.Q7Q680,7165.Q7Q6C1,7165.Q7Q8H4,7165.Q7Q8S2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QAP1,7165.Q7QAT0,7165.Q7QC42,7165.Q7QCE1,7165.Q7QCW3,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QDU9,7165.Q7QE79,7165.Q7QEB0,7165.Q7QEH1,7165.Q7QEW3,7165.Q7QFL7,7165.Q7QFZ1,7165.Q7QG44,7165.Q7QGF9,7165.Q7QHE9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QHS3,7165.Q7QIP5,7165.Q7QJM5,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,A0NG32_ANOGA,RpL17,A7UUW7_ANOGA,F5HL97_ANOGA,F5HM13_ANOGA,RpL5,RpS7,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TNJ4_ANOGA,Q5TRW7_ANOGA,Vha68-2,Q5TV73_ANOGA,Q5TVQ5_ANOGA,Q7PGI2_ANOGA,Q7PHI8_ANOGA,Q7PIQ5_ANOGA,Q7PJE1_ANOGA,Q7PMD8_ANOGA,Q7PP63_ANOGA,Q7PQ02_ANOGA,Q7PQ11_ANOGA,Q7PQ14_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PRR3_ANOGA,Q7PS97_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PTN3_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVA2_ANOGA,Q7PVB9_ANOGA,Q7PVV2_ANOGA,Q7PWF1_ANOGA,Q7PWZ7_ANOGA,Q7PX40_ANOGA,Q7PXH8_ANOGA,Q7PXW5_ANOGA,Q7PYE4_ANOGA,Q7PYF2_ANOGA,Q7PZG4_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q1H5_ANOGA,Q7Q229_ANOGA,Q7Q3N8_ANOGA,Q7Q410_ANOGA,Q7Q455_ANOGA,Q7Q4T4_ANOGA,Q7Q680_ANOGA,Q7Q6C1_ANOGA,Q7Q8H4_ANOGA,Q7Q8S2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QAP1_ANOGA,Q7QAT0_ANOGA,Q7QC42_ANOGA,Q7QCE1_ANOGA,Q7QCW3_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QDU9_ANOGA,Q7QE79_ANOGA,Q7QEB0_ANOGA,RpS14a,Q7QEW3_ANOGA,mal,Q7QFZ1_ANOGA,Q7QG44_ANOGA,Q7QGF9_ANOGA,Q7QHE9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QHS3_ANOGA,Q7QIP5_ANOGA,RpL18,RpS17,RpL8
GO:0034645	Cellular macromolecule biosynthetic process	57	476	0.73	2.03	1.29e-21	7165.A0NF04,7165.A0NGY0,7165.F5HL97,7165.O44248,7165.P33514,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TNJ4,7165.Q5TV73,7165.Q5TVQ5,7165.Q7PJE1,7165.Q7PMD8,7165.Q7PP63,7165.Q7PQ02,7165.Q7PQ14,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PS97,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVB9,7165.Q7PX40,7165.Q7PXH8,7165.Q7PYF2,7165.Q7PZG4,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q680,7165.Q7Q8S2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QAT0,7165.Q7QC42,7165.Q7QCE1,7165.Q7QD57,7165.Q7QDU9,7165.Q7QEB0,7165.Q7QEH1,7165.Q7QFZ1,7165.Q7QGF9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QIP5,7165.Q7QJM5,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,RpL17,F5HL97_ANOGA,RpL5,RpS7,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TNJ4_ANOGA,Q5TV73_ANOGA,Q5TVQ5_ANOGA,Q7PJE1_ANOGA,Q7PMD8_ANOGA,Q7PP63_ANOGA,Q7PQ02_ANOGA,Q7PQ14_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PS97_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVB9_ANOGA,Q7PX40_ANOGA,Q7PXH8_ANOGA,Q7PYF2_ANOGA,Q7PZG4_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q680_ANOGA,Q7Q8S2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QAT0_ANOGA,Q7QC42_ANOGA,Q7QCE1_ANOGA,Q7QD57_ANOGA,Q7QDU9_ANOGA,Q7QEB0_ANOGA,RpS14a,Q7QFZ1_ANOGA,Q7QGF9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QIP5_ANOGA,RpL18,RpS17,RpL8
GO:0044249	Cellular biosynthetic process	89	1234	0.51	1.41	8.09e-21	7165.A0NF04,7165.A0NG32,7165.A0NGY0,7165.F5HL97,7165.F5HM13,7165.O44248,7165.P33514,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TNJ4,7165.Q5TRQ3,7165.Q5TRW7,7165.Q5TTG1,7165.Q5TV73,7165.Q5TVQ5,7165.Q7PGI2,7165.Q7PHI8,7165.Q7PJE1,7165.Q7PMD8,7165.Q7PP63,7165.Q7PQ02,7165.Q7PQ11,7165.Q7PQ14,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PRR3,7165.Q7PS97,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PTN3,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVB9,7165.Q7PVV2,7165.Q7PWF1,7165.Q7PWZ7,7165.Q7PX40,7165.Q7PXH8,7165.Q7PYE4,7165.Q7PYF2,7165.Q7PZG4,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q1H5,7165.Q7Q229,7165.Q7Q3N8,7165.Q7Q410,7165.Q7Q455,7165.Q7Q4T4,7165.Q7Q680,7165.Q7Q6C1,7165.Q7Q8H4,7165.Q7Q8S2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QAP1,7165.Q7QAT0,7165.Q7QC42,7165.Q7QCE1,7165.Q7QCW3,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QDU9,7165.Q7QE79,7165.Q7QEB0,7165.Q7QEH1,7165.Q7QEW3,7165.Q7QFL7,7165.Q7QFZ1,7165.Q7QG44,7165.Q7QGF9,7165.Q7QHE9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QHS3,7165.Q7QIP5,7165.Q7QJM5,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,A0NG32_ANOGA,RpL17,F5HL97_ANOGA,F5HM13_ANOGA,RpL5,RpS7,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TNJ4_ANOGA,COEBE3D,Q5TRW7_ANOGA,Vha68-2,Q5TV73_ANOGA,Q5TVQ5_ANOGA,Q7PGI2_ANOGA,Q7PHI8_ANOGA,Q7PJE1_ANOGA,Q7PMD8_ANOGA,Q7PP63_ANOGA,Q7PQ02_ANOGA,Q7PQ11_ANOGA,Q7PQ14_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PRR3_ANOGA,Q7PS97_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PTN3_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVB9_ANOGA,Q7PVV2_ANOGA,Q7PWF1_ANOGA,Q7PWZ7_ANOGA,Q7PX40_ANOGA,Q7PXH8_ANOGA,Q7PYE4_ANOGA,Q7PYF2_ANOGA,Q7PZG4_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q1H5_ANOGA,Q7Q229_ANOGA,Q7Q3N8_ANOGA,Q7Q410_ANOGA,Q7Q455_ANOGA,Q7Q4T4_ANOGA,Q7Q680_ANOGA,Q7Q6C1_ANOGA,Q7Q8H4_ANOGA,Q7Q8S2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QAP1_ANOGA,Q7QAT0_ANOGA,Q7QC42_ANOGA,Q7QCE1_ANOGA,Q7QCW3_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QDU9_ANOGA,Q7QE79_ANOGA,Q7QEB0_ANOGA,RpS14a,Q7QEW3_ANOGA,mal,Q7QFZ1_ANOGA,Q7QG44_ANOGA,Q7QGF9_ANOGA,Q7QHE9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QHS3_ANOGA,Q7QIP5_ANOGA,RpL18,RpS17,RpL8
GO:0022900	Electron transport chain	26	73	1.2	3.26	8.04e-19	7165.A0NFA7,7165.A7URF1,7165.A7UUV3,7165.F5HJY7,7165.P34840,7165.P34846,7165.Q7PCT5,7165.Q7PF83,7165.Q7PHI8,7165.Q7PM07,7165.Q7PMH3,7165.Q7PNP3,7165.Q7PRW3,7165.Q7PSA9,7165.Q7PWI1,7165.Q7PXY3,7165.Q7Q009,7165.Q7Q1B8,7165.Q7Q609,7165.Q7Q8A2,7165.Q7QDP2,7165.Q7QDV0,7165.Q7QG65,7165.Q7QHC7,7165.Q7QIL1,7165.Q7QK64	A0NFA7_ANOGA,A7URF1_ANOGA,A7UUV3_ANOGA,F5HJY7_ANOGA,COII,mt:ND1,Q7PCT5_ANOGA,Q7PF83_ANOGA,Q7PHI8_ANOGA,Q7PM07_ANOGA,Q7PMH3_ANOGA,Q7PNP3_ANOGA,Q7PRW3_ANOGA,Q7PSA9_ANOGA,Q7PWI1_ANOGA,Q7PXY3_ANOGA,Q7Q009_ANOGA,Q7Q1B8_ANOGA,Q7Q609_ANOGA,Q7Q8A2_ANOGA,Q7QDP2_ANOGA,Q7QDV0_ANOGA,Q7QG65_ANOGA,Q7QHC7_ANOGA,Q7QIL1_ANOGA,Q7QK64_ANOGA
GO:0044281	Small molecule metabolic process	69	867	0.55	1.43	1.86e-17	7165.A0NG32,7165.A7UUW7,7165.F5HIU6,7165.F5HKN6,7165.F5HL44,7165.F5HL87,7165.F5HLM0,7165.F5HM13,7165.F7IVD7,7165.O76757,7165.Q5TRW7,7165.Q5TTG1,7165.Q5TVM9,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PKK3,7165.Q7PMT2,7165.Q7PNP8,7165.Q7PQ11,7165.Q7PQQ3,7165.Q7PR84,7165.Q7PRR3,7165.Q7PSB4,7165.Q7PSP0,7165.Q7PV48,7165.Q7PVA2,7165.Q7PVV2,7165.Q7PWF1,7165.Q7PWZ7,7165.Q7PXW5,7165.Q7PYD5,7165.Q7PYE4,7165.Q7PYE7,7165.Q7PYX7,7165.Q7PZB6,7165.Q7Q164,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q1V4,7165.Q7Q1W2,7165.Q7Q229,7165.Q7Q3A3,7165.Q7Q3D8,7165.Q7Q3N8,7165.Q7Q410,7165.Q7Q537,7165.Q7Q610,7165.Q7Q6C1,7165.Q7Q8H4,7165.Q7QA76,7165.Q7QA89,7165.Q7QAP1,7165.Q7QC84,7165.Q7QCH6,7165.Q7QCW3,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDH6,7165.Q7QDU3,7165.Q7QEF5,7165.Q7QEW3,7165.Q7QF92,7165.Q7QFT0,7165.Q7QG44,7165.Q7QHS3,7165.Q7QIF7,7165.Q7QKH2	A0NG32_ANOGA,A7UUW7_ANOGA,F5HIU6_ANOGA,F5HKN6_ANOGA,F5HL44_ANOGA,F5HL87_ANOGA,F5HLM0_ANOGA,F5HM13_ANOGA,F7IVD7_ANOGA,Ahcy13,Q5TRW7_ANOGA,Vha68-2,Q5TVM9_ANOGA,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PKK3_ANOGA,Q7PMT2_ANOGA,Q7PNP8_ANOGA,Q7PQ11_ANOGA,Q7PQQ3_ANOGA,Q7PR84_ANOGA,Q7PRR3_ANOGA,Q7PSB4_ANOGA,Q7PSP0_ANOGA,Q7PV48_ANOGA,Q7PVA2_ANOGA,Q7PVV2_ANOGA,Q7PWF1_ANOGA,Q7PWZ7_ANOGA,Q7PXW5_ANOGA,Q7PYD5_ANOGA,Q7PYE4_ANOGA,Q7PYE7_ANOGA,Q7PYX7_ANOGA,Q7PZB6_ANOGA,Q7Q164_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q1V4_ANOGA,Q7Q1W2_ANOGA,Q7Q229_ANOGA,Q7Q3A3_ANOGA,Q7Q3D8_ANOGA,Q7Q3N8_ANOGA,Q7Q410_ANOGA,Q7Q537_ANOGA,Q7Q610_ANOGA,Q7Q6C1_ANOGA,Q7Q8H4_ANOGA,Q7QA76_ANOGA,Q7QA89_ANOGA,Q7QAP1_ANOGA,MMSA_ANOGA,Q7QCH6_ANOGA,Q7QCW3_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDH6_ANOGA,Q7QDU3_ANOGA,Q7QEF5_ANOGA,Q7QEW3_ANOGA,Q7QF92_ANOGA,Q7QFT0_ANOGA,Q7QG44_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA,Q7QKH2_ANOGA
GO:0022904	Respiratory electron transport chain	23	59	1.24	3.16	3.01e-17	7165.A0NFA7,7165.A7URF1,7165.A7UUV3,7165.F5HJY7,7165.P34840,7165.Q7PCT5,7165.Q7PF83,7165.Q7PM07,7165.Q7PMH3,7165.Q7PNP3,7165.Q7PSA9,7165.Q7PWI1,7165.Q7PXY3,7165.Q7Q009,7165.Q7Q1B8,7165.Q7Q609,7165.Q7Q8A2,7165.Q7QDP2,7165.Q7QDV0,7165.Q7QG65,7165.Q7QHC7,7165.Q7QIL1,7165.Q7QK64	A0NFA7_ANOGA,A7URF1_ANOGA,A7UUV3_ANOGA,F5HJY7_ANOGA,COII,Q7PCT5_ANOGA,Q7PF83_ANOGA,Q7PM07_ANOGA,Q7PMH3_ANOGA,Q7PNP3_ANOGA,Q7PSA9_ANOGA,Q7PWI1_ANOGA,Q7PXY3_ANOGA,Q7Q009_ANOGA,Q7Q1B8_ANOGA,Q7Q609_ANOGA,Q7Q8A2_ANOGA,Q7QDP2_ANOGA,Q7QDV0_ANOGA,Q7QG65_ANOGA,Q7QHC7_ANOGA,Q7QIL1_ANOGA,Q7QK64_ANOGA
