GO_ID	LEVEL(S)	TERM	NB_IN_REF	FREQ_IN_REF	NB_IN_SET	FREQ_IN_SET	P_VALUE	ENRICHMENT/DEPLETION	GENES_IN_SET
GO:0050896	3	response to stimulus	549	0,0851	38	0,2159	3,281205E-08	E	ASR1,SIP2,SNF3,GRR1,FRT2,POG1,TPS3,HSP78,PRB1,PHR1,CIN5,SSA4,HOR7,RAD1,CYR1,FAR10,GRE2,GRE3,TSL1,YRR1,LRE1,CTT1,NCE103,MMS4,PHO2,RGT2,YKU70,MEC1,STE18,KIN82,OPY2,MCR1,GLO4,XBP1,RIM11,HSP104,HSP26,ASK10
GO:0005975	5	carbohydrate metabolism	219	0,0339	22	0,1250	7,327717E-08	E	MAL33,ADR1,MAL13,TPS3,SOL4,HAP5,VID30,GSY2,GID8,GAL7,FYV10,GRE3,TSL1,GLC3,CIT2,SDH1,GLG1,GLO4,SGA1,UBC8,PCL6,HAP2
GO:0006109	6,5	regulation of carbohydrate metabolism	27	0,0042	8	0,0455	3,510810E-07	E	ADR1,HAP5,VID30,GID8,FYV10,UBC8,PCL6,HAP2
GO:0006091	5	generation of precursor metabolites and energy	224	0,0347	20	0,1136	1,855634E-06	E	MCT1,NDI1,TPS3,RSF1,SOL4,VID30,GSY2,GID8,FYV10,TSL1,GLC3,COX14,CIT2,ACS1,SDH1,GLG1,MCR1,SGA1,UBC8,PCL6
GO:0015980	6	energy derivation by oxidation of organic compounds	194	0,0301	18	0,1023	3,598907E-06	E	MCT1,TPS3,RSF1,SOL4,VID30,GSY2,GID8,FYV10,TSL1,GLC3,COX14,CIT2,ACS1,SDH1,GLG1,SGA1,UBC8,PCL6
GO:0006950	4	response to stress	395	0,0612	27	0,1534	4,883500E-06	E	SIP2,FRT2,TPS3,HSP78,PRB1,PHR1,CIN5,SSA4,HOR7,RAD1,CYR1,GRE2,GRE3,TSL1,LRE1,CTT1,NCE103,MMS4,PHO2,YKU70,MEC1,MCR1,XBP1,RIM11,HSP104,HSP26,ASK10
GO:0016051	7,6	carbohydrate biosynthesis	63	0,0098	10	0,0568	5,625209E-06	E	TPS3,VID30,GSY2,GID8,FYV10,TSL1,GLC3,GLG1,UBC8,PCL6
GO:0006112	7	energy reserve metabolism	34	0,0053	7	0,0398	2,614338E-05	E	TPS3,GSY2,TSL1,GLC3,GLG1,SGA1,PCL6
GO:0007265	7	Ras protein signal transduction	16	0,0025	5	0,0284	4,634498E-05	E	TPK2,SHR5,CYR1,TPK1,IRA2
GO:0043255	8,7,6	regulation of carbohydrate biosynthesis	16	0,0025	5	0,0284	4,634498E-05	E	VID30,GID8,FYV10,UBC8,PCL6
GO:0045912	7,6	negative regulation of carbohydrate metabolism	9	0,0014	4	0,0227	5,887001E-05	E	VID30,GID8,FYV10,UBC8
GO:0045721	11,12,10,9,7,8	negative regulation of gluconeogenesis	9	0,0014	4	0,0227	5,887001E-05	E	VID30,GID8,FYV10,UBC8
GO:0044262	6	cellular carbohydrate metabolism	201	0,0311	16	0,0909	7,696446E-05	E	TPS3,SOL4,VID30,GSY2,GID8,GAL7,FYV10,GRE3,TSL1,GLC3,CIT2,SDH1,GLG1,SGA1,UBC8,PCL6
GO:0006111	10,11,9,8,7	regulation of gluconeogenesis	11	0,0017	4	0,0227	0,0001461	E	VID30,GID8,FYV10,UBC8
GO:0005978	10,9,8	glycogen biosynthesis	11	0,0017	4	0,0227	0,0001461	E	GSY2,GLC3,GLG1,PCL6
