#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)
aga01100	Metabolic pathways	107	1042	0.66	2.14	1.78e-39	7165.A0NFA7,7165.A3E7Z8,7165.A7URF1,7165.A7UU86,7165.A7UUV3,7165.A7UUW7,7165.F5HIU6,7165.F5HJY7,7165.F5HKN6,7165.F5HL44,7165.F5HL87,7165.F5HLM0,7165.F5HM13,7165.F7IVD7,7165.O76757,7165.P34840,7165.P34846,7165.P46428,7165.Q5TNR5,7165.Q5TRW7,7165.Q5TTG1,7165.Q5TX32,7165.Q7PCT5,7165.Q7PF83,7165.Q7PGI2,7165.Q7PGI9,7165.Q7PHI8,7165.Q7PKK3,7165.Q7PMH3,7165.Q7PMT2,7165.Q7PNP3,7165.Q7PNP8,7165.Q7PPF3,7165.Q7PQ11,7165.Q7PQI7,7165.Q7PQQ3,7165.Q7PQZ4,7165.Q7PRR3,7165.Q7PRW3,7165.Q7PSB4,7165.Q7PSM6,7165.Q7PTN3,7165.Q7PV48,7165.Q7PVA2,7165.Q7PVV2,7165.Q7PWF1,7165.Q7PWI1,7165.Q7PWZ7,7165.Q7PX40,7165.Q7PXA8,7165.Q7PXW5,7165.Q7PXY3,7165.Q7PYD5,7165.Q7PYE4,7165.Q7PYE7,7165.Q7PYX7,7165.Q7PZB6,7165.Q7Q009,7165.Q7Q0P5,7165.Q7Q164,7165.Q7Q1B8,7165.Q7Q1H5,7165.Q7Q1U8,7165.Q7Q229,7165.Q7Q2J4,7165.Q7Q3A3,7165.Q7Q3D8,7165.Q7Q3F6,7165.Q7Q3L6,7165.Q7Q3N8,7165.Q7Q410,7165.Q7Q455,7165.Q7Q4R9,7165.Q7Q4T4,7165.Q7Q537,7165.Q7Q5G0,7165.Q7Q5Q9,7165.Q7Q609,7165.Q7Q610,7165.Q7Q6C1,7165.Q7Q8A2,7165.Q7Q8H4,7165.Q7Q9C1,7165.Q7QA89,7165.Q7QAP1,7165.Q7QC84,7165.Q7QCE1,7165.Q7QCH6,7165.Q7QCW3,7165.Q7QDA6,7165.Q7QDP2,7165.Q7QDU3,7165.Q7QDU9,7165.Q7QDV0,7165.Q7QEF5,7165.Q7QEW3,7165.Q7QFT0,7165.Q7QG44,7165.Q7QG65,7165.Q7QHC7,7165.Q7QHE9,7165.Q7QHS3,7165.Q7QIF7,7165.Q7QIL1,7165.Q7QJL9,7165.Q7QK64,7165.Q7QKH2	A0NFA7_ANOGA,CAT1,A7URF1_ANOGA,A7UU86_ANOGA,A7UUV3_ANOGA,A7UUW7_ANOGA,F5HIU6_ANOGA,F5HJY7_ANOGA,F5HKN6_ANOGA,F5HL44_ANOGA,F5HL87_ANOGA,F5HLM0_ANOGA,F5HM13_ANOGA,F7IVD7_ANOGA,Ahcy13,COII,mt:ND1,GstS1,Q5TNR5_ANOGA,Q5TRW7_ANOGA,Vha68-2,Q5TX32_ANOGA,Q7PCT5_ANOGA,Q7PF83_ANOGA,Q7PGI2_ANOGA,Q7PGI9_ANOGA,Q7PHI8_ANOGA,Q7PKK3_ANOGA,Q7PMH3_ANOGA,Q7PMT2_ANOGA,Q7PNP3_ANOGA,Q7PNP8_ANOGA,PPO3,Q7PQ11_ANOGA,Q7PQI7_ANOGA,Q7PQQ3_ANOGA,Q7PQZ4_ANOGA,Q7PRR3_ANOGA,Q7PRW3_ANOGA,Q7PSB4_ANOGA,Q7PSM6_ANOGA,Q7PTN3_ANOGA,Q7PV48_ANOGA,Q7PVA2_ANOGA,Q7PVV2_ANOGA,Q7PWF1_ANOGA,Q7PWI1_ANOGA,Q7PWZ7