GO:0006119	Oxidative phosphorylation	23	61	1.23	3.1	5.27e-17	7165.A0NFA7,7165.A7UUV3,7165.F5HJY7,7165.P34840,7165.Q7PCT5,7165.Q7PF83,7165.Q7PM07,7165.Q7PMH3,7165.Q7PRR3,7165.Q7PSA9,7165.Q7PWI1,7165.Q7PXY3,7165.Q7Q009,7165.Q7Q1B8,7165.Q7Q609,7165.Q7Q8A2,7165.Q7QAP1,7165.Q7QDP2,7165.Q7QDV0,7165.Q7QG65,7165.Q7QHC7,7165.Q7QIL1,7165.Q7QK64	A0NFA7_ANOGA,A7UUV3_ANOGA,F5HJY7_ANOGA,COII,Q7PCT5_ANOGA,Q7PF83_ANOGA,Q7PM07_ANOGA,Q7PMH3_ANOGA,Q7PRR3_ANOGA,Q7PSA9_ANOGA,Q7PWI1_ANOGA,Q7PXY3_ANOGA,Q7Q009_ANOGA,Q7Q1B8_ANOGA,Q7Q609_ANOGA,Q7Q8A2_ANOGA,Q7QAP1_ANOGA,Q7QDP2_ANOGA,Q7QDV0_ANOGA,Q7QG65_ANOGA,Q7QHC7_ANOGA,Q7QIL1_ANOGA,Q7QK64_ANOGA
GO:0019752	Carboxylic acid metabolic process	47	413	0.71	1.78	1.06e-16	7165.A0NG32,7165.A7UUW7,7165.F5HIU6,7165.F5HKN6,7165.F5HL44,7165.F5HL87,7165.F5HLM0,7165.F5HM13,7165.Q5TRW7,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PNP8,7165.Q7PQ11,7165.Q7PQQ3,7165.Q7PR84,7165.Q7PSB4,7165.Q7PSP0,7165.Q7PV48,7165.Q7PVA2,7165.Q7PVV2,7165.Q7PWF1,7165.Q7PXW5,7165.Q7PYD5,7165.Q7PYE4,7165.Q7PYE7,7165.Q7PYX7,7165.Q7PZB6,7165.Q7Q1U8,7165.Q7Q1V4,7165.Q7Q3A3,7165.Q7Q3D8,7165.Q7Q410,7165.Q7Q537,7165.Q7Q8H4,7165.Q7QA76,7165.Q7QA89,7165.Q7QC84,7165.Q7QCW3,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QEF5,7165.Q7QFT0,7165.Q7QHS3,7165.Q7QIF7,7165.Q7QKH2	A0NG32_ANOGA,A7UUW7_ANOGA,F5HIU6_ANOGA,F5HKN6_ANOGA,F5HL44_ANOGA,F5HL87_ANOGA,F5HLM0_ANOGA,F5HM13_ANOGA,Q5TRW7_ANOGA,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PNP8_ANOGA,Q7PQ11_ANOGA,Q7PQQ3_ANOGA,Q7PR84_ANOGA,Q7PSB4_ANOGA,Q7PSP0_ANOGA,Q7PV48_ANOGA,Q7PVA2_ANOGA,Q7PVV2_ANOGA,Q7PWF1_ANOGA,Q7PXW5_ANOGA,Q7PYD5_ANOGA,Q7PYE4_ANOGA,Q7PYE7_ANOGA,Q7PYX7_ANOGA,Q7PZB6_ANOGA,Q7Q1U8_ANOGA,Q7Q1V4_ANOGA,Q7Q3A3_ANOGA,Q7Q3D8_ANOGA,Q7Q410_ANOGA,Q7Q537_ANOGA,Q7Q8H4_ANOGA,Q7QA76_ANOGA,Q7QA89_ANOGA,MMSA_ANOGA,Q7QCW3_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QEF5_ANOGA,Q7QFT0_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA,Q7QKH2_ANOGA
GO:0042773	ATP synthesis coupled electron transport	21	51	1.27	3.06	4.04e-16	7165.A0NFA7,7165.A7UUV3,7165.F5HJY7,7165.P34840,7165.Q7PCT5,7165.Q7PF83,7165.Q7PM07,7165.Q7PMH3,7165.Q7PSA9,7165.Q7PWI1,7165.Q7PXY3,7165.Q7Q009,7165.Q7Q1B8,7165.Q7Q609,7165.Q7Q8A2,7165.Q7QDP2,7165.Q7QDV0,7165.Q7QG65,7165.Q7QHC7,7165.Q7QIL1,7165.Q7QK64	A0NFA7_ANOGA,A7UUV3_ANOGA,F5HJY7_ANOGA,COII,Q7PCT5_ANOGA,Q7PF83_ANOGA,Q7PM07_ANOGA,Q7PMH3_ANOGA,Q7PSA9_ANOGA,Q7PWI1_ANOGA,Q7PXY3_ANOGA,Q7Q009_ANOGA,Q7Q1B8_ANOGA,Q7Q609_ANOGA,Q7Q8A2_ANOGA,Q7QDP2_ANOGA,Q7QDV0_ANOGA,Q7QG65_ANOGA,Q7QHC7_ANOGA,Q7QIL1_ANOGA,Q7QK64_ANOGA
GO:0071704	Organic substance metabolic process	175	4590	0.23	0.8	8.73e-16	7165.A0NF04,7165.A0NF62,7165.A0NF86,7165.A0NG32,7165.A0NGJ1,7165.A0NGY0,7165.A7UR88,7165.A7UUW7,7165.A7UVK8,7165.F5HIU6,7165.F5HKN6,7165.F5HL44,7165.F5HL87,7165.F5HL97,7165.F5HLM0,7165.F5HLN3,7165.F5HM13,7165.F7IVD7,7165.O44248,7165.O76732,7165.O76757,7165.O77462,7165.P33514,7165.P46428,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TMQ0,7165.Q5TNA7,7165.Q5TNF5,7165.Q5TNJ4,7165.Q5TRQ3,7165.Q5TRW7,7165.Q5TTG1,7165.Q5TV73,7165.Q5TVM9,7165.Q5TVQ5,7165.Q5TW24,7165.Q5TWE1,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PIQ3,7165.Q7PIQ5,7165.Q7PJE1,7165.Q7PKK3,7165.Q7PMD8,7165.Q7PMT2,7165.Q7PMZ0,7165.Q7PNP8,7165.Q7PP63,7165.Q7PPF3,7165.Q7PQ02,7165.Q7PQ11,7165.Q7PQ14,7165.Q7PQF4,7165.Q7PQI7,7165.Q7PQQ2,7165.Q7PQQ3,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PR84,7165.Q7PRC2,7165.Q7PRR3,7165.Q7PRT0,7165.Q7PS97,7165.Q7PSB4,7165.Q7PSF9,7165.Q7PSP0,7165.Q7PSV0,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PTN3,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV48,7165.Q7PV82,7165.Q7PVA2,7165.Q7PVB9,7165.Q7PVH2,7165.Q7PVV2,7165.Q7PVV8,7165.Q7PW34,7165.Q7PWF1,7165.Q7PWT2,7165.Q7PWZ7,7165.Q7PX40,7165.Q7PX68,7165.Q7PXH8,7165.Q7PXW5,7165.Q7PYD5,7165.Q7PYE4,7165.Q7PYE7,7165.Q7PYF2,7165.Q7PYX7,7165.Q7PZB6,7165.Q7PZG4,7165.Q7PZW9,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0P5,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q164,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q1V4,7165.Q7Q229,7165.Q7Q3A3,7165.Q7Q3D8,7165.Q7Q3L6,7165.Q7Q3N8,7165.Q7Q410,7165.Q7Q455,7165.Q7Q4T4,7165.Q7Q537,7165.Q7Q5K4,7165.Q7Q5Q9,7165.Q7Q610,7165.Q7Q680,7165.Q7Q6C1,7165.Q7Q6T9,7165.Q7Q716,7165.Q7Q789,7165.Q7Q8H4,7165.Q7Q8S2,7165.Q7Q9M8,7165.Q7Q9Q2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QA76,7165.Q7QA89,7165.Q7QAP1,7165.Q7QAT0,7165.Q7QAZ5,7165.Q7QC42,7165.Q7QC84,7165.Q7QCE1,7165.Q7QCH6,7165.Q7QCW3,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDH6,7165.Q7QDU3,7165.Q7QDU9,7165.Q7QE79,7165.Q7QEB0,7165.Q7QEF5,7165.Q7QEH1,7165.Q7QEW3,7165.Q7QF03,7165.Q7QF92,7165.Q7QFG0,7165.Q7QFL7,7165.Q7QFT0,7165.Q7QFZ1,7165.Q7QG44,7165.Q7QGF9,7165.Q7QHE9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QHS3,7165.Q7QIF7,7165.Q7QIP5,7165.Q7QJG6,7165.Q7QJM5,7165.Q7QKH2,7165.Q869C3,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,A0NF62_ANOGA,A0NF86_ANOGA,A0NG32_ANOGA,A0NGJ1_ANOGA,RpL17,A7UR88_ANOGA,A7UUW7_ANOGA,A7UVK8_ANOGA,F5HIU6_ANOGA,F5HKN6_ANOGA,F5HL44_ANOGA,F5HL87_ANOGA,F5HL97_ANOGA,F5HLM0_ANOGA,F5HLN3_ANOGA,F5HM13_ANOGA,F7IVD7_ANOGA,RpL5,RpL7A,Ahcy13,GstD1,RpS7,GstS1,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TMQ0_ANOGA,Q5TNA7_ANOGA,Q5TNF5_ANOGA,Q5TNJ4_ANOGA,COEBE3D,Q5TRW7_ANOGA,Vha68-2,Q5TV73_ANOGA,Q5TVM9_ANOGA,Q5TVQ5_ANOGA,Q5TW24_ANOGA,Q5TWE1_ANOGA,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PIQ3_ANOGA,Q7PIQ5_ANOGA,Q7PJE1_ANOGA,Q7PKK3_ANOGA,Q7PMD8_ANOGA,Q7PMT2_ANOGA,Q7PMZ0_ANOGA,Q7PNP8_ANOGA,Q7PP63_ANOGA,PPO3,Q7PQ02_ANOGA,Q7PQ11_ANOGA,Q7PQ14_ANOGA,Q7PQF4_ANOGA,Q7PQI7_ANOGA,Q7PQQ2_ANOGA,Q7PQQ3_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PR84_ANOGA,Q7PRC2_ANOGA,Q7PRR3_ANOGA,Q7PRT0_ANOGA,Q7PS97_ANOGA,Q7PSB4_ANOGA,Q7PSF9_ANOGA,Q7PSP0_ANOGA,Q7PSV0_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PTN3_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV48_ANOGA,Q7PV82_ANOGA,Q7PVA2_ANOGA,Q7PVB9_ANOGA,Q7PVH2_ANOGA,Q7PVV2_ANOGA,Q7PVV8_ANOGA,Q7PW34_ANOGA,Q7PWF1_ANOGA,Q7PWT2_ANOGA,Q7PWZ7_ANOGA,Q7PX40_ANOGA,Q7PX68_ANOGA,Q7PXH8_ANOGA,Q7PXW5_ANOGA,Q7PYD5_ANOGA,Q7PYE4_ANOGA,Q7PYE7_ANOGA,Q7PYF2_ANOGA,Q7PYX7_ANOGA,Q7PZB6_ANOGA,Q7PZG4_ANOGA,Q7PZW9_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0P5_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q164_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q1V4_ANOGA,Q7Q229_ANOGA,Q7Q3A3_ANOGA,Q7Q3D8_ANOGA,AgGp,Q7Q3N8_ANOGA,Q7Q410_ANOGA,Q7Q455_ANOGA,Q7Q4T4_ANOGA,Q7Q537_ANOGA,Q7Q5K4_ANOGA,PPO2,Q7Q610_ANOGA,Q7Q680_ANOGA,Q7Q6C1_ANOGA,Q7Q6T9_ANOGA,Q7Q716_ANOGA,Q7Q789_ANOGA,Q7Q8H4_ANOGA,Q7Q8S2_ANOGA,Q7Q9M8_ANOGA,Q7Q9Q2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QA76_ANOGA,Q7QA89_ANOGA,Q7QAP1_ANOGA,Q7QAT0_ANOGA,Q7QAZ5_ANOGA,Q7QC42_ANOGA,MMSA_ANOGA,Q7QCE1_ANOGA,Q7QCH6_ANOGA,Q7QCW3_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDH6_ANOGA,Q7QDU3_ANOGA,Q7QDU9_ANOGA,Q7QE79_ANOGA,Q7QEB0_ANOGA,Q7QEF5_ANOGA,RpS14a,Q7QEW3_ANOGA,Q7QF03_ANOGA,Q7QF92_ANOGA,Q7QFG0_ANOGA,mal,Q7QFT0_ANOGA,Q7QFZ1_ANOGA,Q7QG44_ANOGA,Q7QGF9_ANOGA,Q7QHE9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA,Q7QIP5_ANOGA,Q7QJG6_ANOGA,RpL18,Q7QKH2_ANOGA,Ace,RpS17,RpL8
GO:0019646	Aerobic electron transport chain	19	40	1.33	3.07	2.02e-15	7165.A0NFA7,7165.A7UUV3,7165.F5HJY7,7165.Q7PCT5,7165.Q7PF83,7165.Q7PM07,7165.Q7PMH3,7165.Q7PSA9,7165.Q7PWI1,7165.Q7Q009,7165.Q7Q1B8,7165.Q7Q609,7165.Q7Q8A2,7165.Q7QDP2,7165.Q7QDV0,7165.Q7QG65,7165.Q7QHC7,7165.Q7QIL1,7165.Q7QK64	A0NFA7_ANOGA,A7UUV3_ANOGA,F5HJY7_ANOGA,Q7PCT5_ANOGA,Q7PF83_ANOGA,Q7PM07_ANOGA,Q7PMH3_ANOGA,Q7PSA9_ANOGA,Q7PWI1_ANOGA,Q7Q009_ANOGA,Q7Q1B8_ANOGA,Q7Q609_ANOGA,Q7Q8A2_ANOGA,Q7QDP2_ANOGA,Q7QDV0_ANOGA,Q7QG65_ANOGA,Q7QHC7_ANOGA,Q7QIL1_ANOGA,Q7QK64_ANOGA
GO:0042775	Mitochondrial ATP synthesis coupled electron transport	19	45	1.28	2.87	1.07e-14	7165.A0NFA7,7165.A7UUV3,7165.F5HJY7,7165.Q7PCT5,7165.Q7PF83,7165.Q7PM07,7165.Q7PMH3,7165.Q7PSA9,7165.Q7PWI1,7165.Q7Q009,7165.Q7Q1B8,7165.Q7Q609,7165.Q7Q8A2,7165.Q7QDP2,7165.Q7QDV0,7165.Q7QG65,7165.Q7QHC7,7165.Q7QIL1,7165.Q7QK64	A0NFA7_ANOGA,A7UUV3_ANOGA,F5HJY7_ANOGA,Q7PCT5_ANOGA,Q7PF83_ANOGA,Q7PM07_ANOGA,Q7PMH3_ANOGA,Q7PSA9_ANOGA,Q7PWI1_ANOGA,Q7Q009_ANOGA,Q7Q1B8_ANOGA,Q7Q609_ANOGA,Q7Q8A2_ANOGA,Q7QDP2_ANOGA,Q7QDV0_ANOGA,Q7QG65_ANOGA,Q7QHC7_ANOGA,Q7QIL1_ANOGA,Q7QK64_ANOGA