GO:0009889	5	regulation of biosynthesis	46	0,0071	7	0,0398	0,0001888	E	VID30,GID8,FYV10,ECM32,COX14,UBC8,PCL6
GO:0031326	6	regulation of cellular biosynthesis	46	0,0071	7	0,0398	0,0001888	E	VID30,GID8,FYV10,ECM32,COX14,UBC8,PCL6
GO:0007582	2	physiological process	4771	0,7392	149	0,8466	0,0002025	E	ASR1,HXT7,DAP1,GIP2,UBP15,CBS2,MAL33,GYP7,MEF2,GEM1,ADR1,MTL1,SRY1,SIP2,PPM1,PXA2,MAL13,SNF3,AMA1,MCT1,OAF1,GRR1,FRT2,POG1,TPK2,NDI1,TPS3,HSP78,PRB1,REC114,PEX5,PHR1,CIN5,RSF1,SSA4,HOR7,SHR5,RAD1,CYR1,SOL4,FAR10,HAP5,SYN8,VID30,OCT1,NPR1,MED4,GSY2,GID8,UBX6,BIO3,UGA3,ENA2,GAL7,TPK1,KIN1,PEX2,GRE2,TCO89,MDJ1,FYV10,SWI1,ASM4,ECM32,GRE3,PUT1,ARC35,TSL1,GLC3,NUD1,RCK2,HXT6,HXT16,YRR1,PEX25,PEX22,COX14,LRE1,CIT2,CTT1,YPK1,SNX41,ACS1,NCE103,NVJ1,MMS4,NUT2,PEP12,APM2,PHO2,SSE2,TAD3,RGT2,FMS1,HEM15,YKU70,SDH1,RSE1,VPS30,THI21,MEC1,STE18,KIN82,YPK2,ECM21,ATG7,GLG1,HXT5,PNC1,UBA3,EMI2,PAI3,EMP46,OPY2,INO4,SCP1,MCR1,LTP1,GLO4,ATG12,MPS1,SGA1,MRP8,MRL1,SMF3,DIT1,THI3,ATG19,PIC2,XBP1,TGL4,CRD1,RIM11,GGA1,UBC8,CST9,HSP104,EHT1,HSP26,RPN14,PCL6,ASK10,RAV2,HAP2,PPZ2,TRA1,ISU1,APA2,PDX1
GO:0042221	5	response to chemical stimulus	220	0,0341	16	0,0909	0,0002105	E	ASR1,SNF3,GRR1,POG1,CIN5,CYR1,FAR10,YRR1,NCE103,RGT2,STE18,KIN82,OPY2,MCR1,GLO4,ASK10
GO:0007031	6	peroxisome organization and biogenesis	37	0,0057	6	0,0341	0,0003833	E	ADR1,OAF1,PEX5,PEX2,PEX25,PEX22
GO:0050791	3	regulation of physiological process	584	0,0905	29	0,1648	0,0005453	E	MAL33,ADR1,MAL13,OAF1,GRR1,POG1,CIN5,CYR1,FAR10,HAP5,VID30,NPR1,GID8,UGA3,FYV10,ECM32,YRR1,COX14,YKU70,MEC1,PNC1,OPY2,INO4,MPS1,UBC8,PCL6,RAV2,HAP2,TRA1
GO:0005977	8,9	glycogen metabolism	27	0,0042	5	0,0284	0,0006369	E	GSY2,GLC3,GLG1,SGA1,PCL6
GO:0007154	3	cell communication	199	0,0308	14	0,0795	0,0006892	E	SIP2,SNF3,TPK2,PRB1,RSF1,SHR5,COS111,CYR1,TPK1,RCK2,PHO2,RGT2,STE18,IRA2
GO:0019222	4	regulation of metabolism	429	0,0665	23	0,1307	0,0007436	E	MAL33,ADR1,MAL13,OAF1,POG1,CIN5,HAP5,VID30,NPR1,GID8,UGA3,FYV10,ECM32,YRR1,COX14,YKU70,PNC1,INO4,UBC8,PCL6,RAV2,HAP2,TRA1
GO:0050789	2	regulation of biological process	597	0,0925	29	0,1648	0,0007540	E	MAL33,ADR1,MAL13,OAF1,GRR1,POG1,CIN5,CYR1,FAR10,HAP5,VID30,NPR1,GID8,UGA3,FYV10,ECM32,YRR1,COX14,YKU70,MEC1,PNC1,OPY2,INO4,MPS1,UBC8,PCL6,RAV2,HAP2,TRA1
GO:0000751	8,6	cell cycle arrest in response to pheromone	8	0,0012	3	0,0170	0,0009749	E	GRR1,FAR10,OPY2