_ANOGA,Q7PX40_ANOGA,Q7PXA8_ANOGA,Q7PXW5_ANOGA,Q7PXY3_ANOGA,Q7PYD5_ANOGA,Q7PYE4_ANOGA,Q7PYE7_ANOGA,Q7PYX7_ANOGA,Q7PZB6_ANOGA,Q7Q009_ANOGA,Q7Q0P5_ANOGA,Q7Q164_ANOGA,Q7Q1B8_ANOGA,Q7Q1H5_ANOGA,Q7Q1U8_ANOGA,Q7Q229_ANOGA,Q7Q2J4_ANOGA,Q7Q3A3_ANOGA,Q7Q3D8_ANOGA,Q7Q3F6_ANOGA,AgGp,Q7Q3N8_ANOGA,Q7Q410_ANOGA,Q7Q455_ANOGA,Q7Q4R9_ANOGA,Q7Q4T4_ANOGA,Q7Q537_ANOGA,Q7Q5G0_ANOGA,PPO2,Q7Q609_ANOGA,Q7Q610_ANOGA,Q7Q6C1_ANOGA,Q7Q8A2_ANOGA,Q7Q8H4_ANOGA,Q7Q9C1_ANOGA,Q7QA89_ANOGA,Q7QAP1_ANOGA,MMSA_ANOGA,Q7QCE1_ANOGA,Q7QCH6_ANOGA,Q7QCW3_ANOGA,Q7QDA6_ANOGA,Q7QDP2_ANOGA,Q7QDU3_ANOGA,Q7QDU9_ANOGA,Q7QDV0_ANOGA,Q7QEF5_ANOGA,Q7QEW3_ANOGA,Q7QFT0_ANOGA,Q7QG44_ANOGA,Q7QG65_ANOGA,Q7QHC7_ANOGA,Q7QHE9_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA,Q7QIL1_ANOGA,Q7QJL9_ANOGA,Q7QK64_ANOGA,Q7QKH2_ANOGA
aga03010	Ribosome	48	129	1.22	4.99	1.19e-37	7165.A0NF04,7165.A0NGY0,7165.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.Q7PQW7,7165.Q7PQY8,7165.Q7PQZ6,7165.Q7PRC2,7165.Q7PS97,7165.Q7PT95,7165.Q7PUC9,7165.Q7PUQ7,7165.Q7PUV2,7165.Q7PV82,7165.Q7PVB9,7165.Q7PXH8,7165.Q7PYF2,7165.Q7PZG4,7165.Q7PZX9,7165.Q7Q0M9,7165.Q7Q0Y7,7165.Q7Q680,7165.Q7Q8S2,7165.Q7Q9T0,7165.Q7QA29,7165.Q7QC42,7165.Q7QEB0,7165.Q7QEH1,7165.Q7QFZ1,7165.Q7QGF9,7165.Q7QHF9,7165.Q7QHQ4,7165.Q7QJM5,7165.Q9U9L1,7165.Q9U9L2	A0NF04_ANOGA,RpL17,RpL5,RpL7A,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,Q7PT95_ANOGA,Q7PUC9_ANOGA,Q7PUQ7_ANOGA,Q7PUV2_ANOGA,Q7PV82_ANOGA,Q7PVB9_ANOGA,Q7PXH8_ANOGA,Q7PYF2_ANOGA,Q7PZG4_ANOGA,Q7PZX9_ANOGA,Q7Q0M9_ANOGA,Q7Q0Y7_ANOGA,Q7Q680_ANOGA,Q7Q8S2_ANOGA,Q7Q9T0_ANOGA,Q7QA29_ANOGA,Q7QC42_ANOGA,Q7QEB0_ANOGA,RpS14a,Q7QFZ1_ANOGA,Q7QGF9_ANOGA,Q7QHF9_ANOGA,Q7QHQ4_ANOGA,RpL18,RpS17,RpL8
aga00190	Oxidative phosphorylation	39	112	1.19	4.26	1.44e-29	7165.A0NFA7,7165.A7URF1,7165.A7UUV3,7165.F5HJY7,7165.F7IVD7,7165.P34840,7165.P34846,7165.Q5TNR5,7165.Q5TTG1,7165.Q7PCT5,7165.Q7PF83,7165.Q7PHI8,7165.Q7PM07,7165.Q7PMH3,7165.Q7PNP3,7165.Q7PQZ4,7165.Q7PRR3,7165.Q7PRW3,7165.Q7PWI1,7165.Q7PWZ7,7165.Q7PXY3,7165.Q7Q009,7165.Q7Q1B8,7165.Q7Q229,7165.Q7Q2J4,7165.Q7Q3N8,7165.Q7Q5G0,7165.Q7Q609,7165.Q7Q8A2,7165.Q7Q9C1,7165.Q7QAP1,7165.Q7QDP2,7165.Q7QDV0,7165.Q7QG44,7165.Q7QG65,7165.Q7QHC7,7165.Q7QIL1,7165.Q7QJL9,7165.Q7QK64	