GO:0009987	Cellular process	240	7971	0.13	0.65	5.53e-14	7165.A0NDN1,7165.A0NEA9,7165.A0NF04,7165.A0NF86,7165.A0NFA7,7165.A0NG32,7165.A0NGL9,7165.A0NGY0,7165.A3E7Z8,7165.A7UR88,7165.A7UR99,7165.A7URF1,7165.A7UU86,7165.A7UUV3,7165.A7UUW7,7165.A7UVK8,7165.A7UVN6,7165.F5HIU6,7165.F5HJY7,7165.F5HK42,7165.F5HK71,7165.F5HKJ1,7165.F5HKN6,7165.F5HKW1,7165.F5HL44,7165.F5HL87,7165.F5HL97,7165.F5HLB2,7165.F5HLL3,7165.F5HLM0,7165.F5HLN3,7165.F5HM13,7165.F7IVD7,7165.O44248,7165.O76732,7165.O76757,7165.O77462,7165.P33514,7165.P34840,7165.P34846,7165.P46428,7165.P52811,7165.P52813,7165.P52818,7165.P84185,7165.Q27238,7165.Q5TMJ9,7165.Q5TMQ0,7165.Q5TNJ4,7165.Q5TP19,7165.Q5TRQ3,7165.Q5TRW7,7165.Q5TTG1,7165.Q5TTI6,7165.Q5TV73,7165.Q5TVM9,7165.Q5TVQ5,7165.Q5TW24,7165.Q5TX32,7165.Q5TX48,7165.Q7PCT5,7165.Q7PCX0,7165.Q7PF83,7165.Q7PFH8,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PIQ3,7165.Q7PIQ5,7165.Q7PJE1,7165.Q7PK91,7165.Q7PKK3,7165.Q7PKQ5,7165.Q7PM07,7165.Q7PMD1,7165.Q7PMD8,7165.Q7PMF3,7165.Q7PMG2,7165.Q7PMH3,7165.Q7PMT2,7165.Q7PNP3,7165.Q7PNP8,7165.Q7PP63,7165.Q7PPA5,7165.Q7PPF3,7165.Q7PPR6,7165.Q7PQ02,7165.Q7PQ11,7165.Q7PQ14,7165.Q7PQF4,7165.Q7PQI7,7165.Q7PQQ2,7165.Q7PQQ3,7165.Q7PQV7,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ4,7165.Q7PQZ6,7165.Q7PR84,7165.Q7PRC2,7165.Q7PRQ8,7165.Q7PRR3,7165.Q7PRT0,7165.Q7PRW3,7165.Q7PS85,7165.Q7PS97,7165.Q7PSA9,7165.Q7PSB4,7165.Q7PSH4,7165.Q7PSM6,7165.Q7PSP0,7165.Q7PSV0,7165.Q7PSZ8,7165.Q7PT29,7165.Q7PT95,7165.Q7PTJ0,7165.Q7PTN2,7165.Q7PTN3,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUQ8,7165.Q7PUR8,7165.Q7PUV2,7165.Q7PV48,7165.Q7PV82,7165.Q7PVA2,7165.Q7PVB9,7165.Q7PVH2,7165.Q7PVV2,7165.Q7PW34,7165.Q7PWF1,7165.Q7PWI1,7165.Q7PWZ7,7165.Q7PX40,7165.Q7PXA8,7165.Q7PXH8,7165.Q7PXW5,7165.Q7PXY3,7165.Q7PXZ8,7165.Q7PYD5,7165.Q7PYE4,7165.Q7PYE7,7165.Q7PYF2,7165.Q7PYX7,7165.Q7PZB6,7165.Q7PZG4,7165.Q7PZX9,7165.Q7Q009,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q1B8,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q1V4,7165.Q7Q1W2,7165.Q7Q229,7165.Q7Q2C5,7165.Q7Q2J4,7165.Q7Q3A3,7165.Q7Q3D8,7165.Q7Q3F6,7165.Q7Q3L6,7165.Q7Q3N8,7165.Q7Q410,7165.Q7Q455,7165.Q7Q4T4,7165.Q7Q515,7165.Q7Q537,7165.Q7Q5G0,7165.Q7Q5Q9,7165.Q7Q609,7165.Q7Q610,7165.Q7Q680,7165.Q7Q6C1,7165.Q7Q6T9,7165.Q7Q716,7165.Q7Q7J4,7165.Q7Q7M8,7165.Q7Q8A2,7165.Q7Q8H4,7165.Q7Q8S2,7165.Q7Q8S4,7165.Q7Q9C1,7165.Q7Q9M8,7165.Q7Q9Q2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QA76,7165.Q7QA89,7165.Q7QAP1,7165.Q7QAQ2,7165.Q7QAT0,7165.Q7QC42,7165.Q7QC84,7165.Q7QCE1,7165.Q7QCH6,7165.Q7QCW3,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDH6,7165.Q7QDP2,7165.Q7QDU3,7165.Q7QDU9,7165.Q7QDV0,7165.Q7QE79,7165.Q7QEB0,7165.Q7QEF5,7165.Q7QEH1,7165.Q7QEW3,7165.Q7QF03,7165.Q7QF50,7165.Q7QF92,7165.Q7QFB6,7165.Q7QFG0,7165.Q7QFL7,7165.Q7QFT0,7165.Q7QFZ1,7165.Q7QG44,7165.Q7QG65,7165.Q7QGF9,7165.Q7QGW7,7165.Q7QHC7,7165.Q7QHE9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QHS3,7165.Q7QIF7,7165.Q7QIL1,7165.Q7QIP5,7165.Q7QIZ6,7165.Q7QJL9,7165.Q7QJM5,7165.Q7QK64,7165.Q7QKH2,7165.Q869C3,7165.Q86GB2,7165.Q8T4K0,7165.Q9U9L1,7165.Q9U9L2	A0NDN1_ANOGA,A0NEA9_ANOGA,A0NF04_ANOGA,A0NF86_ANOGA,A0NFA7_ANOGA,A0NG32_ANOGA,A0NGL9_ANOGA,RpL17,CAT1,A7UR88_ANOGA,A7UR99_ANOGA,A7URF1_ANOGA,A7UU86_ANOGA,A7UUV3_ANOGA,A7UUW7_ANOGA,A7UVK8_ANOGA,A7UVN6_ANOGA,F5HIU6_ANOGA,F5HJY7_ANOGA,F5HK42_ANOGA,F5HK71_ANOGA,F5HKJ1_ANOGA,F5HKN6_ANOGA,F5HKW1_ANOGA,F5HL44_ANOGA,F5HL87_ANOGA,F5HL97_ANOGA,F5HLB2_ANOGA,F5HLL3_ANOGA,F5HLM0_ANOGA,F5HLN3_ANOGA,F5HM13_ANOGA,F7IVD7_ANOGA,RpL5,RpL7A,Ahcy13,GstD1,RpS7,COII,mt:ND1,GstS1,RpS13,RpS3A,RpL15,Act5C,ADT1_ANOGA,Q5TMJ9_ANOGA,Q5TMQ0_ANOGA,Q5TNJ4_ANOGA,Q5TP19_ANOGA,COEBE3D,Q5TRW7_ANOGA,Vha68-2,Q5TTI6_ANOGA,Q5TV73_ANOGA,Q5TVM9_ANOGA,Q5TVQ5_ANOGA,Q5TW24_ANOGA,Q5TX32_ANOGA,Q5TX48_ANOGA,Q7PCT5_ANOGA,Q7PCX0_ANOGA,Q7PF83_ANOGA,Q7PFH8_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PIQ3_ANOGA,Q7PIQ5_ANOGA,Q7PJE1_ANOGA,Q7PK91_ANOGA,Q7PKK3_ANOGA,Actn,Q7PM07_ANOGA,Q7PMD1_ANOGA,Q7PMD8_ANOGA,Q7PMF3_ANOGA,Q7PMG2_ANOGA,Q7PMH3_ANOGA,Q7PMT2_ANOGA,Q7PNP3_ANOGA,Q7PNP8_ANOGA,Q7PP63_ANOGA,SERCA,PPO3,Q7PPR6_ANOGA,Q7PQ02_ANOGA,Q7PQ11_ANOGA,Q7PQ14_ANOGA,Q7PQF4_ANOGA,Q7PQI7_ANOGA,Q7PQQ2_ANOGA,Q7PQQ3_ANOGA,ADT2_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ4_ANOGA,Q7PQZ6_ANOGA,Q7PR84_ANOGA,Q7PRC2_ANOGA,Q7PRQ8_ANOGA,Q7PRR3_ANOGA,Q7PRT0_ANOGA,Q7PRW3_ANOGA,Q7PS85_ANOGA,Q7PS97_ANOGA,Q7PSA9_ANOGA,Q7PSB4_ANOGA,Q7PSH4_ANOGA,Q7PSM6_ANOGA,Q7PSP0_ANOGA,Q7PSV0_ANOGA,Q7PSZ8_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,TPX2,Q7PTN2_ANOGA,Q7PTN3_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUQ8_ANOGA,Q7PUR8_ANOGA,Q7PUV2_ANOGA,Q7PV48_ANOGA,Q7PV82_ANOGA,Q7PVA2_ANOGA,Q7PVB9_ANOGA,Q7PVH2_ANOGA,Q7PVV2_ANOGA,Q7PW34_ANOGA,Q7PWF1_ANOGA,Q7PWI1_ANOGA,Q7PWZ7_ANOGA,Q7PX40_ANOGA,Q7PXA8_ANOGA,Q7PXH8_ANOGA,Q7PXW5_ANOGA,Q7PXY3_ANOGA,D1.1,Q7PYD5_ANOGA,Q7PYE4_ANOGA,Q7PYE7_ANOGA,Q7PYF2_ANOGA,Q7PYX7_ANOGA,Q7PZB6_ANOGA,Q7PZG4_ANOGA,Q7PZX9_ANOGA,Q7Q009_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q1B8_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q1V4_ANOGA,Q7Q1W2_ANOGA,Q7Q229_ANOGA,Q7Q2C5_ANOGA,Q7Q2J4_ANOGA,Q7Q3A3_ANOGA,Q7Q3D8_ANOGA,Q7Q3F6_ANOGA,AgGp,Q7Q3N8_ANOGA,Q7Q410_ANOGA,Q7Q455_ANOGA,Q7Q4T4_ANOGA,Q7Q515_ANOGA,Q7Q537_ANOGA,Q7Q5G0_ANOGA,PPO2,Q7Q609_ANOGA,Q7Q610_ANOGA,Q7Q680_ANOGA,Q7Q6C1_ANOGA,Q7Q6T9_ANOGA,Q7Q716_ANOGA,Q7Q7J4_ANOGA,Q7Q7M8_ANOGA,Q7Q8A2_ANOGA,Q7Q8H4_ANOGA,Q7Q8S2_ANOGA,Q7Q8S4_ANOGA,Q7Q9C1_ANOGA,Q7Q9M8_ANOGA,Q7Q9Q2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QA76_ANOGA,Q7QA89_ANOGA,Q7QAP1_ANOGA,Q7QAQ2_ANOGA,Q7QAT0_ANOGA,Q7QC42_ANOGA,MMSA_ANOGA,Q7QCE1_ANOGA,Q7QCH6_ANOGA,Q7QCW3_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDH6_ANOGA,Q7QDP2_ANOGA,Q7QDU3_ANOGA,Q7QDU9_ANOGA,Q7QDV0_ANOGA,Q7QE79_ANOGA,Q7QEB0_ANOGA,Q7QEF5_ANOGA,RpS14a,Q7QEW3_ANOGA,Q7QF03_ANOGA,Q7QF50_ANOGA,Q7QF92_ANOGA,TPX1,Q7QFG0_ANOGA,mal,Q7QFT0_ANOGA,Q7QFZ1_ANOGA,Q7QG44_ANOGA,Q7QG65_ANOGA,Q7QGF9_ANOGA,Q7QGW7_ANOGA,Q7QHC7_ANOGA,Q7QHE9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA,Q7QIL1_ANOGA,Q7QIP5_ANOGA,Q7QIZ6_ANOGA,Q7QJL9_ANOGA,RpL18,Q7QK64_ANOGA,Q7QKH2_ANOGA,Ace,trxR,VDAC,RpS17,RpL8
GO:0006099	Tricarboxylic acid cycle	15	23	1.46	2.95	1.51e-13	7165.A7UU86,7165.F5HIU6,7165.F5HKN6,7165.Q7PF83,7165.Q7PMT2,7165.Q7PQQ3,7165.Q7PSB4,7165.Q7PSM6,7165.Q7PV48,7165.Q7PXA8,7165.Q7PYD5,7165.Q7PYE7,7165.Q7Q3A3,7165.Q7Q3F6,7165.Q7QDV0	A7UU86_ANOGA,F5HIU6_ANOGA,F5HKN6_ANOGA,Q7PF83_ANOGA,Q7PMT2_ANOGA,Q7PQQ3_ANOGA,Q7PSB4_ANOGA,Q7PSM6_ANOGA,Q7PV48_ANOGA,Q7PXA8_ANOGA,Q7PYD5_ANOGA,Q7PYE7_ANOGA,Q7Q3A3_ANOGA,Q7Q3F6_ANOGA,Q7QDV0_ANOGA
GO:0044238	Primary metabolic process	160	4274	0.22	0.75	1.10e-12	7165.A0NF04,7165.A0NF62,7165.A0NF86,7165.A0NG32,7165.A0NGJ1,7165.A0NGY0,7165.A7UR88,7165.A7UU86,7165.A7UUW7,7165.A7UVK8,7165.F5HIU6,7165.F5HKN6,7165.F5HL87,7165.F5HL97,7165.F5HLM0,7165.F5HM13,7165.F7IVD7,7165.O44248,7165.O76732,7165.P33514,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TMQ0,7165.Q5TNA7,7165.Q5TNF5,7165.Q5TNJ4,7165.Q5TRW7,7165.Q5TTG1,7165.Q5TV73,7165.Q5TVM9,7165.Q5TVQ5,7165.Q5TW24,7165.Q5TWE1,7165.Q5TX32,7165.Q7PF83,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PIQ3,7165.Q7PJE1,7165.Q7PKK3,7165.Q7PMD8,7165.Q7PMT2,7165.Q7PMZ0,7165.Q7PNP8,7165.Q7PP63,7165.Q7PQ02,7165.Q7PQ11,7165.Q7PQ14,7165.Q7PQF4,7165.Q7PQQ2,7165.Q7PQQ3,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PR84,7165.Q7PRC2,7165.Q7PRR3,7165.Q7PRT0,7165.Q7PS97,7165.Q7PSB4,7165.Q7PSF9,7165.Q7PSM6,7165.Q7PSP0,7165.Q7PSV0,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV48,7165.Q7PV82,7165.Q7PVA2,7165.Q7PVB9,7165.Q7PVH2,7165.Q7PVV2,7165.Q7PVV8,7165.Q7PW34,7165.Q7PWF1,7165.Q7PWT2,7165.Q7PWZ7,7165.Q7PX40,7165.Q7PX68,7165.Q7PXA8,7165.Q7PXH8,7165.Q7PXW5,7165.Q7PYD5,7165.Q7PYE4,7165.Q7PYE7,7165.Q7PYF2,7165.Q7PYX7,7165.Q7PZB6,7165.Q7PZG4,7165.Q7PZW9,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0P5,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q164,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q1V4,7165.Q7Q3A3,7165.Q7Q3D8,7165.Q7Q3F6,7165.Q7Q3L6,7165.Q7Q3N8,7165.Q7Q410,7165.Q7Q455,7165.Q7Q5K4,7165.Q7Q680,7165.Q7Q6T9,7165.Q7Q716,7165.Q7Q789,7165.Q7Q8H4,7165.Q7Q8S2,7165.Q7Q9M8,7165.Q7Q9Q2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QA76,7165.Q7QA89,7165.Q7QAP1,7165.Q7QAT0,7165.Q7QAZ5,7165.Q7QC42,7165.Q7QC84,7165.Q7QCE1,7165.Q7QCW3,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDH6,7165.Q7QDU3,7165.Q7QDU9,7165.Q7QDV0,7165.Q7QE79,7165.Q7QEB0,7165.Q7QEF5,7165.Q7QEH1,7165.Q7QEW3,7165.Q7QF03,7165.Q7QFL7,7165.Q7QFT0,7165.Q7QFZ1,7165.Q7QG44,7165.Q7QGF9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QHS3,7165.Q7QIF7,7165.Q7QIP5,7165.Q7QJG6,7165.Q7QJM5,7165.Q7QKH2,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,A0NF62_ANOGA,A0NF86_ANOGA,A0NG32_ANOGA,A0NGJ1_ANOGA,RpL17,A7UR88_ANOGA,A7UU86_ANOGA,A7UUW7_ANOGA,A7UVK8_ANOGA,F5HIU6_ANOGA,F5HKN6_ANOGA,F5HL87_ANOGA,F5HL97_ANOGA,F5HLM0_ANOGA,F5HM13_ANOGA,F7IVD7_ANOGA,RpL5,RpL7A,RpS7,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TMQ0_ANOGA,Q5TNA7_ANOGA,Q5TNF5_ANOGA,Q5TNJ4_ANOGA,Q5TRW7_ANOGA,Vha68-2,Q5TV73_ANOGA,Q5TVM9_ANOGA,Q5TVQ5_ANOGA,Q5TW24_ANOGA,Q5TWE1_ANOGA,Q5TX32_ANOGA,Q7PF83_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