GO:0007165	4	signal transduction	167	0,0259	12	0,0682	0,0013347	E	SIP2,SNF3,TPK2,RSF1,SHR5,COS111,CYR1,TPK1,RCK2,RGT2,STE18,IRA2
GO:0009250	9,8,7	glucan biosynthesis	19	0,0029	4	0,0227	0,0013815	E	GSY2,GLC3,GLG1,PCL6
GO:0007039	7,8	vacuolar protein catabolism	10	0,0015	3	0,0170	0,0019784	E	PRB1,VID30,PAI3
GO:0009628	4	response to abiotic stimulus	301	0,0466	17	0,0966	0,0019870	E	ASR1,SNF3,GRR1,POG1,CIN5,CYR1,FAR10,YRR1,LRE1,NCE103,RGT2,STE18,KIN82,OPY2,MCR1,GLO4,ASK10
GO:0015749	6,7	monosaccharide transport	21	0,0033	4	0,0227	0,0020207	E	HXT7,HXT6,HXT16,HXT5
GO:0008645	7,8	hexose transport	21	0,0033	4	0,0227	0,0020207	E	HXT7,HXT6,HXT16,HXT5
GO:0006092	7	main pathways of carbohydrate metabolism	70	0,0108	7	0,0398	0,0022239	E	SOL4,VID30,GID8,FYV10,CIT2,SDH1,UBC8
GO:0006468	8	protein amino acid phosphorylation	91	0,0141	8	0,0455	0,0024462	E	SIP2,TPK2,TPK1,RCK2,YPK1,KIN82,YPK2,RIM11
GO:0006090	7	pyruvate metabolism	37	0,0057	5	0,0284	0,0026254	E	VID30,GID8,FYV10,UBC8,PDX1
GO:0045786	6	negative regulation of progression through cell cycle	11	0,0017	3	0,0170	0,0026473	E	GRR1,FAR10,OPY2
GO:0007050	7	cell cycle arrest	11	0,0017	3	0,0170	0,0026473	E	GRR1,FAR10,OPY2
GO:0009987	2	cellular process	4682	0,7254	142	0,8068	0,0030488	E	HXT7,DAP1,GIP2,UBP15,CBS2,MAL33,GYP7,MEF2,GEM1,ADR1,MTL1,SRY1,SIP2,PPM1,PXA2,MAL13,SNF3,AMA1,MCT1,OAF1,GRR1,POG1,TPK2,NDI1,TPS3,HSP78,PRB1,REC114,PEX5,PHR1,CIN5,RSF1,SSA4,SHR5,COS111,RAD1,CYR1,SOL4,FAR10,HAP5,SYN8,VID30,OCT1,MED4,GSY2,GID8,UBX6,BIO3,UGA3,ENA2,GAL7,TPK1,KIN1,PEX2,TCO89,MDJ1,FYV10,SWI1,ASM4,ECM32,GRE3,PUT1,ARC35,TSL1,GLC3,NUD1,RCK2,HXT6,HXT16,YRR1,PEX25,PEX22,COX14,LRE1,CIT2,YPK1,SNX41,ACS1,NCE103,NVJ1,MMS4,NUT2,PEP12,APM2,PHO2,SSE2,TAD3,RGT2,FMS1,HEM15,YKU70,SDH1,RSE1,VPS30,THI21,MEC1,STE18,KIN82,YPK2,ECM21,ATG7,GLG1,HXT5,PNC1,UBA3,EMI2,EMP46,OPY2,INO4,SCP1,MCR1,LTP1,GLO4,ATG12,MPS1,SGA1,MRP8,MRL1,SMF3,DIT1,THI3,ATG19,PIC2,IRA2,TGL4,CRD1,RIM11,GGA1,UBC8,CST9,HSP104,HSP26,RPN14,PCL6,ASK10,RAV2,HAP2,PPZ2,TRA1,ISU1,APA2,PDX1
GO:0006073	7,8	glucan metabolism	39	0,0060	5	0,0284	0,0032854	E	GSY2,GLC3,GLG1,SGA1,PCL6
GO:0006793	5	phosphorus metabolism	188	0,0291	12	0,0682	0,0033211	E	GIP2,SIP2,TPK2,NDI1,TPK1,RCK2,YPK1,SDH1,KIN82,YPK2,LTP1,RIM11
GO:0006796	6	phosphate metabolism	188	0,0291	12	0,0682	0,0033211	E	GIP2,SIP2,TPK2,NDI1,TPK1,RCK2,YPK1,SDH1,KIN82,YPK2,LTP1,RIM11