A0NFA7_ANOGA,A7URF1_ANOGA,A7UUV3_ANOGA,F5HJY7_ANOGA,F7IVD7_ANOGA,COII,mt:ND1,Q5TNR5_ANOGA,Vha68-2,Q7PCT5_ANOGA,Q7PF83_ANOGA,Q7PHI8_ANOGA,Q7PM07_ANOGA,Q7PMH3_ANOGA,Q7PNP3_ANOGA,Q7PQZ4_ANOGA,Q7PRR3_ANOGA,Q7PRW3_ANOGA,Q7PWI1_ANOGA,Q7PWZ7_ANOGA,Q7PXY3_ANOGA,Q7Q009_ANOGA,Q7Q1B8_ANOGA,Q7Q229_ANOGA,Q7Q2J4_ANOGA,Q7Q3N8_ANOGA,Q7Q5G0_ANOGA,Q7Q609_ANOGA,Q7Q8A2_ANOGA,Q7Q9C1_ANOGA,Q7QAP1_ANOGA,Q7QDP2_ANOGA,Q7QDV0_ANOGA,Q7QG44_ANOGA,Q7QG65_ANOGA,Q7QHC7_ANOGA,Q7QIL1_ANOGA,Q7QJL9_ANOGA,Q7QK64_ANOGA
aga01200	Carbon metabolism	36	89	1.26	4.52	3.39e-29	7165.A3E7Z8,7165.A7UU86,7165.A7UUW7,7165.F5HIU6,7165.F5HKN6,7165.F5HL44,7165.F5HLM0,7165.F5HM13,7165.Q5TRW7,7165.Q5TX32,7165.Q7PF83,7165.Q7PGI9,7165.Q7PMT2,7165.Q7PQQ3,7165.Q7PSB4,7165.Q7PSM6,7165.Q7PV48,7165.Q7PVA2,7165.Q7PXA8,7165.Q7PXW5,7165.Q7PYD5,7165.Q7PYE7,7165.Q7PYX7,7165.Q7Q1U8,7165.Q7Q3A3,7165.Q7Q3D8,7165.Q7Q3F6,7165.Q7Q4R9,7165.Q7Q537,7165.Q7QC84,7165.Q7QCH6,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QDV0,7165.Q7QHE9,7165.Q7QHS3	CAT1,A7UU86_ANOGA,A7UUW7_ANOGA,F5HIU6_ANOGA,F5HKN6_ANOGA,F5HL44_ANOGA,F5HLM0_ANOGA,F5HM13_ANOGA,Q5TRW7_ANOGA,Q5TX32_ANOGA,Q7PF83_ANOGA,Q7PGI9_ANOGA,Q7PMT2_ANOGA,Q7PQQ3_ANOGA,Q7PSB4_ANOGA,Q7PSM6_ANOGA,Q7PV48_ANOGA,Q7PVA2_ANOGA,Q7PXA8_ANOGA,Q7PXW5_ANOGA,Q7PYD5_ANOGA,Q7PYE7_ANOGA,Q7PYX7_ANOGA,Q7Q1U8_ANOGA,Q7Q3A3_ANOGA,Q7Q3D8_ANOGA,Q7Q3F6_ANOGA,Q7Q4R9_ANOGA,Q7Q537_ANOGA,MMSA_ANOGA,Q7QCH6_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QDV0_ANOGA,Q7QHE9_ANOGA,Q7QHS3_ANOGA