PIQ3_ANOGA,Q7PJE1_ANOGA,Q7PKK3_ANOGA,Q7PMD8_ANOGA,Q7PMT2_ANOGA,Q7PMZ0_ANOGA,Q7PNP8_ANOGA,Q7PP63_ANOGA,Q7PQ02_ANOGA,Q7PQ11_ANOGA,Q7PQ14_ANOGA,Q7PQF4_ANOGA,Q7PQQ2_ANOGA,Q7PQQ3_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PR84_ANOGA,Q7PRC2_ANOGA,Q7PRR3_ANOGA,Q7PRT0_ANOGA,Q7PS97_ANOGA,Q7PSB4_ANOGA,Q7PSF9_ANOGA,Q7PSM6_ANOGA,Q7PSP0_ANOGA,Q7PSV0_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV48_ANOGA,Q7PV82_ANOGA,Q7PVA2_ANOGA,Q7PVB9_ANOGA,Q7PVH2_ANOGA,Q7PVV2_ANOGA,Q7PVV8_ANOGA,Q7PW34_ANOGA,Q7PWF1_ANOGA,Q7PWT2_ANOGA,Q7PWZ7_ANOGA,Q7PX40_ANOGA,Q7PX68_ANOGA,Q7PXA8_ANOGA,Q7PXH8_ANOGA,Q7PXW5_ANOGA,Q7PYD5_ANOGA,Q7PYE4_ANOGA,Q7PYE7_ANOGA,Q7PYF2_ANOGA,Q7PYX7_ANOGA,Q7PZB6_ANOGA,Q7PZG4_ANOGA,Q7PZW9_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0P5_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q164_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q1V4_ANOGA,Q7Q3A3_ANOGA,Q7Q3D8_ANOGA,Q7Q3F6_ANOGA,AgGp,Q7Q3N8_ANOGA,Q7Q410_ANOGA,Q7Q455_ANOGA,Q7Q5K4_ANOGA,Q7Q680_ANOGA,Q7Q6T9_ANOGA,Q7Q716_ANOGA,Q7Q789_ANOGA,Q7Q8H4_ANOGA,Q7Q8S2_ANOGA,Q7Q9M8_ANOGA,Q7Q9Q2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QA76_ANOGA,Q7QA89_ANOGA,Q7QAP1_ANOGA,Q7QAT0_ANOGA,Q7QAZ5_ANOGA,Q7QC42_ANOGA,MMSA_ANOGA,Q7QCE1_ANOGA,Q7QCW3_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDH6_ANOGA,Q7QDU3_ANOGA,Q7QDU9_ANOGA,Q7QDV0_ANOGA,Q7QE79_ANOGA,Q7QEB0_ANOGA,Q7QEF5_ANOGA,RpS14a,Q7QEW3_ANOGA,Q7QF03_ANOGA,mal,Q7QFT0_ANOGA,Q7QFZ1_ANOGA,Q7QG44_ANOGA,Q7QGF9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA,Q7QIP5_ANOGA,Q7QJG6_ANOGA,RpL18,Q7QKH2_ANOGA,RpS17,RpL8
GO:0034641	Cellular nitrogen compound metabolic process	95	1899	0.35	0.93	2.19e-12	7165.A0NF04,7165.A0NG32,7165.A0NGY0,7165.A7UVK8,7165.F5HL97,7165.F5HM13,7165.F7IVD7,7165.O44248,7165.O76732,7165.O77462,7165.P33514,7165.P46428,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TNJ4,7165.Q5TTG1,7165.Q5TV73,7165.Q5TVM9,7165.Q5TVQ5,7165.Q5TW24,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PJE1,7165.Q7PKK3,7165.Q7PMD8,7165.Q7PMT2,7165.Q7PP63,7165.Q7PPF3,7165.Q7PQ02,7165.Q7PQ14,7165.Q7PQQ2,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PRR3,7165.Q7PRT0,7165.Q7PS97,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVA2,7165.Q7PVB9,7165.Q7PWZ7,7165.Q7PXH8,7165.Q7PXW5,7165.Q7PYF2,7165.Q7PZG4,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7Q3N8,7165.Q7Q4T4,7165.Q7Q5Q9,7165.Q7Q680,7165.Q7Q6C1,7165.Q7Q6T9,7165.Q7Q8S2,7165.Q7Q9M8,7165.Q7Q9Q2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QAP1,7165.Q7QAT0,7165.Q7QC42,7165.Q7QC84,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QEB0,7165.Q7QEH1,7165.Q7QEW3,7165.Q7QFZ1,7165.Q7QG44,7165.Q7QGF9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QHS3,7165.Q7QIP5,7165.Q7QJM5,7165.Q7QKH2,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,A0NG32_ANOGA,RpL17,A7UVK8_ANOGA,F5HL97_ANOGA,F5HM13_ANOGA,F7IVD7_ANOGA,RpL5,RpL7A,GstD1,RpS7,GstS1,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TNJ4_ANOGA,Vha68-2,Q5TV73_ANOGA,Q5TVM9_ANOGA,Q5TVQ5_ANOGA,Q5TW24_ANOGA,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PJE1_ANOGA,Q7PKK3_ANOGA,Q7PMD8_ANOGA,Q7PMT2_ANOGA,Q7PP63_ANOGA,PPO3,Q7PQ02_ANOGA,Q7PQ14_ANOGA,Q7PQQ2_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PRR3_ANOGA,Q7PRT0_ANOGA,Q7PS97_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVA2_ANOGA,Q7PVB9_ANOGA,Q7PWZ7_ANOGA,Q7PXH8_ANOGA,Q7PXW5_ANOGA,Q7PYF2_ANOGA,Q7PZG4_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,Q7Q3N8_ANOGA,Q7Q4T4_ANOGA,PPO2,Q7Q680_ANOGA,Q7Q6C1_ANOGA,Q7Q6T9_ANOGA,Q7Q8S2_ANOGA,Q7Q9M8_ANOGA,Q7Q9Q2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QAP1_ANOGA,Q7QAT0_ANOGA,Q7QC42_ANOGA,MMSA_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QEB0_ANOGA,RpS14a,Q7QEW3_ANOGA,Q7QFZ1_ANOGA,Q7QG44_ANOGA,Q7QGF9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QHS3_ANOGA,Q7QIP5_ANOGA,RpL18,Q7QKH2_ANOGA,RpS17,RpL8
GO:1901564	Organonitrogen compound metabolic process	119	2834	0.27	0.79	4.00e-11	7165.A0NF04,7165.A0NF86,7165.A0NG32,7165.A0NGJ1,7165.A0NGY0,7165.F5HL87,7165.F5HL97,7165.F5HLM0,7165.F5HM13,7165.F7IVD7,7165.O44248,7165.O77462,7165.P33514,7165.P46428,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TMQ0,7165.Q5TNJ4,7165.Q5TRW7,7165.Q5TTG1,7165.Q5TV73,7165.Q5TVQ5,7165.Q5TWE1,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PIQ3,7165.Q7PIQ5,7165.Q7PJE1,7165.Q7PMD8,7165.Q7PMT2,7165.Q7PMZ0,7165.Q7PP63,7165.Q7PPF3,7165.Q7PQ02,7165.Q7PQ14,7165.Q7PQF4,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PRR3,7165.Q7PS97,7165.Q7PSF9,7165.Q7PSV0,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVA2,7165.Q7PVB9,7165.Q7PVV8,7165.Q7PW34,7165.Q7PWF1,7165.Q7PWT2,7165.Q7PWZ7,7165.Q7PX68,7165.Q7PXH8,7165.Q7PXW5,7165.Q7PYF2,7165.Q7PYX7,7165.Q7PZG4,7165.Q7PZW9,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7Q3N8,7165.Q7Q410,7165.Q7Q4T4,7165.Q7Q5K4,7165.Q7Q5Q9,7165.Q7Q680,7165.Q7Q6C1,7165.Q7Q716,7165.Q7Q789,7165.Q7Q8H4,7165.Q7Q8S2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QA89,7165.Q7QAP1,7165.Q7QAT0,7165.Q7QAZ5,7165.Q7QC42,7165.Q7QC84,7165.Q7QCW3,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDH6,7165.Q7QDU3,7165.Q7QEB0,7165.Q7QEF5,7165.Q7QEH1,7165.Q7QEW3,7165.Q7QF03,7165.Q7QFL7,7165.Q7QFT0,7165.Q7QFZ1,7165.Q7QG44,7165.Q7QGF9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QHS3,7165.Q7QIP5,7165.Q7QJG6,7165.Q7QJM5,7165.Q7QKH2,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,A0NF86_ANOGA,A0NG32_ANOGA,A0NGJ1_ANOGA,RpL17,F5HL87_ANOGA,F5HL97_ANOGA,F5HLM0_ANOGA,F5HM13_ANOGA,F7IVD7_ANOGA,RpL5,GstD1,RpS7,GstS1,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TMQ0_ANOGA,Q5TNJ4_ANOGA,Q5TRW7_ANOGA,Vha68-2,Q5TV73_ANOGA,Q5TVQ5_ANOGA,Q5TWE1_ANOGA,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PIQ3_ANOGA,Q7PIQ5_ANOGA,Q7PJE1_ANOGA,Q7PMD8_ANOGA,Q7PMT2_ANOGA,Q7PMZ0_ANOGA,Q7PP63_ANOGA,PPO3,Q7PQ02_ANOGA,Q7PQ14_ANOGA,Q7PQF4_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PRR3_ANOGA,Q7PS97_ANOGA,Q7PSF9_ANOGA,Q7PSV0_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVA2_ANOGA,Q7PVB9_ANOGA,Q7PVV8_ANOGA,Q7PW34_ANOGA,Q7PWF1_ANOGA,Q7PWT2_ANOGA,Q7PWZ7_ANOGA,Q7PX68_ANOGA,Q7PXH8_ANOGA,Q7PXW5_ANOGA,Q7PYF2_ANOGA,Q7PYX7_ANOGA,Q7PZG4_ANOGA,Q7PZW9_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,Q7Q3N8_ANOGA,Q7Q410_ANOGA,Q7Q4T4_ANOGA,Q7Q5K4_ANOGA,PPO2,Q7Q680_ANOGA,Q7Q6C1_ANOGA,Q7Q716_ANOGA,Q7Q789_ANOGA,Q7Q8H4_ANOGA,Q7Q8S2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QA89_ANOGA,Q7QAP1_ANOGA,Q7QAT0_ANOGA,Q7QAZ5_ANOGA,Q7QC42_ANOGA,MMSA_ANOGA,Q7QCW3_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDH6_ANOGA,Q7QDU3_ANOGA,Q7QEB0_ANOGA,Q7QEF5_ANOGA,RpS14a,Q7QEW3_ANOGA,Q7QF03_ANOGA,mal,Q7QFT0_ANOGA,Q7QFZ1_ANOGA,Q7QG44_ANOGA,Q7QGF9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QHS3_ANOGA,Q7QIP5_ANOGA,Q7QJG6_ANOGA,RpL18,Q7QKH2_ANOGA,RpS17,RpL8
GO:0046034	ATP metabolic process	14	45	1.14	1.82	3.61e-09	7165.F7IVD7,7165.Q5TTG1,7165.Q5TX32,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PRR3,7165.Q7PVA2,7165.Q7PWZ7,7165.Q7PXW5,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7Q3N8,7165.Q7QAP1,7165.Q7QG44	F7IVD7_ANOGA,Vha68-2,Q5TX32_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PRR3_ANOGA,Q7PVA2_ANOGA,Q7PWZ7_ANOGA,Q7PXW5_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,Q7Q3N8_ANOGA,Q7QAP1_ANOGA,Q7QG44_ANOGA
GO:0010467	Gene expression	63	1134	0.4	0.89	3.95e-09	7165.A0NF04,7165.A0NGJ1,7165.A0NGY0,7165.A7UVK8,7165.F5HL97,7165.O44248,7165.O76732,7165.P33514,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TNJ4,7165.Q5TV73,7165.Q5TVQ5,7165.Q7PJE1,7165.Q7PMD8,7165.Q7PP63,7165.Q7PQ02,7165.Q7PQ14,7165.Q7PQQ2,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PRT0,7165.Q7PS97,7165.Q7PSV0,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVB9,7165.Q7PXH8,7165.Q7PYF2,7165.Q7PZG4,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q680,7165.Q7Q716,7165.Q7Q8S2,7165.Q7Q9M8,7165.Q7Q9Q2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QAT0,7165.Q7QC42,7165.Q7QD57,7165.Q7QEB0,7165.Q7QEH1,7165.Q7QFZ1,7165.Q7QGF9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QIP5,7165.Q7QJM5,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,A0NGJ1_ANOGA,RpL17,A7UVK8_ANOGA,F5HL97_ANOGA,RpL5,RpL7A,RpS7,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TNJ4_ANOGA,Q5TV73_ANOGA,Q5TVQ5_ANOGA,Q7PJE1_ANOGA,Q7PMD8_ANOGA,Q7PP63_ANOGA,Q7PQ02_ANOGA,Q7PQ14_ANOGA,Q7PQQ2_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PRT0_ANOGA,Q7PS97_ANOGA,Q7PSV0_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVB9_ANOGA,Q7PXH8_ANOGA,Q7PYF2_ANOGA,Q7PZG4_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q680_ANOGA,Q7Q716_ANOGA,Q7Q8S2_ANOGA,Q7Q9M8_ANOGA,Q7Q9Q2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QAT0_ANOGA,Q7QC42_ANOGA,Q7QD57_ANOGA,Q7QEB0_ANOGA,RpS14a,Q7QFZ1_ANOGA,Q7QGF9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QIP5_ANOGA,RpL18,RpS17,RpL8