GO:0016310	7	phosphorylation	143	0,0222	10	0,0568	0,0037780	E	SIP2,TPK2,NDI1,TPK1,RCK2,YPK1,SDH1,KIN82,YPK2,RIM11
GO:0042219	7,6	amino acid derivative catabolism	4	0,0006	2	0,0114	0,0042011	E	SRY1,FMS1
GO:0006085	8	acetyl-CoA biosynthesis	4	0,0006	2	0,0114	0,0042011	E	ACS1,PDX1
GO:0005992	9,8	trehalose biosynthesis	4	0,0006	2	0,0114	0,0042011	E	TPS3,TSL1
GO:0046351	8,7	disaccharide biosynthesis	4	0,0006	2	0,0114	0,0042011	E	TPS3,TSL1
GO:0009267	5,6	cellular response to starvation	13	0,0020	3	0,0170	0,0043455	E	SIP2,PRB1,PHO2
GO:0042594	5	response to starvation	13	0,0020	3	0,0170	0,0043455	E	SIP2,PRB1,PHO2
GO:0006094	9,10,8	gluconeogenesis	26	0,0040	4	0,0227	0,0044076	E	VID30,GID8,FYV10,UBC8
GO:0019740	5	nitrogen utilization	14	0,0022	3	0,0170	0,0053821	E	VID30,NPR1,UGA3
GO:0019319	8,9	hexose biosynthesis	28	0,0043	4	0,0227	0,0057178	E	VID30,GID8,FYV10,UBC8
GO:0046364	7,8	monosaccharide biosynthesis	28	0,0043	4	0,0227	0,0057178	E	VID30,GID8,FYV10,UBC8
GO:0000271	8,7,6	polysaccharide biosynthesis	28	0,0043	4	0,0227	0,0057178	E	GSY2,GLC3,GLG1,PCL6
GO:0043284	7,5,6	biopolymer biosynthesis	28	0,0043	4	0,0227	0,0057178	E	GSY2,GLC3,GLG1,PCL6
GO:0006625	10,7,8,9	protein targeting to peroxisome	15	0,0023	3	0,0170	0,0065469	E	PEX5,PEX25,PEX22
GO:0009749	8,7	response to glucose stimulus	5	0,0008	2	0,0114	0,0068130	E	SNF3,RGT2
GO:0009746	7,6	response to hexose stimulus	5	0,0008	2	0,0114	0,0068130	E	SNF3,RGT2
GO:0006066	5	alcohol metabolism	157	0,0243	10	0,0568	0,0068137	E	DAP1,SOL4,VID30,GID8,GAL7,TCO89,FYV10,GRE3,MCR1,UBC8
GO:0046165	6	alcohol biosynthesis	30	0,0046	4	0,0227	0,0072488	E	VID30,GID8,FYV10,UBC8
GO:0006457	7	protein folding	67	0,0104	6	0,0341	0,0073389	E	HSP78,SSA4,MDJ1,SSE2,HSP104,HSP26
GO:0051244	4	regulation of cellular physiological process	566	0,0877	24	0,1364	0,0086308	E	MAL33,MAL13,OAF1,GRR1,POG1,CIN5,CYR1,FAR10,VID30,GID8,UGA3,FYV10,ECM32,YRR1,COX14,YKU70,MEC1,PNC1,OPY2,INO4,MPS1,UBC8,PCL6,TRA1
GO:0050794	3	regulation of cellular process	568	0,0880	24	0,1364	0,0089303	E	MAL33,MAL13,OAF1,GRR1,POG1,CIN5,CYR1,FAR10,VID30,GID8,UGA3,FYV10,ECM32,YRR1,COX14,YKU70,MEC1,PNC1,OPY2,INO4,MPS1,UBC8,PCL6,TRA1
GO:0005996	6,7	monosaccharide metabolism	92	0,0143	7	0,0398	0,0089979	E	SOL4,VID30,GID8,GAL7,FYV10,GRE3,UBC8