aga00020	Citrate cycle (TCA cycle)	20	29	1.49	4.06	1.40e-19	7165.A7UU86,7165.A7UUW7,7165.F5HIU6,7165.F5HKN6,7165.Q7PF83,7165.Q7PMT2,7165.Q7PQQ3,7165.Q7PSB4,7165.Q7PSM6,7165.Q7PV48,7165.Q7PXA8,7165.Q7PYD5,7165.Q7PYE7,7165.Q7PYX7,7165.Q7Q3A3,7165.Q7Q3F6,7165.Q7Q537,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QDV0	A7UU86_ANOGA,A7UUW7_ANOGA,F5HIU6_ANOGA,F5HKN6_ANOGA,Q7PF83_ANOGA,Q7PMT2_ANOGA,Q7PQQ3_ANOGA,Q7PSB4_ANOGA,Q7PSM6_ANOGA,Q7PV48_ANOGA,Q7PXA8_ANOGA,Q7PYD5_ANOGA,Q7PYE7_ANOGA,Q7PYX7_ANOGA,Q7Q3A3_ANOGA,Q7Q3F6_ANOGA,Q7Q537_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QDV0_ANOGA
aga01230	Biosynthesis of amino acids	21	52	1.26	3.16	5.80e-17	7165.A7UUW7,7165.F5HIU6,7165.F5HKN6,7165.F5HM13,7165.Q5TRW7,7165.Q5TX32,7165.Q7PGI9,7165.Q7PQQ3,7165.Q7PTN3,7165.Q7PV48,7165.Q7PWF1,7165.Q7PXW5,7165.Q7Q1U8,7165.Q7Q3A3,7165.Q7Q3D8,7165.Q7Q3F6,7165.Q7Q410,7165.Q7Q4R9,7165.Q7Q537,7165.Q7QEF5,7165.Q7QHE9	A7UUW7_ANOGA,F5HIU6_ANOGA,F5HKN6_ANOGA,F5HM13_ANOGA,Q5TRW7_ANOGA,Q5TX32_ANOGA,Q7PGI9_ANOGA,Q7PQQ3_ANOGA,Q7PTN3_ANOGA,Q7PV48_ANOGA,Q7PWF1_ANOGA,Q7PXW5_ANOGA,Q7Q1U8_ANOGA,Q7Q3A3_ANOGA,Q7Q3D8_ANOGA,Q7Q3F6_ANOGA,Q7Q410_ANOGA,Q7Q4R9_ANOGA,Q7Q537_ANOGA,Q7QEF5_ANOGA,Q7QHE9_ANOGA
aga00620	Pyruvate metabolism	12	31	1.24	1.97	1.56e-09	7165.A7UUW7,7165.F5HL44,7165.Q7PQ11,7165.Q7PQI7,7165.Q7PSB4,7165.Q7PYD5,7165.Q7PYE7,7165.Q7PYX7,7165.Q7Q4T4,7165.Q7QDA6,7165.Q7QDU3,7165.Q7QHS3	A7UUW7_ANOGA,F5HL44_ANOGA,Q7PQ11_ANOGA,Q7PQI7_ANOGA,Q7PSB4_ANOGA,Q7PYD5_ANOGA,Q7PYE7_ANOGA,Q7PYX7_ANOGA,Q7Q4T4_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA,Q7QHS3_ANOGA
aga01210	2-Oxocarboxylic acid metabolism	9	13	1.49	2.02	6.70e-09	7165.F5HIU6,7165.F5HKN6,7165.Q7PQQ3,7165.Q7PV48,7165.Q7Q3A3,7165.Q7Q3F6,7165.Q7Q4R9,7165.Q7Q537,7165.Q7QEF5	F5HIU6_ANOGA,F5HKN6_ANOGA,Q7PQQ3_ANOGA,Q7PV48_ANOGA,Q7Q3A3_ANOGA,Q7Q3F6_ANOGA,Q7Q4R9_ANOGA,Q7Q537_ANOGA,Q7QEF5_ANOGA
aga00010	Glycolysis / Gluconeogenesis	11	34	1.16	1.66	3.60e-08	7165.Q5TX32,7165.Q7PGI9,7165.Q7PQI7,7165.Q7PVA2,7165.Q7PXW5,7165.Q7PYX7,7165.Q7Q1U8,7165.Q7Q3D8,7165.Q7Q4T4,7165.Q7QDA6,7165.Q7QDU3	Q5TX32_ANOGA,Q7PGI9_ANOGA,Q7PQI7_ANOGA,Q7PVA2_ANOGA,Q7PXW5_ANOGA,Q7PYX7_ANOGA,Q7Q1U8_ANOGA,Q7Q3D8_ANOGA,Q7Q4T4_ANOGA,Q7QDA6_ANOGA,Q7QDU3_ANOGA