GO:0032787	Monocarboxylic acid metabolic process	24	214	0.7	1.19	5.88e-08	7165.A0NG32,7165.A7UUW7,7165.F5HL44,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PNP8,7165.Q7PQ11,7165.Q7PQQ3,7165.Q7PR84,7165.Q7PSP0,7165.Q7PVA2,7165.Q7PVV2,7165.Q7PXW5,7165.Q7PYE4,7165.Q7PZB6,7165.Q7Q1U8,7165.Q7Q1V4,7165.Q7Q3D8,7165.Q7QA76,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QHS3,7165.Q7QIF7	A0NG32_ANOGA,A7UUW7_ANOGA,F5HL44_ANOGA,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PNP8_ANOGA,Q7PQ11_ANOGA,Q7PQQ3_ANOGA,Q7PR84_ANOGA,Q7PSP0_ANOGA,Q7PVA2_ANOGA,Q7PVV2_ANOGA,Q7PXW5_ANOGA,Q7PYE4_ANOGA,Q7PZB6_ANOGA,Q7Q1U8_ANOGA,Q7Q1V4_ANOGA,Q7Q3D8_ANOGA,Q7QA76_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA
GO:0072521	Purine-containing compound metabolic process	23	196	0.72	1.21	6.02e-08	7165.A0NG32,7165.F5HM13,7165.F7IVD7,7165.Q5TTG1,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PMT2,7165.Q7PRR3,7165.Q7PVA2,7165.Q7PWZ7,7165.Q7PXW5,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7Q3N8,7165.Q7QAP1,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QEW3,7165.Q7QG44,7165.Q7QHS3	A0NG32_ANOGA,F5HM13_ANOGA,F7IVD7_ANOGA,Vha68-2,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PMT2_ANOGA,Q7PRR3_ANOGA,Q7PVA2_ANOGA,Q7PWZ7_ANOGA,Q7PXW5_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,Q7Q3N8_ANOGA,Q7QAP1_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QEW3_ANOGA,Q7QG44_ANOGA,Q7QHS3_ANOGA
GO:0006163	Purine nucleotide metabolic process	22	182	0.73	1.21	8.60e-08	7165.A0NG32,7165.F7IVD7,7165.Q5TTG1,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PMT2,7165.Q7PRR3,7165.Q7PVA2,7165.Q7PWZ7,7165.Q7PXW5,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7Q3N8,7165.Q7QAP1,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QEW3,7165.Q7QG44,7165.Q7QHS3	A0NG32_ANOGA,F7IVD7_ANOGA,Vha68-2,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PMT2_ANOGA,Q7PRR3_ANOGA,Q7PVA2_ANOGA,Q7PWZ7_ANOGA,Q7PXW5_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,Q7Q3N8_ANOGA,Q7QAP1_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QEW3_ANOGA,Q7QG44_ANOGA,Q7QHS3_ANOGA
GO:0055086	Nucleobase-containing small molecule metabolic process	26	265	0.64	1.09	1.41e-07	7165.A0NG32,7165.F5HM13,7165.F7IVD7,7165.Q5TTG1,7165.Q5TVM9,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PKK3,7165.Q7PMT2,7165.Q7PRR3,7165.Q7PVA2,7165.Q7PWZ7,7165.Q7PXW5,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7Q3N8,7165.Q7QAP1,7165.Q7QC84,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QEW3,7165.Q7QG44,7165.Q7QHS3	A0NG32_ANOGA,F5HM13_ANOGA,F7IVD7_ANOGA,Vha68-2,Q5TVM9_ANOGA,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PKK3_ANOGA,Q7PMT2_ANOGA,Q7PRR3_ANOGA,Q7PVA2_ANOGA,Q7PWZ7_ANOGA,Q7PXW5_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,Q7Q3N8_ANOGA,Q7QAP1_ANOGA,MMSA_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QEW3_ANOGA,Q7QG44_ANOGA,Q7QHS3_ANOGA
GO:0009150	Purine ribonucleotide metabolic process	21	177	0.72	1.15	2.77e-07	7165.A0NG32,7165.F7IVD7,7165.Q5TTG1,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PMT2,7165.Q7PRR3,7165.Q7PVA2,7165.Q7PWZ7,7165.Q7PXW5,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7Q3N8,7165.Q7QAP1,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QG44,7165.Q7QHS3	A0NG32_ANOGA,F7IVD7_ANOGA,Vha68-2,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PMT2_ANOGA,Q7PRR3_ANOGA,Q7PVA2_ANOGA,Q7PWZ7_ANOGA,Q7PXW5_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,Q7Q3N8_ANOGA,Q7QAP1_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QG44_ANOGA,Q7QHS3_ANOGA
GO:0006090	Pyruvate metabolic process	10	25	1.25	1.55	2.93e-07	7165.A7UUW7,7165.F5HL44,7165.Q5TX32,7165.Q7PGI9,7165.Q7PVA2,7165.Q7PXW5,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7QDA6,7165.Q7QDU3	A7UUW7_ANOGA,F5HL44_ANOGA,Q5TX32_ANOGA,Q7PGI9_ANOGA,Q7PVA2_ANOGA,Q7PXW5_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA
GO:0044260	Cellular macromolecule metabolic process	64	1308	0.34	0.75	3.12e-07	7165.A0NF04,7165.A0NGY0,7165.F5HL97,7165.O44248,7165.P33514,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TMQ0,7165.Q5TNJ4,7165.Q5TV73,7165.Q5TVQ5,7165.Q7PIQ3,7165.Q7PJE1,7165.Q7PKK3,7165.Q7PMD8,7165.Q7PP63,7165.Q7PQ02,7165.Q7PQ11,7165.Q7PQ14,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PS97,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVB9,7165.Q7PVH2,7165.Q7PX40,7165.Q7PXH8,7165.Q7PYF2,7165.Q7PZG4,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q3L6,7165.Q7Q680,7165.Q7Q6T9,7165.Q7Q8S2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QAT0,7165.Q7QC42,7165.Q7QCE1,7165.Q7QD57,7165.Q7QDU9,7165.Q7QEB0,7165.Q7QEH1,7165.Q7QFZ1,7165.Q7QGF9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QIP5,7165.Q7QJM5,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,RpL17,F5HL97_ANOGA,RpL5,RpS7,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TMQ0_ANOGA,Q5TNJ4_ANOGA,Q5TV73_ANOGA,Q5TVQ5_ANOGA,Q7PIQ3_ANOGA,Q7PJE1_ANOGA,Q7PKK3_ANOGA,Q7PMD8_ANOGA,Q7PP63_ANOGA,Q7PQ02_ANOGA,Q7PQ11_ANOGA,Q7PQ14_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PS97_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVB9_ANOGA,Q7PVH2_ANOGA,Q7PX40_ANOGA,Q7PXH8_ANOGA,Q7PYF2_ANOGA,Q7PZG4_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,AgGp,Q7Q680_ANOGA,Q7Q6T9_ANOGA,Q7Q8S2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QAT0_ANOGA,Q7QC42_ANOGA,Q7QCE1_ANOGA,Q7QD57_ANOGA,Q7QDU9_ANOGA,Q7QEB0_ANOGA,RpS14a,Q7QFZ1_ANOGA,Q7QGF9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QIP5_ANOGA,RpL18,RpS17,RpL8
GO:0009117	Nucleotide metabolic process	23	221	0.67	1.07	4.42e-07	7165.A0NG32,7165.F7IVD7,7165.Q5TTG1,7165.Q5TVM9,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PMT2,7165.Q7PRR3,7165.Q7PVA2,7165.Q7PWZ7,7165.Q7PXW5,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7Q3N8,7165.Q7QAP1,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QEW3,7165.Q7QG44,7165.Q7QHS3	A0NG32_ANOGA,F7IVD7_ANOGA,Vha68-2,Q5TVM9_ANOGA,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PMT2_ANOGA,Q7PRR3_ANOGA,Q7PVA2_ANOGA,Q7PWZ7_ANOGA,Q7PXW5_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,Q7Q3N8_ANOGA,Q7QAP1_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QEW3_ANOGA,Q7QG44_ANOGA,Q7QHS3_ANOGA
GO:0006122	Mitochondrial electron transport, ubiquinol to cytochrome c	7	8	1.59	1.52	1.32e-06	7165.A7UUV3,7165.Q7PSA9,7165.Q7PWI1,7165.Q7Q009,7165.Q7Q609,7165.Q7QDP2,7165.Q7QIL1	A7UUV3_ANOGA,Q7PSA9_ANOGA,Q7PWI1_ANOGA,Q7Q009_ANOGA,Q7Q609_ANOGA,Q7QDP2_ANOGA,Q7QIL1_ANOGA
GO:0006807	Nitrogen compound metabolic process	131	3845	0.18	0.57	1.96e-06	7165.A0NF04,7165.A0NF86,7165.A0NG32,7165.A0NGJ1,7165.A0NGY0,7165.A7UVK8,7165.F5HL87,7165.F5HL97,7165.F5HLM0,7165.F5HM13,7165.F7IVD7,7165.O44248,7165.O76732,7165.O77462,7165.P33514,7165.P46428,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TMQ0,7165.Q5TNJ4,7165.Q5TRW7,7165.Q5TTG1,7165.Q5TV73,7165.Q5TVM9,7165.Q5TVQ5,7165.Q5TW24,7165.Q5TWE1,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PIQ3,7165.Q7PIQ5,7165.Q7PJE1,7165.Q7PKK3,7165.Q7PMD8,7165.Q7PMT2,7165.Q7PMZ0,7165.Q7PP63,7165.Q7PPF3,7165.Q7PQ02,7165.Q7PQ14,7165.Q7PQF4,7165.Q7PQQ2,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PRR3,7165.Q7PRT0,7165.Q7PS97,7165.Q7PSF9,7165.Q7PSV0,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVA2,7165.Q7PVB9,7165.Q7PVV8,7165.Q7PW34,7165.Q7PWF1,7165.Q7PWT2,7165.Q7PWZ7,7165.Q7PX68,7165.Q7PXH8,7165.Q7PXW5,7165.Q7PYF2,7165.Q7PYX7,7165.Q7PZG4,7165.Q7PZW9,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7Q3N8,7165.Q7Q410,7165.Q7Q4T4,7165.Q7Q5K4,7165.Q7Q5Q9,7165.Q7Q680,7165.Q7Q6C1,7165.Q7Q6T9,7165.Q7Q716,7165.Q7Q789,7165.Q7Q8H4,7165.Q7Q8S2,7165.Q7Q9M8,7165.Q7Q9Q2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QA89,7165.Q7QAP1,7165.Q7QAT0,7165.Q7QAZ5,7165.Q7QC42,7165.Q7QC84,7165.Q7QCW3,7165.Q7QD57,7165.Q7QDA6,7165.Q7QDH6,7165.Q7QDU3,7165.Q7QEB0,7165.Q7QEF5,7165.Q7QEH1,7165.Q7QEW3,7165.Q7QF03,7165.Q7QFG0,7165.Q7QFL7,7165.Q7QFT0,7165.Q7QFZ1,7165.Q7QG44,7165.Q7QGF9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QHS3,7165.Q7QIP5,7165.Q7QJG6,7165.Q7QJM5,7165.Q7QKH2,7165.Q869C3,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,A0NF86_ANOGA,A0NG32_ANOGA,A0NGJ1_ANOGA,RpL17,A7UVK8_ANOGA,F5HL87_ANOGA,F5HL97_ANOGA,F5HLM0_ANOGA,F5HM13_ANOGA,F7IVD7_ANOGA,RpL5,RpL7A,GstD1,RpS7,GstS1,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TMQ0_ANOGA,Q5TNJ4_ANOGA,Q5TRW7_ANOGA,Vha68-2,Q5TV73_ANOGA,Q5TVM9_ANOGA,Q5TVQ5_ANOGA,Q5TW24_ANOGA,Q5TWE1_ANOGA,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PIQ3_ANOGA,Q7PIQ5_ANOGA,Q7PJE1_ANOGA,Q7PKK3_ANOGA,Q7PMD8_ANOGA,Q7PMT2_ANOGA,Q7PMZ0_ANOGA,Q7PP63_ANOGA,PPO3,Q7PQ02_ANOGA,Q7PQ14_ANOGA,Q7PQF4_ANOGA,Q7PQQ2_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PRR3_ANOGA,Q7PRT0_ANOGA,Q7PS97_ANOGA,Q7PSF9_ANOGA,Q7PSV0_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVA2_ANOGA,Q7PVB9_ANOGA,Q7PVV8_ANOGA,Q7PW34_ANOGA,Q7PWF1_ANOGA,Q7PWT2_ANOGA,Q7PWZ7_ANOGA,Q7PX68_ANOGA,Q7PXH8_ANOGA,Q7PXW5_ANOGA,Q7PYF2_ANOGA,Q7PYX7_ANOGA,Q7PZG4_ANOGA,Q7PZW9_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,Q7Q3N8_ANOGA,Q7Q410_ANOGA,Q7Q4T4_ANOGA,Q7Q5K4_ANOGA,PPO2,Q7Q680_ANOGA,Q7Q6C1_ANOGA,Q7Q6T9_ANOGA,Q7Q716_ANOGA,Q7Q789_ANOGA,Q7Q8H4_ANOGA,Q7Q8S2_ANOGA,Q7Q9M8_ANOGA,Q7Q9Q2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QA89_ANOGA,Q7QAP1_ANOGA,Q7QAT0_ANOGA,Q7QAZ5_ANOGA,Q7QC42_ANOGA,MMSA_ANOGA,Q7QCW3_ANOGA,Q7QD57_ANOGA,Q7QDA6_ANOGA,Q7QDH6_ANOGA,Q7QDU3_ANOGA,Q7QEB0_ANOGA,Q7QEF5_ANOGA,RpS14a,Q7QEW3_ANOGA,Q7QF03_ANOGA,Q7QFG0_ANOGA,mal,Q7QFT0_ANOGA,Q7QFZ1_ANOGA,Q7QG44_ANOGA,Q7QGF9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QHS3_ANOGA,Q7QIP5_ANOGA,Q7QJG6_ANOGA,RpL18,Q7QKH2_ANOGA,Ace,RpS17,RpL8