GO:0051179	3	localization	991	0,1535	37	0,2102	0,0096337	E	HXT7,GYP7,GEM1,PXA2,NDI1,HSP78,PEX5,SSA4,SHR5,SYN8,OCT1,ENA2,KIN1,ASM4,ARC35,HXT6,HXT16,YRR1,PEX25,PEX22,YPK1,SNX41,PEP12,APM2,SDH1,VPS30,ATG7,HXT5,EMP46,MCR1,ATG12,MRL1,SMF3,ATG19,PIC2,GGA1,RAV2
GO:0009743	6,5	response to carbohydrate stimulus	6	0,0009	2	0,0114	0,0099437	E	SNF3,RGT2
GO:0050875	3	cellular physiological process	4641	0,7191	138	0,7841	0,0100542	E	HXT7,DAP1,GIP2,UBP15,CBS2,MAL33,GYP7,MEF2,GEM1,ADR1,MTL1,SRY1,SIP2,PPM1,PXA2,MAL13,AMA1,MCT1,OAF1,GRR1,POG1,TPK2,NDI1,TPS3,HSP78,PRB1,REC114,PEX5,PHR1,CIN5,RSF1,SSA4,SHR5,RAD1,CYR1,SOL4,FAR10,HAP5,SYN8,VID30,OCT1,MED4,GSY2,GID8,UBX6,BIO3,UGA3,ENA2,GAL7,TPK1,KIN1,PEX2,TCO89,MDJ1,FYV10,SWI1,ASM4,ECM32,GRE3,PUT1,ARC35,TSL1,GLC3,NUD1,RCK2,HXT6,HXT16,YRR1,PEX25,PEX22,COX14,LRE1,CIT2,YPK1,SNX41,ACS1,NCE103,NVJ1,MMS4,NUT2,PEP12,APM2,PHO2,SSE2,TAD3,FMS1,HEM15,YKU70,SDH1,RSE1,VPS30,THI21,MEC1,STE18,KIN82,YPK2,ECM21,ATG7,GLG1,HXT5,PNC1,UBA3,EMI2,EMP46,OPY2,INO4,SCP1,MCR1,LTP1,GLO4,ATG12,MPS1,SGA1,MRP8,MRL1,SMF3,DIT1,THI3,ATG19,PIC2,TGL4,CRD1,RIM11,GGA1,UBC8,CST9,HSP104,HSP26,RPN14,PCL6,ASK10,RAV2,HAP2,PPZ2,TRA1,ISU1,APA2,PDX1
GO:0019236	6	response to pheromone	73	0,0113	6	0,0341	0,0106472	E	GRR1,POG1,FAR10,STE18,KIN82,OPY2
GO:0008643	5,6	carbohydrate transport	34	0,0053	4	0,0227	0,0110045	E	HXT7,HXT6,HXT16,HXT5
GO:0044264	6,7	cellular polysaccharide metabolism	53	0,0082	5	0,0284	0,0112136	E	GSY2,GLC3,GLG1,SGA1,PCL6
GO:0005976	6	polysaccharide metabolism	53	0,0082	5	0,0284	0,0112136	E	GSY2,GLC3,GLG1,SGA1,PCL6
GO:0051186	5	cofactor metabolism	148	0,0229	9	0,0511	0,0124704	E	SOL4,BIO3,ACS1,FMS1,HEM15,SDH1,PNC1,ISU1,PDX1
GO:0031323	5	regulation of cellular metabolism	403	0,0624	18	0,1023	0,0125002	E	MAL33,MAL13,OAF1,POG1,CIN5,VID30,GID8,UGA3,FYV10,ECM32,YRR1,COX14,YKU70,PNC1,INO4,UBC8,PCL6,TRA1
GO:0007264	6	small GTPase mediated signal transduction	55	0,0085	5	0,0284	0,0128770	E	TPK2,SHR5,CYR1,TPK1,IRA2
GO:0006914	4	autophagy	36	0,0056	4	0,0227	0,0132385	E	NVJ1,VPS30,ATG7,ATG12
GO:0005991	8	trehalose metabolism	7	0,0011	2	0,0114	0,0135455	E	TPS3,TSL1
GO:0005980	10,9	glycogen catabolism	7	0,0011	2	0,0114	0,0135455	E	SGA1,PCL6
GO:0007127	8	meiosis I	56	0,0087	5	0,0284	0,0137616	E	AMA1,REC114,MMS4,MEC1,CST9
GO:0006810	4,5	transport	924	0,1432	34	0,1932	0,0141731	E	HXT7,GYP7,GEM1,PXA2,NDI1,HSP78,PEX5,SSA4,SYN8,OCT1,ENA2,KIN1,ASM4,HXT6,HXT16,YRR1,PEX25,PEX22,YPK1,SNX41,PEP12,APM2,SDH1,VPS30,ATG7,HXT5,EMP46,MCR1,ATG12,MRL1,ATG19,PIC2,GGA1,RAV2