aga00630	Glyoxylate and dicarboxylate metabolism	10	27	1.22	1.66	6.05e-08	7165.A3E7Z8,7165.F5HM13,7165.Q7PSB4,7165.Q7PV48,7165.Q7PWF1,7165.Q7PYE7,7165.Q7PYX7,7165.Q7Q3F6,7165.Q7QHS3,7165.Q7QKH2	CAT1,F5HM13_ANOGA,Q7PSB4_ANOGA,Q7PV48_ANOGA,Q7PWF1_ANOGA,Q7PYE7_ANOGA,Q7PYX7_ANOGA,Q7Q3F6_ANOGA,Q7QHS3_ANOGA,Q7QKH2_ANOGA
aga00280	Valine, leucine and isoleucine degradation	10	33	1.13	1.48	2.70e-07	7165.Q7PNP8,7165.Q7PQI7,7165.Q7PYX7,7165.Q7PZB6,7165.Q7Q0P5,7165.Q7Q4T4,7165.Q7Q610,7165.Q7QC84,7165.Q7QHS3,7165.Q7QIF7	Q7PNP8_ANOGA,Q7PQI7_ANOGA,Q7PYX7_ANOGA,Q7PZB6_ANOGA,Q7Q0P5_ANOGA,Q7Q4T4_ANOGA,Q7Q610_ANOGA,MMSA_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA
aga00380	Tryptophan metabolism	7	20	1.19	1.17	1.55e-05	7165.A3E7Z8,7165.Q7PQI7,7165.Q7PSM6,7165.Q7PYX7,7165.Q7Q4T4,7165.Q7QHS3,7165.Q7QKH2	CAT1,Q7PQI7_ANOGA,Q7PSM6_ANOGA,Q7PYX7_ANOGA,Q7Q4T4_ANOGA,Q7QHS3_ANOGA,Q7QKH2_ANOGA
aga00500	Starch and sucrose metabolism	7	22	1.15	1.11	2.42e-05	7165.Q7PKK3,7165.Q7PVA2,7165.Q7PX40,7165.Q7Q3L6,7165.Q7Q455,7165.Q7QCE1,7165.Q7QDU9	Q7PKK3_ANOGA,Q7PVA2_ANOGA,Q7PX40_ANOGA,AgGp,Q7Q455_ANOGA,Q7QCE1_ANOGA,Q7QDU9_ANOGA
aga00250	Alanine, aspartate and glutamate metabolism	7	31	1.0	0.9	0.00015	7165.F5HL87,7165.F5HLM0,7165.Q7PWF1,7165.Q7Q410,7165.Q7Q4R9,7165.Q7QA89,7165.Q7QEW3	F5HL87_ANOGA,F5HLM0_ANOGA,Q7PWF1_ANOGA,Q7Q410_ANOGA,Q7Q4R9_ANOGA,Q7QA89_ANOGA,Q7QEW3_ANOGA
aga00564	Glycerophospholipid metabolism	9	63	0.81	0.8	0.00023	7165.A0NEH3,7165.A7UR88,7165.F5HLN3,7165.Q5TNA7,7165.Q7PT91,7165.Q7PT94,7165.Q7PZW9,7165.Q7QFG0,7165.Q869C3	COEAE2E,A7UR88_ANOGA,F5HLN3_ANOGA,Q5TNA7_ANOGA,Q7PT91_ANOGA,Q7PT94_ANOGA,Q7PZW9_ANOGA,Q7QFG0_ANOGA,Ace
aga00220	Arginine biosynthesis	5	13	1.24	0.9	0.00028	7165.F5HLM0,7165.Q7PWF1,7165.Q7Q410,7165.Q7Q4R9,7165.Q7QEF5	F5HLM0_ANOGA,Q7PWF1_ANOGA,Q7Q410_ANOGA,Q7Q4R9_ANOGA,Q7QEF5_ANOGA
aga00640	Propanoate metabolism	6	25	1.03	0.82	0.00039	7165.Q7PMT2,7165.Q7PQ11,7165.Q7PXA8,7165.Q7PYX7,7165.Q7QC84,7165.Q7QHS3	Q7PMT2_ANOGA,Q7PQ11_ANOGA,Q7PXA8_ANOGA,Q7PYX7_ANOGA,MMSA_ANOGA,Q7QHS3_ANOGA