GO:0044282	Small molecule catabolic process	19	171	0.7	0.99	3.61e-06	7165.F5HLM0,7165.F5HM13,7165.Q5TX32,7165.Q7PNP8,7165.Q7PSP0,7165.Q7PYX7,7165.Q7PZB6,7165.Q7Q164,7165.Q7Q1V4,7165.Q7Q3D8,7165.Q7Q610,7165.Q7Q8H4,7165.Q7QA89,7165.Q7QC84,7165.Q7QCH6,7165.Q7QFT0,7165.Q7QHS3,7165.Q7QIF7,7165.Q7QKH2	F5HLM0_ANOGA,F5HM13_ANOGA,Q5TX32_ANOGA,Q7PNP8_ANOGA,Q7PSP0_ANOGA,Q7PYX7_ANOGA,Q7PZB6_ANOGA,Q7Q164_ANOGA,Q7Q1V4_ANOGA,Q7Q3D8_ANOGA,Q7Q610_ANOGA,Q7Q8H4_ANOGA,Q7QA89_ANOGA,MMSA_ANOGA,Q7QCH6_ANOGA,Q7QFT0_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA,Q7QKH2_ANOGA
GO:0072350	Tricarboxylic acid metabolic process	7	11	1.45	1.34	5.85e-06	7165.A0NG32,7165.F5HIU6,7165.F5HKN6,7165.Q7PQQ3,7165.Q7PV48,7165.Q7Q3A3,7165.Q7Q537	A0NG32_ANOGA,F5HIU6_ANOGA,F5HKN6_ANOGA,Q7PQQ3_ANOGA,Q7PV48_ANOGA,Q7Q3A3_ANOGA,Q7Q537_ANOGA
GO:0019637	Organophosphate metabolic process	30	431	0.49	0.79	9.12e-06	7165.A0NG32,7165.A7UR88,7165.F5HLN3,7165.F7IVD7,7165.Q5TTG1,7165.Q5TVM9,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PIQ5,7165.Q7PMT2,7165.Q7PRR3,7165.Q7PVA2,7165.Q7PWZ7,7165.Q7PXW5,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7Q3N8,7165.Q7Q6C1,7165.Q7QAP1,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QE79,7165.Q7QEW3,7165.Q7QFL7,7165.Q7QG44,7165.Q7QHE9,7165.Q7QHS3	A0NG32_ANOGA,A7UR88_ANOGA,F5HLN3_ANOGA,F7IVD7_ANOGA,Vha68-2,Q5TVM9_ANOGA,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PIQ5_ANOGA,Q7PMT2_ANOGA,Q7PRR3_ANOGA,Q7PVA2_ANOGA,Q7PWZ7_ANOGA,Q7PXW5_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,Q7Q3N8_ANOGA,Q7Q6C1_ANOGA,Q7QAP1_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QE79_ANOGA,Q7QEW3_ANOGA,mal,Q7QG44_ANOGA,Q7QHE9_ANOGA,Q7QHS3_ANOGA
GO:1902600	Proton transmembrane transport	12	65	0.92	1.08	9.63e-06	7165.F5HKJ1,7165.F7IVD7,7165.P34840,7165.Q5TTG1,7165.Q7PHI8,7165.Q7PQZ4,7165.Q7PRR3,7165.Q7PRW3,7165.Q7PWI1,7165.Q7Q2J4,7165.Q7QAP1,7165.Q7QIL1	F5HKJ1_ANOGA,F7IVD7_ANOGA,COII,Vha68-2,Q7PHI8_ANOGA,Q7PQZ4_ANOGA,Q7PRR3_ANOGA,Q7PRW3_ANOGA,Q7PWI1_ANOGA,Q7Q2J4_ANOGA,Q7QAP1_ANOGA,Q7QIL1_ANOGA
GO:0072522	Purine-containing compound biosynthetic process	15	111	0.78	1.0	9.72e-06	7165.A0NG32,7165.F5HM13,7165.Q5TTG1,7165.Q7PGI2,7165.Q7PHI8,7165.Q7PRR3,7165.Q7PWZ7,7165.Q7Q1H5,7165.Q7Q3N8,7165.Q7QAP1,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QEW3,7165.Q7QG44,7165.Q7QHS3	A0NG32_ANOGA,F5HM13_ANOGA,Vha68-2,Q7PGI2_ANOGA,Q7PHI8_ANOGA,Q7PRR3_ANOGA,Q7PWZ7_ANOGA,Q7Q1H5_ANOGA,Q7Q3N8_ANOGA,Q7QAP1_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QEW3_ANOGA,Q7QG44_ANOGA,Q7QHS3_ANOGA
GO:0009056	Catabolic process	47	938	0.35	0.64	2.60e-05	7165.A3E7Z8,7165.A7UR88,7165.A7UVK8,7165.F5HLM0,7165.F5HM13,7165.Q5TMQ0,7165.Q5TNF5,7165.Q5TRQ3,7165.Q5TVM9,7165.Q5TX32,7165.Q7PFH8,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PIQ3,7165.Q7PNP8,7165.Q7PSP0,7165.Q7PTJ0,7165.Q7PVA2,7165.Q7PW34,7165.Q7PX40,7165.Q7PXW5,7165.Q7PYX7,7165.Q7PZB6,7165.Q7PZW9,7165.Q7Q0P5,7165.Q7Q0T5,7165.Q7Q164,7165.Q7Q1U8,7165.Q7Q1V4,7165.Q7Q3D8,7165.Q7Q3L6,7165.Q7Q610,7165.Q7Q6T9,7165.Q7Q8H4,7165.Q7QA89,7165.Q7QAZ5,7165.Q7QC84,7165.Q7QCE1,7165.Q7QCH6,7165.Q7QFB6,7165.Q7QFG0,7165.Q7QFL7,7165.Q7QFT0,7165.Q7QHS3,7165.Q7QIF7,7165.Q7QKH2,7165.Q869C3	CAT1,A7UR88_ANOGA,A7UVK8_ANOGA,F5HLM0_ANOGA,F5HM13_ANOGA,Q5TMQ0_ANOGA,Q5TNF5_ANOGA,COEBE3D,Q5TVM9_ANOGA,Q5TX32_ANOGA,Q7PFH8_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PIQ3_ANOGA,Q7PNP8_ANOGA,Q7PSP0_ANOGA,TPX2,Q7PVA2_ANOGA,Q7PW34_ANOGA,Q7PX40_ANOGA,Q7PXW5_ANOGA,Q7PYX7_ANOGA,Q7PZB6_ANOGA,Q7PZW9_ANOGA,Q7Q0P5_ANOGA,Q7Q0T5_ANOGA,Q7Q164_ANOGA,Q7Q1U8_ANOGA,Q7Q1V4_ANOGA,Q7Q3D8_ANOGA,AgGp,Q7Q610_ANOGA,Q7Q6T9_ANOGA,Q7Q8H4_ANOGA,Q7QA89_ANOGA,Q7QAZ5_ANOGA,MMSA_ANOGA,Q7QCE1_ANOGA,Q7QCH6_ANOGA,TPX1,Q7QFG0_ANOGA,mal,Q7QFT0_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA,Q7QKH2_ANOGA,Ace
GO:0006120	Mitochondrial electron transport, NADH to ubiquinone	7	15	1.32	1.15	2.67e-05	7165.F5HJY7,7165.Q7PCT5,7165.Q7PM07,7165.Q7PMH3,7165.Q7Q1B8,7165.Q7QHC7,7165.Q7QK64	F5HJY7_ANOGA,Q7PCT5_ANOGA,Q7PM07_ANOGA,Q7PMH3_ANOGA,Q7Q1B8_ANOGA,Q7QHC7_ANOGA,Q7QK64_ANOGA
GO:0006164	Purine nucleotide biosynthetic process	14	105	0.78	0.93	2.88e-05	7165.A0NG32,7165.Q5TTG1,7165.Q7PGI2,7165.Q7PHI8,7165.Q7PRR3,7165.Q7PWZ7,7165.Q7Q1H5,7165.Q7Q3N8,7165.Q7QAP1,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QEW3,7165.Q7QG44,7165.Q7QHS3	A0NG32_ANOGA,Vha68-2,Q7PGI2_ANOGA,Q7PHI8_ANOGA,Q7PRR3_ANOGA,Q7PWZ7_ANOGA,Q7Q1H5_ANOGA,Q7Q3N8_ANOGA,Q7QAP1_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QEW3_ANOGA,Q7QG44_ANOGA,Q7QHS3_ANOGA
GO:0043648	Dicarboxylic acid metabolic process	9	36	1.05	1.03	4.05e-05	7165.F5HL44,7165.F5HL87,7165.F5HLM0,7165.F5HM13,7165.Q7PQQ3,7165.Q7PSB4,7165.Q7PYD5,7165.Q7QA89,7165.Q7QFT0	F5HL44_ANOGA,F5HL87_ANOGA,F5HLM0_ANOGA,F5HM13_ANOGA,Q7PQQ3_ANOGA,Q7PSB4_ANOGA,Q7PYD5_ANOGA,Q7QA89_ANOGA,Q7QFT0_ANOGA
GO:0006102	Isocitrate metabolic process	5	5	1.65	1.07	9.89e-05	7165.F5HIU6,7165.F5HKN6,7165.Q7PQQ3,7165.Q7Q3A3,7165.Q7Q537	F5HIU6_ANOGA,F5HKN6_ANOGA,Q7PQQ3_ANOGA,Q7Q3A3_ANOGA,Q7Q537_ANOGA
GO:0006734	NADH metabolic process	5	5	1.65	1.07	9.89e-05	7165.A7UR88,7165.F5HLM0,7165.Q5TX32,7165.Q7PSB4,7165.Q7Q3D8	A7UR88_ANOGA,F5HLM0_ANOGA,Q5TX32_ANOGA,Q7PSB4_ANOGA,Q7Q3D8_ANOGA
GO:0009152	Purine ribonucleotide biosynthetic process	13	101	0.76	0.84	0.00010	7165.A0NG32,7165.Q5TTG1,7165.Q7PGI2,7165.Q7PHI8,7165.Q7PRR3,7165.Q7PWZ7,7165.Q7Q1H5,7165.Q7Q3N8,7165.Q7QAP1,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QG44,7165.Q7QHS3	A0NG32_ANOGA,Vha68-2,Q7PGI2_ANOGA,Q7PHI8_ANOGA,Q7PRR3_ANOGA,Q7PWZ7_ANOGA,Q7Q1H5_ANOGA,Q7Q3N8_ANOGA,Q7QAP1_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QG44_ANOGA,Q7QHS3_ANOGA
GO:0016052	Carbohydrate catabolic process	10	56	0.9	0.88	0.00013	7165.Q5TX32,7165.Q7PGI9,7165.Q7PVA2,7165.Q7PX40,7165.Q7PXW5,7165.Q7Q164,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7Q3L6,7165.Q7QCE1	Q5TX32_ANOGA,Q7PGI9_ANOGA,Q7PVA2_ANOGA,Q7PX40_ANOGA,Q7PXW5_ANOGA,Q7Q164_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,AgGp,Q7QCE1_ANOGA
GO:0006096	Glycolytic process	6	13	1.31	0.95	0.00019	7165.Q5TX32,7165.Q7PGI9,7165.Q7PVA2,7165.Q7PXW5,7165.Q7Q1U8,7165.Q7Q3D8	Q5TX32_ANOGA,Q7PGI9_ANOGA,Q7PVA2_ANOGA,Q7PXW5_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA
GO:0015986	Proton motive force-driven ATP synthesis	7	22	1.15	0.92	0.00019	7165.Q5TTG1,7165.Q7PHI8,7165.Q7PRR3,7165.Q7PWZ7,7165.Q7Q3N8,7165.Q7QAP1,7165.Q7QG44	Vha68-2,Q7PHI8_ANOGA,Q7PRR3_ANOGA,Q7PWZ7_ANOGA,Q7Q3N8_ANOGA,Q7QAP1_ANOGA,Q7QG44_ANOGA
GO:0042273	Ribosomal large subunit biogenesis	10	59	0.88	0.84	0.00019	7165.A0NDN1,7165.O44248,7165.O76732,7165.Q5TNJ4,7165.Q7PP63,7165.Q7PQW7,7165.Q7PQZ6,7165.Q7PXH8,7165.Q7PYF2,7165.Q7QHQ4	A0NDN1_ANOGA,RpL5,RpL7A,Q5TNJ4_ANOGA,Q7PP63_ANOGA,Q7PQW7_ANOGA,Q7PQZ6_ANOGA,Q7PXH8_ANOGA,Q7PYF2_ANOGA,Q7QHQ4_ANOGA
GO:0046395	Carboxylic acid catabolic process	14	126	0.7	0.76	0.00019	7165.F5HLM0,7165.F5HM13,7165.Q7PNP8,7165.Q7PSP0,7165.Q7PYX7,7165.Q7PZB6,7165.Q7Q1V4,7165.Q7Q8H4,7165.Q7QA89,7165.Q7QC84,7165.Q7QFT0,7165.Q7QHS3,7165.Q7QIF7,7165.Q7QKH2	F5HLM0_ANOGA,F5HM13_ANOGA,Q7PNP8_ANOGA,Q7PSP0_ANOGA,Q7PYX7_ANOGA,Q7PZB6_ANOGA,Q7Q1V4_ANOGA,Q7Q8H4_ANOGA,Q7QA89_ANOGA,MMSA_ANOGA,Q7QFT0_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA,Q7QKH2_ANOGA
GO:0042254	Ribosome biogenesis	19	232	0.56	0.69	0.00020	7165.A0NDN1,7165.A0NF04,7165.O44248,7165.O76732,7165.P33514,7165.Q5TNJ4,7165.Q5TVQ5,7165.Q5TX48,7165.Q7PP63,7165.Q7PQW7,7165.Q7PQZ6,7165.Q7PXH8,7165.Q7PYF2,7165.Q7Q9M8,7165.Q7Q9Q2,7165.Q7QC42,7165.Q7QEH1,7165.Q7QGF9,7165.Q7QHQ4	A0NDN1_ANOGA,A0NF04_ANOGA,RpL5,RpL7A,RpS7,Q5TNJ4_ANOGA,Q5TVQ5_ANOGA,Q5TX48_ANOGA,Q7PP63_ANOGA,Q7PQW7_ANOGA,Q7PQZ6_ANOGA,Q7PXH8_ANOGA,Q7PYF2_ANOGA,Q7Q9M8_ANOGA,Q7Q9Q2_ANOGA,Q7QC42_ANOGA,RpS14a,Q7QGF9_ANOGA,Q7QHQ4_ANOGA