GO:0009991	4,5	response to extracellular stimulus	20	0,0031	3	0,0170	0,0143143	E	SIP2,PRB1,PHO2
GO:0006084	7	acetyl-CoA metabolism	20	0,0031	3	0,0170	0,0143143	E	ACS1,SDH1,PDX1
GO:0030435	4	sporulation	105	0,0163	7	0,0398	0,0164682	E	AMA1,PRB1,UBX6,EMI2,SGA1,DIT1,RIM11
GO:0051234	4	establishment of localization	942	0,1460	34	0,1932	0,0172917	E	HXT7,GYP7,GEM1,PXA2,NDI1,HSP78,PEX5,SSA4,SYN8,OCT1,ENA2,KIN1,ASM4,HXT6,HXT16,YRR1,PEX25,PEX22,YPK1,SNX41,PEP12,APM2,SDH1,VPS30,ATG7,HXT5,EMP46,MCR1,ATG12,MRL1,ATG19,PIC2,GGA1,RAV2
GO:0006808	6	regulation of nitrogen utilization	8	0,0012	2	0,0114	0,0175732	E	VID30,NPR1
GO:0051171	5	regulation of nitrogen metabolism	8	0,0012	2	0,0114	0,0175732	E	VID30,NPR1
GO:0030154	3	cell differentiation	107	0,0166	7	0,0398	0,0178757	E	AMA1,PRB1,UBX6,EMI2,SGA1,DIT1,RIM11
GO:0015031	5,6	protein transport	245	0,0380	12	0,0682	0,0189956	E	HSP78,PEX5,SSA4,OCT1,ASM4,PEX25,PEX22,SNX41,VPS30,ATG7,ATG12,ATG19
GO:0019318	7,8	hexose metabolism	85	0,0132	6	0,0341	0,0197779	E	SOL4,VID30,GID8,GAL7,FYV10,UBC8
GO:0007569	5,4	cell aging	41	0,0064	4	0,0227	0,0198683	E	SIP2,CYR1,PNC1,SCP1
GO:0006464	7	protein modification	431	0,0668	18	0,1023	0,0204442	E	GIP2,UBP15,SIP2,PPM1,GRR1,TPK2,SHR5,OCT1,TPK1,RCK2,YPK1,KIN82,YPK2,UBA3,LTP1,RIM11,UBC8,TRA1
GO:0009056	4	catabolism	369	0,0572	16	0,0909	0,0205712	E	SRY1,AMA1,GRR1,PRB1,REC114,SOL4,VID30,UBX6,GRE3,PUT1,FMS1,SDH1,PAI3,GLO4,SGA1,PCL6
GO:0050876	3	reproductive physiological process	192	0,0297	10	0,0568	0,0210747	E	AMA1,GRR1,POG1,FAR10,STE18,EMI2,OPY2,SGA1,DIT1,RIM11
GO:0048610	4	reproductive cellular physiological process	192	0,0297	10	0,0568	0,0210747	E	AMA1,GRR1,POG1,FAR10,STE18,EMI2,OPY2,SGA1,DIT1,RIM11
GO:0006605	9,7,8	protein targeting	221	0,0342	11	0,0625	0,0213434	E	HSP78,PEX5,SSA4,OCT1,ASM4,PEX25,PEX22,VPS30,ATG7,ATG12,ATG19
GO:0007568	3,4	aging	42	0,0065	4	0,0227	0,0213707	E	SIP2,CYR1,PNC1,SCP1
GO:0009251	9,8	glucan catabolism	9	0,0014	2	0,0114	0,0219843	E	SGA1,PCL6
GO:0000074	5	regulation of progression through cell cycle	140	0,0217	8	0,0455	0,0230461	E	GRR1,POG1,CYR1,FAR10,GID8,MEC1,OPY2,MPS1
GO:0006006	8,9	glucose metabolism	65	0,0101	5	0,0284	0,0233156	E	SOL4,VID30,GID8,FYV10,UBC8