aga00071	Fatty acid degradation	6	28	0.98	0.77	0.00063	7165.Q7PNP8,7165.Q7PQI7,7165.Q7PZB6,7165.Q7Q4T4,7165.Q7QHS3,7165.Q7QIF7	Q7PNP8_ANOGA,Q7PQI7_ANOGA,Q7PZB6_ANOGA,Q7Q4T4_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA
aga04145	Phagosome	8	66	0.73	0.63	0.0015	7165.A0NF86,7165.F7IVD7,7165.P84185,7165.Q5TTG1,7165.Q5TTI6,7165.Q7PPR6,7165.Q7PQZ4,7165.Q7Q2J4	A0NF86_ANOGA,F7IVD7_ANOGA,Act5C,Vha68-2,Q5TTI6_ANOGA,Q7PPR6_ANOGA,Q7PQZ4_ANOGA,Q7Q2J4_ANOGA
aga00310	Lysine degradation	6	40	0.83	0.59	0.0032	7165.Q7PQI7,7165.Q7PSM6,7165.Q7PYX7,7165.Q7Q4T4,7165.Q7Q8H4,7165.Q7QHS3	Q7PQI7_ANOGA,Q7PSM6_ANOGA,Q7PYX7_ANOGA,Q7Q4T4_ANOGA,Q7Q8H4_ANOGA,Q7QHS3_ANOGA
aga01212	Fatty acid metabolism	7	61	0.71	0.54	0.0045	7165.Q7PNP8,7165.Q7PQ11,7165.Q7PVV2,7165.Q7PYE4,7165.Q7PZB6,7165.Q7QHS3,7165.Q7QIF7	Q7PNP8_ANOGA,Q7PQ11_ANOGA,Q7PVV2_ANOGA,Q7PYE4_ANOGA,Q7PZB6_ANOGA,Q7QHS3_ANOGA,Q7QIF7_ANOGA
aga00270	Cysteine and methionine metabolism	5	30	0.87	0.55	0.0057	7165.O76757,7165.Q5TRW7,7165.Q7PSB4,7165.Q7PTN3,7165.Q7PYE7	Ahcy13,Q5TRW7_ANOGA,Q7PSB4_ANOGA,Q7PTN3_ANOGA,Q7PYE7_ANOGA
aga00030	Pentose phosphate pathway	4	22	0.91	0.47	0.0136	7165.Q5TX32,7165.Q7PGI9,7165.Q7PVA2,7165.Q7QHE9	Q5TX32_ANOGA,Q7PGI9_ANOGA,Q7PVA2_ANOGA,Q7QHE9_ANOGA
aga00061	Fatty acid biosynthesis	3	11	1.09	0.45	0.0180	7165.Q7PQ11,7165.Q7PVV2,7165.Q7PYE4	Q7PQ11_ANOGA,Q7PVV2_ANOGA,Q7PYE4_ANOGA
aga00670	One carbon pool by folate	3	12	1.05	0.43	0.0212	7165.F5HM13,7165.Q7Q1H5,7165.Q7QCW3	F5HM13_ANOGA,Q7Q1H5_ANOGA,Q7QCW3_ANOGA
aga00330	Arginine and proline metabolism	5	44	0.71	0.4	0.0221	7165.Q7PIQ5,7165.Q7PQI7,7165.Q7Q4T4,7165.Q7QA89,7165.Q7QFT0	Q7PIQ5_ANOGA,Q7PQI7_ANOGA,Q7Q4T4_ANOGA,Q7QA89_ANOGA,Q7QFT0_ANOGA
aga00750	Vitamin B6 metabolism	2	4	1.35	0.4	0.0342	7165.Q5TRW7,7165.Q7Q6C1	Q5TRW7_ANOGA,Q7Q6C1_ANOGA
aga00260	Glycine, serine and threonine metabolism	4	33	0.73	0.34	0.0410	7165.F5HM13,7165.Q5TRW7,7165.Q7PYX7,7165.Q7Q4T4	F5HM13_ANOGA,Q5TRW7_ANOGA,Q7PYX7_ANOGA,Q7Q4T4_ANOGA