GO:0005977	Glycogen metabolic process	7	25	1.1	0.85	0.00034	7165.Q7PKK3,7165.Q7PQ11,7165.Q7PVH2,7165.Q7PX40,7165.Q7Q3L6,7165.Q7QCE1,7165.Q7QDU9	Q7PKK3_ANOGA,Q7PQ11_ANOGA,Q7PVH2_ANOGA,Q7PX40_ANOGA,AgGp,Q7QCE1_ANOGA,Q7QDU9_ANOGA
GO:1901575	Organic substance catabolic process	40	835	0.33	0.53	0.00046	7165.A7UR88,7165.F5HLM0,7165.F5HM13,7165.Q5TMQ0,7165.Q5TNF5,7165.Q5TRQ3,7165.Q5TVM9,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PIQ3,7165.Q7PNP8,7165.Q7PSP0,7165.Q7PVA2,7165.Q7PX40,7165.Q7PXW5,7165.Q7PYX7,7165.Q7PZB6,7165.Q7PZW9,7165.Q7Q0P5,7165.Q7Q164,7165.Q7Q1U8,7165.Q7Q1V4,7165.Q7Q3D8,7165.Q7Q3L6,7165.Q7Q610,7165.Q7Q6T9,7165.Q7Q8H4,7165.Q7QA89,7165.Q7QAZ5,7165.Q7QC84,7165.Q7QCE1,7165.Q7QCH6,7165.Q7QFG0,7165.Q7QFL7,7165.Q7QFT0,7165.Q7QHS3,7165.Q7QIF7,7165.Q7QKH2,7165.Q869C3	A7UR88_ANOGA,F5HLM0_ANOGA,F5HM13_ANOGA,Q5TMQ0_ANOGA,Q5TNF5_ANOGA,COEBE3D,Q5TVM9_ANOGA,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PIQ3_ANOGA,Q7PNP8_ANOGA,Q7PSP0_ANOGA,Q7PVA2_ANOGA,Q7PX40_ANOGA,Q7PXW5_ANOGA,Q7PYX7_ANOGA,Q7PZB6_ANOGA,Q7PZW9_ANOGA,Q7Q0P5_ANOGA,Q7Q164_ANOGA,Q7Q1U8_ANOGA,Q7Q1V4_ANOGA,Q7Q3D8_ANOGA,AgGp,Q7Q610_ANOGA,Q7Q6T9_ANOGA,Q7Q8H4_ANOGA,Q7QA89_ANOGA,Q7QAZ5_ANOGA,MMSA_ANOGA,Q7QCE1_ANOGA,Q7QCH6_ANOGA,Q7QFG0_ANOGA,mal,Q7QFT0_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA,Q7QKH2_ANOGA,Ace
GO:0005975	Carbohydrate metabolic process	20	286	0.5	0.58	0.00083	7165.A0NF62,7165.A7UR88,7165.A7UUW7,7165.Q5TX32,7165.Q7PGI9,7165.Q7PKK3,7165.Q7PQ11,7165.Q7PQQ3,7165.Q7PV48,7165.Q7PVA2,7165.Q7PVH2,7165.Q7PX40,7165.Q7PXW5,7165.Q7Q164,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7Q3L6,7165.Q7Q455,7165.Q7QCE1,7165.Q7QDU9	A0NF62_ANOGA,A7UR88_ANOGA,A7UUW7_ANOGA,Q5TX32_ANOGA,Q7PGI9_ANOGA,Q7PKK3_ANOGA,Q7PQ11_ANOGA,Q7PQQ3_ANOGA,Q7PV48_ANOGA,Q7PVA2_ANOGA,Q7PVH2_ANOGA,Q7PX40_ANOGA,Q7PXW5_ANOGA,Q7Q164_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,AgGp,Q7Q455_ANOGA,Q7QCE1_ANOGA,Q7QDU9_ANOGA
GO:0090407	Organophosphate biosynthetic process	19	268	0.5	0.57	0.0011	7165.A0NG32,7165.Q5TTG1,7165.Q7PGI2,7165.Q7PHI8,7165.Q7PIQ5,7165.Q7PRR3,7165.Q7PWZ7,7165.Q7Q1H5,7165.Q7Q3N8,7165.Q7Q6C1,7165.Q7QAP1,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QE79,7165.Q7QEW3,7165.Q7QFL7,7165.Q7QG44,7165.Q7QHE9,7165.Q7QHS3	A0NG32_ANOGA,Vha68-2,Q7PGI2_ANOGA,Q7PHI8_ANOGA,Q7PIQ5_ANOGA,Q7PRR3_ANOGA,Q7PWZ7_ANOGA,Q7Q1H5_ANOGA,Q7Q3N8_ANOGA,Q7Q6C1_ANOGA,Q7QAP1_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QE79_ANOGA,Q7QEW3_ANOGA,mal,Q7QG44_ANOGA,Q7QHE9_ANOGA,Q7QHS3_ANOGA
GO:0006520	Cellular amino acid metabolic process	15	179	0.57	0.58	0.0014	7165.F5HL87,7165.F5HLM0,7165.F5HM13,7165.Q5TRW7,7165.Q7PWF1,7165.Q7PYX7,7165.Q7Q410,7165.Q7Q8H4,7165.Q7QA89,7165.Q7QC84,7165.Q7QCW3,7165.Q7QD57,7165.Q7QEF5,7165.Q7QFT0,7165.Q7QKH2	F5HL87_ANOGA,F5HLM0_ANOGA,F5HM13_ANOGA,Q5TRW7_ANOGA,Q7PWF1_ANOGA,Q7PYX7_ANOGA,Q7Q410_ANOGA,Q7Q8H4_ANOGA,Q7QA89_ANOGA,MMSA_ANOGA,Q7QCW3_ANOGA,Q7QD57_ANOGA,Q7QEF5_ANOGA,Q7QFT0_ANOGA,Q7QKH2_ANOGA
GO:1901605	Alpha-amino acid metabolic process	12	120	0.65	0.59	0.0018	7165.F5HL87,7165.F5HLM0,7165.F5HM13,7165.Q5TRW7,7165.Q7PWF1,7165.Q7PYX7,7165.Q7Q410,7165.Q7Q8H4,7165.Q7QA89,7165.Q7QC84,7165.Q7QFT0,7165.Q7QKH2	F5HL87_ANOGA,F5HLM0_ANOGA,F5HM13_ANOGA,Q5TRW7_ANOGA,Q7PWF1_ANOGA,Q7PYX7_ANOGA,Q7Q410_ANOGA,Q7Q8H4_ANOGA,Q7QA89_ANOGA,MMSA_ANOGA,Q7QFT0_ANOGA,Q7QKH2_ANOGA
GO:0022613	Ribonucleoprotein complex biogenesis	20	311	0.46	0.51	0.0023	7165.A0NDN1,7165.A0NF04,7165.A7UVK8,7165.O44248,7165.O76732,7165.P33514,7165.Q5TNJ4,7165.Q5TVQ5,7165.Q5TX48,7165.Q7PP63,7165.Q7PQW7,7165.Q7PQZ6,7165.Q7PXH8,7165.Q7PYF2,7165.Q7Q9M8,7165.Q7Q9Q2,7165.Q7QC42,7165.Q7QEH1,7165.Q7QGF9,7165.Q7QHQ4	A0NDN1_ANOGA,A0NF04_ANOGA,A7UVK8_ANOGA,RpL5,RpL7A,RpS7,Q5TNJ4_ANOGA,Q5TVQ5_ANOGA,Q5TX48_ANOGA,Q7PP63_ANOGA,Q7PQW7_ANOGA,Q7PQZ6_ANOGA,Q7PXH8_ANOGA,Q7PYF2_ANOGA,Q7Q9M8_ANOGA,Q7Q9Q2_ANOGA,Q7QC42_ANOGA,RpS14a,Q7QGF9_ANOGA,Q7QHQ4_ANOGA
GO:0006631	Fatty acid metabolic process	13	148	0.59	0.54	0.0029	7165.A0NG32,7165.Q7PGI2,7165.Q7PNP8,7165.Q7PQ11,7165.Q7PR84,7165.Q7PSP0,7165.Q7PVV2,7165.Q7PYE4,7165.Q7PZB6,7165.Q7Q1V4,7165.Q7QA76,7165.Q7QHS3,7165.Q7QIF7	A0NG32_ANOGA,Q7PGI2_ANOGA,Q7PNP8_ANOGA,Q7PQ11_ANOGA,Q7PR84_ANOGA,Q7PSP0_ANOGA,Q7PVV2_ANOGA,Q7PYE4_ANOGA,Q7PZB6_ANOGA,Q7Q1V4_ANOGA,Q7QA76_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA
GO:0006006	Glucose metabolic process	6	26	1.01	0.62	0.0032	7165.A7UUW7,7165.Q5TX32,7165.Q7PVA2,7165.Q7PXW5,7165.Q7Q1U8,7165.Q7Q3D8	A7UUW7_ANOGA,Q5TX32_ANOGA,Q7PVA2_ANOGA,Q7PXW5_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA
GO:0019674	NAD metabolic process	4	7	1.41	0.65	0.0036	7165.A7UR88,7165.F5HLM0,7165.Q5TX32,7165.Q7Q3D8	A7UR88_ANOGA,F5HLM0_ANOGA,Q5TX32_ANOGA,Q7Q3D8_ANOGA
GO:1901606	Alpha-amino acid catabolic process	8	59	0.78	0.53	0.0054	7165.F5HLM0,7165.F5HM13,7165.Q7PYX7,7165.Q7Q8H4,7165.Q7QA89,7165.Q7QC84,7165.Q7QFT0,7165.Q7QKH2	F5HLM0_ANOGA,F5HM13_ANOGA,Q7PYX7_ANOGA,Q7Q8H4_ANOGA,Q7QA89_ANOGA,MMSA_ANOGA,Q7QFT0_ANOGA,Q7QKH2_ANOGA
GO:0042255	Ribosome assembly	7	44	0.85	0.54	0.0060	7165.A0NF04,7165.O44248,7165.Q5TVQ5,7165.Q7PP63,7165.Q7PQZ6,7165.Q7PYF2,7165.Q7QEH1	A0NF04_ANOGA,RpL5,Q5TVQ5_ANOGA,Q7PP63_ANOGA,Q7PQZ6_ANOGA,Q7PYF2_ANOGA,RpS14a
GO:0019538	Protein metabolic process	75	2216	0.18	0.36	0.0066	7165.A0NF04,7165.A0NF86,7165.A0NGJ1,7165.A0NGY0,7165.F5HL97,7165.O44248,7165.P33514,7165.P52811,7165.P52813,7165.P52818,7165.Q5TMJ9,7165.Q5TMQ0,7165.Q5TNJ4,7165.Q5TV73,7165.Q5TVQ5,7165.Q5TWE1,7165.Q7PIQ3,7165.Q7PJE1,7165.Q7PMD8,7165.Q7PMZ0,7165.Q7PP63,7165.Q7PQ02,7165.Q7PQ14,7165.Q7PQF4,7165.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PS97,7165.Q7PSF9,7165.Q7PSV0,7165.Q7PT29,7165.Q7PT95,7165.Q7PTN2,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVB9,7165.Q7PVV8,7165.Q7PW34,7165.Q7PWT2,7165.Q7PX68,7165.Q7PXH8,7165.Q7PYF2,7165.Q7PZG4,7165.Q7PZW9,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0T5,7165.Q7Q0Y7,7165.Q7Q5K4,7165.Q7Q680,7165.Q7Q716,7165.Q7Q789,7165.Q7Q8S2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QAT0,7165.Q7QAZ5,7165.Q7QC42,7165.Q7QD57,7165.Q7QEB0,7165.Q7QEH1,7165.Q7QF03,7165.Q7QFL7,7165.Q7QFZ1,7165.Q7QGF9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QIP5,7165.Q7QJG6,7165.Q7QJM5,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,A0NF86_ANOGA,A0NGJ1_ANOGA,RpL17,F5HL97_ANOGA,RpL5,RpS7,RpS13,RpS3A,RpL15,Q5TMJ9_ANOGA,Q5TMQ0_ANOGA,Q5TNJ4_ANOGA,Q5TV73_ANOGA,Q5TVQ5_ANOGA,Q5TWE1_ANOGA,Q7PIQ3_ANOGA,Q7PJE1_ANOGA,Q7PMD8_ANOGA,Q7PMZ0_ANOGA,Q7PP63_ANOGA,Q7PQ02_ANOGA,Q7PQ14_ANOGA,Q7PQF4_ANOGA,Q7PQW7_ANOGA,Q7PQY8_ANOGA,Q7PQZ6_ANOGA,Q7PRC2_ANOGA,Q7PS97_ANOGA,Q7PSF9_ANOGA,Q7PSV0_ANOGA,Q7PT29_ANOGA,Q7PT95_ANOGA,Q7PTN2_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVB9_ANOGA,Q7PVV8_ANOGA,Q7PW34_ANOGA,Q7PWT2_ANOGA,Q7PX68_ANOGA,Q7PXH8_ANOGA,Q7PYF2_ANOGA,Q7PZG4_ANOGA,Q7PZW9_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0T5_ANOGA,Q7Q0Y7_ANOGA,Q7Q5K4_ANOGA,Q7Q680_ANOGA,Q7Q716_ANOGA,Q7Q789_ANOGA,Q7Q8S2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QAT0_ANOGA,Q7QAZ5_ANOGA,Q7QC42_ANOGA,Q7QD57_ANOGA,Q7QEB0_ANOGA,RpS14a,Q7QF03_ANOGA,mal,Q7QFZ1_ANOGA,Q7QGF9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,Q7QIP5_ANOGA,Q7QJG6_ANOGA,RpL18,RpS17,RpL8
GO:0016051	Carbohydrate biosynthetic process	7	46	0.83	0.51	0.0076	7165.A7UUW7,7165.Q7PVA2,7165.Q7PX40,7165.Q7PXW5,7165.Q7Q455,7165.Q7QCE1,7165.Q7QDU9	A7UUW7_ANOGA,Q7PVA2_ANOGA,Q7PX40_ANOGA,Q7PXW5_ANOGA,Q7Q455_ANOGA,Q7QCE1_ANOGA,Q7QDU9_ANOGA
GO:0009064	Glutamine family amino acid metabolic process	6	32	0.92	0.52	0.0082	7165.F5HL87,7165.F5HLM0,7165.Q7PWF1,7165.Q7Q410,7165.Q7QA89,7165.Q7QFT0	F5HL87_ANOGA,F5HLM0_ANOGA,Q7PWF1_ANOGA,Q7Q410_ANOGA,Q7QA89_ANOGA,Q7QFT0_ANOGA
GO:1901135	Carbohydrate derivative metabolic process	25	489	0.36	0.4	0.0082	7165.A0NG32,7165.A7UR88,7165.F5HLN3,7165.F7IVD7,7165.Q5TTG1,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PKK3,7165.Q7PMT2,7165.Q7PRR3,7165.Q7PVA2,7165.Q7PWZ7,7165.Q7PXW5,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7Q3N8,7165.Q7QAP1,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QG44,7165.Q7QHE9,7165.Q7QHS3	A0NG32_ANOGA,A7UR88_ANOGA,F5HLN3_ANOGA,F7IVD7_ANOGA,Vha68-2,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PKK3_ANOGA,Q7PMT2_ANOGA,Q7PRR3_ANOGA,Q7PVA2_ANOGA,Q7PWZ7_ANOGA,Q7PXW5_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,Q7Q3N8_ANOGA,Q7QAP1_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QG44_ANOGA,Q7QHE9_ANOGA,Q7QHS3_ANOGA