GO:0045184	5	establishment of protein localization	255	0,0395	12	0,0682	0,0237431	E	HSP78,PEX5,SSA4,OCT1,ASM4,PEX25,PEX22,SNX41,VPS30,ATG7,ATG12,ATG19
GO:0008104	4	protein localization	285	0,0442	13	0,0739	0,0237514	E	HSP78,PEX5,SSA4,SHR5,OCT1,ASM4,PEX25,PEX22,SNX41,VPS30,ATG7,ATG12,ATG19
GO:0051243	5	negative regulation of cellular physiological process	170	0,0263	9	0,0511	0,0248241	E	GRR1,FAR10,VID30,GID8,FYV10,YKU70,PNC1,OPY2,UBC8
GO:0048523	4	negative regulation of cellular process	170	0,0263	9	0,0511	0,0248241	E	GRR1,FAR10,VID30,GID8,FYV10,YKU70,PNC1,OPY2,UBC8
GO:0043118	4	negative regulation of physiological process	172	0,0267	9	0,0511	0,0261998	E	GRR1,FAR10,VID30,GID8,FYV10,YKU70,PNC1,OPY2,UBC8
GO:0001300	6,5	chronological cell aging	10	0,0015	2	0,0114	0,0267384	E	CYR1,SCP1
GO:0051085	9	chaperone cofactor dependent protein folding	1	0,0002	1	0,0057	0,0272699	E	HSP104
GO:0045471	7	response to ethanol	1	0,0002	1	0,0057	0,0272699	E	ASR1
GO:0019654	8	acetate fermentation	1	0,0002	1	0,0057	0,0272699	E	ACS1
GO:0006120	9,11,8	mitochondrial electron transport, NADH to ubiquinone	1	0,0002	1	0,0057	0,0272699	E	NDI1
GO:0018410	8	peptide or protein carboxyl-terminal blocking	1	0,0002	1	0,0057	0,0272699	E	PPM1
GO:0006481	9,10	C-terminal protein amino acid methylation	1	0,0002	1	0,0057	0,0272699	E	PPM1
GO:0000719	9,8	photoreactive repair	1	0,0002	1	0,0057	0,0272699	E	PHR1
GO:0006290	8,7	pyrimidine dimer repair	1	0,0002	1	0,0057	0,0272699	E	PHR1
GO:0010033	6	response to organic substance	1	0,0002	1	0,0057	0,0272699	E	ASR1
GO:0006350	6	transcription	484	0,0750	19	0,1080	0,0277870	E	MAL33,ADR1,MAL13,OAF1,POG1,CIN5,RSF1,HAP5,MED4,UGA3,YRR1,NUT2,PHO2,YKU70,PNC1,INO4,ASK10,HAP2,TRA1
GO:0008219	4	cell death	46	0,0071	4	0,0227	0,0279451	E	SIP2,CYR1,PNC1,SCP1
GO:0016265	3	death	47	0,0073	4	0,0227	0,0297248	E	SIP2,CYR1,PNC1,SCP1
GO:0009605	4	response to external stimulus	27	0,0042	3	0,0170	0,0303452	E	SIP2,PRB1,PHO2
GO:0048519	3	negative regulation of biological process	178	0,0276	9	0,0511	0,0305669	E	GRR1,FAR10,VID30,GID8,FYV10,YKU70,PNC1,OPY2,UBC8
GO:0006082	5	organic acid metabolism	300	0,0465	13	0,0739	0,0313876	E	MCT1,OAF1,VID30,GID8,BIO3,FYV10,PUT1,CIT2,ACS1,PHO2,GLO4,UBC8,PDX1
GO:0019752	6	carboxylic acid metabolism	300	0,0465	13	0,0739	0,0313876	E	MCT1,OAF1,VID30,GID8,BIO3,FYV10,PUT1,CIT2,ACS1,PHO2,GLO4,UBC8,PDX1