GO:0044248	Cellular catabolic process	34	771	0.29	0.38	0.0086	7165.A3E7Z8,7165.A7UVK8,7165.F5HLM0,7165.F5HM13,7165.Q5TMQ0,7165.Q5TVM9,7165.Q7PFH8,7165.Q7PGI2,7165.Q7PIQ3,7165.Q7PNP8,7165.Q7PSP0,7165.Q7PTJ0,7165.Q7PW34,7165.Q7PX40,7165.Q7PYX7,7165.Q7PZB6,7165.Q7Q0T5,7165.Q7Q1V4,7165.Q7Q3L6,7165.Q7Q610,7165.Q7Q6T9,7165.Q7Q8H4,7165.Q7QA89,7165.Q7QC84,7165.Q7QCE1,7165.Q7QCH6,7165.Q7QFB6,7165.Q7QFG0,7165.Q7QFL7,7165.Q7QFT0,7165.Q7QHS3,7165.Q7QIF7,7165.Q7QKH2,7165.Q869C3	CAT1,A7UVK8_ANOGA,F5HLM0_ANOGA,F5HM13_ANOGA,Q5TMQ0_ANOGA,Q5TVM9_ANOGA,Q7PFH8_ANOGA,Q7PGI2_ANOGA,Q7PIQ3_ANOGA,Q7PNP8_ANOGA,Q7PSP0_ANOGA,TPX2,Q7PW34_ANOGA,Q7PX40_ANOGA,Q7PYX7_ANOGA,Q7PZB6_ANOGA,Q7Q0T5_ANOGA,Q7Q1V4_ANOGA,AgGp,Q7Q610_ANOGA,Q7Q6T9_ANOGA,Q7Q8H4_ANOGA,Q7QA89_ANOGA,MMSA_ANOGA,Q7QCE1_ANOGA,Q7QCH6_ANOGA,TPX1,Q7QFG0_ANOGA,mal,Q7QFT0_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA,Q7QKH2_ANOGA,Ace
GO:0072593	Reactive oxygen species metabolic process	5	20	1.05	0.52	0.0090	7165.A3E7Z8,7165.Q7PTJ0,7165.Q7PXY3,7165.Q7Q5G0,7165.Q7QFB6	CAT1,TPX2,Q7PXY3_ANOGA,Q7Q5G0_ANOGA,TPX1
GO:0044262	Cellular carbohydrate metabolic process	10	103	0.64	0.46	0.0091	7165.Q5TX32,7165.Q7PKK3,7165.Q7PQ11,7165.Q7PQQ3,7165.Q7PVH2,7165.Q7PX40,7165.Q7Q3L6,7165.Q7Q455,7165.Q7QCE1,7165.Q7QDU9	Q5TX32_ANOGA,Q7PKK3_ANOGA,Q7PQ11_ANOGA,Q7PQQ3_ANOGA,Q7PVH2_ANOGA,Q7PX40_ANOGA,AgGp,Q7Q455_ANOGA,Q7QCE1_ANOGA,Q7QDU9_ANOGA
GO:0009063	Cellular amino acid catabolic process	8	65	0.74	0.48	0.0092	7165.F5HLM0,7165.F5HM13,7165.Q7PYX7,7165.Q7Q8H4,7165.Q7QA89,7165.Q7QC84,7165.Q7QFT0,7165.Q7QKH2	F5HLM0_ANOGA,F5HM13_ANOGA,Q7PYX7_ANOGA,Q7Q8H4_ANOGA,Q7QA89_ANOGA,MMSA_ANOGA,Q7QFT0_ANOGA,Q7QKH2_ANOGA
GO:0065003	Protein-containing complex assembly	23	436	0.37	0.4	0.0093	7165.A0NF04,7165.A0NGL9,7165.A7UVK8,7165.F5HM13,7165.O44248,7165.Q5TP19,7165.Q5TVQ5,7165.Q7PCT5,7165.Q7PCX0,7165.Q7PP63,7165.Q7PQQ2,7165.Q7PQZ6,7165.Q7PRW3,7165.Q7PUQ8,7165.Q7PYF2,7165.Q7Q1B8,7165.Q7Q229,7165.Q7Q2C5,7165.Q7Q7J4,7165.Q7Q9C1,7165.Q7QEH1,7165.Q7QG65,7165.Q7QJL9	A0NF04_ANOGA,A0NGL9_ANOGA,A7UVK8_ANOGA,F5HM13_ANOGA,RpL5,Q5TP19_ANOGA,Q5TVQ5_ANOGA,Q7PCT5_ANOGA,Q7PCX0_ANOGA,Q7PP63_ANOGA,Q7PQQ2_ANOGA,Q7PQZ6_ANOGA,Q7PRW3_ANOGA,Q7PUQ8_ANOGA,Q7PYF2_ANOGA,Q7Q1B8_ANOGA,Q7Q229_ANOGA,Q7Q2C5_ANOGA,Q7Q7J4_ANOGA,Q7Q9C1_ANOGA,RpS14a,Q7QG65_ANOGA,Q7QJL9_ANOGA
GO:0043933	Protein-containing complex organization	25	512	0.34	0.36	0.0151	7165.A0NF04,7165.A0NGL9,7165.A7UVK8,7165.A7UVN6,7165.F5HM13,7165.O44248,7165.Q5TP19,7165.Q5TVQ5,7165.Q7PCT5,7165.Q7PCX0,7165.Q7PIQ3,7165.Q7PP63,7165.Q7PQQ2,7165.Q7PQZ6,7165.Q7PRW3,7165.Q7PUQ8,7165.Q7PYF2,7165.Q7Q1B8,7165.Q7Q229,7165.Q7Q2C5,7165.Q7Q7J4,7165.Q7Q9C1,7165.Q7QEH1,7165.Q7QG65,7165.Q7QJL9	A0NF04_ANOGA,A0NGL9_ANOGA,A7UVK8_ANOGA,A7UVN6_ANOGA,F5HM13_ANOGA,RpL5,Q5TP19_ANOGA,Q5TVQ5_ANOGA,Q7PCT5_ANOGA,Q7PCX0_ANOGA,Q7PIQ3_ANOGA,Q7PP63_ANOGA,Q7PQQ2_ANOGA,Q7PQZ6_ANOGA,Q7PRW3_ANOGA,Q7PUQ8_ANOGA,Q7PYF2_ANOGA,Q7Q1B8_ANOGA,Q7Q229_ANOGA,Q7Q2C5_ANOGA,Q7Q7J4_ANOGA,Q7Q9C1_ANOGA,RpS14a,Q7QG65_ANOGA,Q7QJL9_ANOGA
GO:0032981	Mitochondrial respiratory chain complex I assembly	6	37	0.86	0.45	0.0155	7165.Q7PCT5,7165.Q7PRW3,7165.Q7Q1B8,7165.Q7Q229,7165.Q7Q9C1,7165.Q7QJL9	Q7PCT5_ANOGA,Q7PRW3_ANOGA,Q7Q1B8_ANOGA,Q7Q229_ANOGA,Q7Q9C1_ANOGA,Q7QJL9_ANOGA
GO:0006085	acetyl-CoA biosynthetic process	4	12	1.17	0.47	0.0157	7165.A0NG32,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QHS3	A0NG32_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QHS3_ANOGA
GO:0006081	Cellular aldehyde metabolic process	6	38	0.85	0.44	0.0171	7165.Q7PQI7,7165.Q7PQQ3,7165.Q7Q6C1,7165.Q7QCH6,7165.Q7QF92,7165.Q7QHE9	Q7PQI7_ANOGA,Q7PQQ3_ANOGA,Q7Q6C1_ANOGA,Q7QCH6_ANOGA,Q7QF92_ANOGA,Q7QHE9_ANOGA
GO:0006123	Mitochondrial electron transport, cytochrome c to oxygen	4	13	1.14	0.45	0.0199	7165.A0NFA7,7165.Q7PSA9,7165.Q7Q8A2,7165.Q7QG65	A0NFA7_ANOGA,Q7PSA9_ANOGA,Q7Q8A2_ANOGA,Q7QG65_ANOGA
GO:0006414	Translational elongation	5	25	0.95	0.43	0.0203	7165.F5HL97,7165.Q7PT29,7165.Q7PTN2,7165.Q7Q0T5,7165.Q7QIP5	F5HL97_ANOGA,Q7PT29_ANOGA,Q7PTN2_ANOGA,Q7Q0T5_ANOGA,Q7QIP5_ANOGA
GO:0007005	Mitochondrion organization	14	212	0.47	0.37	0.0209	7165.F5HK71,7165.Q7PCT5,7165.Q7PFH8,7165.Q7PMG2,7165.Q7PQV7,7165.Q7PRW3,7165.Q7PSV0,7165.Q7Q1B8,7165.Q7Q229,7165.Q7Q716,7165.Q7Q9C1,7165.Q7QF03,7165.Q7QG65,7165.Q7QJL9	F5HK71_ANOGA,Q7PCT5_ANOGA,Q7PFH8_ANOGA,Q7PMG2_ANOGA,ADT2_ANOGA,Q7PRW3_ANOGA,Q7PSV0_ANOGA,Q7Q1B8_ANOGA,Q7Q229_ANOGA,Q7Q716_ANOGA,Q7Q9C1_ANOGA,Q7QF03_ANOGA,Q7QG65_ANOGA,Q7QJL9_ANOGA
GO:0005996	Monosaccharide metabolic process	7	58	0.73	0.39	0.0238	7165.A7UUW7,7165.Q5TX32,7165.Q7PVA2,7165.Q7PXW5,7165.Q7Q164,7165.Q7Q1U8,7165.Q7Q3D8	A7UUW7_ANOGA,Q5TX32_ANOGA,Q7PVA2_ANOGA,Q7PXW5_ANOGA,Q7Q164_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA
GO:0006108	Malate metabolic process	3	5	1.43	0.44	0.0241	7165.F5HL44,7165.Q7PSB4,7165.Q7PYD5	F5HL44_ANOGA,Q7PSB4_ANOGA,Q7PYD5_ANOGA
GO:0009113	Purine nucleobase biosynthetic process	3	5	1.43	0.44	0.0241	7165.F5HM13,7165.Q7Q1H5,7165.Q7QEW3	F5HM13_ANOGA,Q7Q1H5_ANOGA,Q7QEW3_ANOGA
GO:0044283	Small molecule biosynthetic process	15	242	0.44	0.35	0.0241	7165.A0NG32,7165.A7UUW7,7165.F5HM13,7165.Q5TRW7,7165.Q7PQ11,7165.Q7PVA2,7165.Q7PVV2,7165.Q7PWF1,7165.Q7PXW5,7165.Q7PYE4,7165.Q7Q229,7165.Q7Q410,7165.Q7Q6C1,7165.Q7Q8H4,7165.Q7QCW3	A0NG32_ANOGA,A7UUW7_ANOGA,F5HM13_ANOGA,Q5TRW7_ANOGA,Q7PQ11_ANOGA,Q7PVA2_ANOGA,Q7PVV2_ANOGA,Q7PWF1_ANOGA,Q7PXW5_ANOGA,Q7PYE4_ANOGA,Q7Q229_ANOGA,Q7Q410_ANOGA,Q7Q6C1_ANOGA,Q7Q8H4_ANOGA,Q7QCW3_ANOGA
GO:0009062	Fatty acid catabolic process	6	43	0.8	0.38	0.0291	7165.Q7PNP8,7165.Q7PSP0,7165.Q7PZB6,7165.Q7Q1V4,7165.Q7QHS3,7165.Q7QIF7	Q7PNP8_ANOGA,Q7PSP0_ANOGA,Q7PZB6_ANOGA,Q7Q1V4_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA
GO:0045454	Cell redox homeostasis	4	15	1.08	0.4	0.0293	7165.Q7PTJ0,7165.Q7PYX7,7165.Q7QFB6,7165.Q86GB2	TPX2,Q7PYX7_ANOGA,TPX1,trxR
GO:0071616	acyl-CoA biosynthetic process	5	28	0.9	0.39	0.0301	7165.A0NG32,7165.Q7PGI2,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QHS3	A0NG32_ANOGA,Q7PGI2_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QHS3_ANOGA
GO:0006793	Phosphorus metabolic process	34	837	0.26	0.3	0.0303	7165.A0NG32,7165.A7UR88,7165.F5HLN3,7165.F7IVD7,7165.Q5TTG1,7165.Q5TVM9,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PIQ5,7165.Q7PKK3,7165.Q7PMT2,7165.Q7PQF4,7165.Q7PRR3,7165.Q7PVA2,7165.Q7PW34,7165.Q7PWZ7,7165.Q7PXW5,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7Q3N8,7165.Q7Q6C1,7165.Q7QAP1,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QE79,7165.Q7QEW3,7165.Q7QFL7,7165.Q7QG44,7165.Q7QHE9,7165.Q7QHS3,7165.Q7QKH2	A0NG32_ANOGA,A7UR88_ANOGA,F5HLN3_ANOGA,F7IVD7_ANOGA,Vha68-2,Q5TVM9_ANOGA,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PIQ5_ANOGA,Q7PKK3_ANOGA,Q7PMT2_ANOGA,Q7PQF4_ANOGA,Q7PRR3_ANOGA,Q7PVA2_ANOGA,Q7PW34_ANOGA,Q7PWZ7_ANOGA,Q7PXW5_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,Q7Q3N8_ANOGA,Q7Q6C1_ANOGA,Q7QAP1_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QE79_ANOGA,Q7QEW3_ANOGA,mal,Q7QG44_ANOGA,Q7QHE9_ANOGA,Q7QHS3_ANOGA,Q7QKH2_ANOGA
GO:0005978	Glycogen biosynthetic process	3	6	1.35	0.4	0.0332	7165.Q7PX40,7165.Q7QCE1,7165.Q7QDU9	Q7PX40_ANOGA,Q7QCE1_ANOGA,Q7QDU9_ANOGA
GO:0034637	Cellular carbohydrate biosynthetic process	4	17	1.02	0.36	0.0415	7165.Q7PX40,7165.Q7Q455,7165.Q7QCE1,7165.Q7QDU9	Q7PX40_ANOGA,Q7Q455_ANOGA,Q7QCE1_ANOGA,Q7QDU9_ANOGA
GO:0046394	Carboxylic acid biosynthetic process	10	130	0.54	0.32	0.0415	7165.A0NG32,7165.F5HM13,7165.Q5TRW7,7165.Q7PQ11,7165.Q7PVV2,7165.Q7PWF1,7165.Q7PYE4,7165.Q7Q410,7165.Q7Q8H4,7165.Q7QCW3	A0NG32_ANOGA,F5HM13_ANOGA,Q5TRW7_ANOGA,Q7PQ11_ANOGA,Q7PVV2_ANOGA,Q7PWF1_ANOGA,Q7PYE4_ANOGA,Q7Q410_ANOGA,Q7Q8H4_ANOGA,Q7QCW3_ANOGA
GO:0006796	Phosphate-containing compound metabolic process	33	829	0.25	0.27	0.0477	7165.A0NG32,7165.A7UR88,7165.F5HLN3,7165.F7IVD7,7165.Q5TTG1,7165.Q5TVM9,7165.Q5TX32,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PIQ5,7165.Q7PMT2,7165.Q7PQF4,7165.Q7PRR3,7165.Q7PVA2,7165.Q7PW34,7165.Q7PWZ7,7165.Q7PXW5,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7Q3N8,7165.Q7Q6C1,7165.Q7QAP1,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QE79,7165.Q7QEW3,7165.Q7QFL7,7165.Q7QG44,7165.Q7QHE9,7165.Q7QHS3,7165.Q7QKH2	A0NG32_ANOGA,A7UR88_ANOGA,F5HLN3_ANOGA,F7IVD7_ANOGA,Vha68-2,Q5TVM9_ANOGA,Q5TX32_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PIQ5_ANOGA,Q7PMT2_ANOGA,Q7PQF4_ANOGA,Q7PRR3_ANOGA,Q7PVA2_ANOGA,Q7PW34_ANOGA,Q7PWZ7_ANOGA,Q7PXW5_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,Q7Q3N8_ANOGA,Q7Q6C1_ANOGA,Q7QAP1_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QE79_ANOGA,Q7QEW3_ANOGA,mal,Q7QG44_ANOGA,Q7QHE9_ANOGA,Q7QHS3_ANOGA,Q7QKH2_ANOGA
GO:0008652	Cellular amino acid biosynthetic process	6	49	0.74	0.33	0.0490	7165.F5HM13,7165.Q5TRW7,7165.Q7PWF1,7165.Q7Q410,7165.Q7Q8H4,7165.Q7QCW3	F5HM13_ANOGA,Q5TRW7_ANOGA,Q7PWF1_ANOGA,Q7Q410_ANOGA,Q7Q8H4_ANOGA,Q7QCW3_ANOGA