GO:0007034	8,6,7	vacuolar transport	48	0,0074	4	0,0227	0,0315565	E	PEP12,MRL1,GGA1,RAV2
GO:0006886	8,6,7	intracellular protein transport	239	0,0370	11	0,0625	0,0317471	E	HSP78,PEX5,SSA4,OCT1,ASM4,PEX25,PEX22,VPS30,ATG7,ATG12,ATG19
GO:0006766	5	vitamin metabolism	74	0,0115	5	0,0284	0,0356145	E	SOL4,BIO3,THI21,PNC1,THI3
GO:0006767	6	water-soluble vitamin metabolism	74	0,0115	5	0,0284	0,0356145	E	SOL4,BIO3,THI21,PNC1,THI3
GO:0006879	8,9	iron ion homeostasis	29	0,0045	3	0,0170	0,0358947	E	OCT1,SMF3,ISU1
GO:0044247	8,7	cellular polysaccharide catabolism	12	0,0019	2	0,0114	0,0371270	E	SGA1,PCL6
GO:0000272	6,7	polysaccharide catabolism	12	0,0019	2	0,0114	0,0371270	E	SGA1,PCL6
GO:0043285	5,6	biopolymer catabolism	157	0,0243	8	0,0455	0,0372516	E	AMA1,GRR1,PRB1,VID30,UBX6,PAI3,SGA1,PCL6
GO:0051321	5	meiotic cell cycle	129	0,0200	7	0,0398	0,0378022	E	AMA1,REC114,CYR1,RCK2,MMS4,MEC1,CST9
GO:0007126	7	meiosis	129	0,0200	7	0,0398	0,0378022	E	AMA1,REC114,CYR1,RCK2,MMS4,MEC1,CST9
GO:0051327	6	M phase of meiotic cell cycle	129	0,0200	7	0,0398	0,0378022	E	AMA1,REC114,CYR1,RCK2,MMS4,MEC1,CST9
GO:0006979	6,5	response to oxidative stress	52	0,0081	4	0,0227	0,0393757	E	CYR1,NCE103,MCR1,ASK10
GO:0000749	7,5	response to pheromone during conjugation with cellular fusion	53	0,0082	4	0,0227	0,0414457	E	GRR1,FAR10,STE18,OPY2
GO:0006118	6,5	electron transport	31	0,0048	3	0,0170	0,0418101	E	NDI1,SDH1,MCR1
GO:0006537	9,10	glutamate biosynthesis	13	0,0020	2	0,0114	0,0426922	E	PUT1,CIT2
GO:0008152	3	metabolism	3427	0,5310	99	0,5625	0,0427340	E	DAP1,GIP2,UBP15,CBS2,MAL33,MEF2,ADR1,SRY1,SIP2,PPM1,MAL13,AMA1,MCT1,OAF1,GRR1,POG1,TPK2,NDI1,TPS3,HSP78,PRB1,REC114,PHR1,CIN5,RSF1,SSA4,SHR5,RAD1,CYR1,SOL4,HAP5,VID30,OCT1,NPR1,MED4,GSY2,GID8,UBX6,BIO3,UGA3,GAL7,TPK1,TCO89,MDJ1,FYV10,SWI1,ECM32,GRE3,PUT1,TSL1,GLC3,RCK2,YRR1,COX14,CIT2,YPK1,ACS1,NCE103,MMS4,NUT2,PHO2,SSE2,TAD3,FMS1,HEM15,YKU70,SDH1,RSE1,THI21,MEC1,KIN82,YPK2,GLG1,PNC1,UBA3,PAI3,INO4,MCR1,LTP1,GLO4,SGA1,MRP8,THI3,TGL4,CRD1,RIM11,UBC8,HSP104,EHT1,HSP26,RPN14,PCL6,ASK10,RAV2,HAP2,TRA1,ISU1,APA2,PDX1
GO:0006800	5	oxygen and reactive oxygen species metabolism	54	0,0084	4	0,0227	0,0435586	E	CYR1,NCE103,MCR1,ASK10
GO:0007242	5	intracellular signaling cascade	107	0,0166	6	0,0341	0,0450235	E	TPK2,RSF1,SHR5,CYR1,TPK1,IRA2
GO:0010133	10,9,11	proline catabolism to glutamate	2	0,0003	1	0,0057	0,0530607	E	PUT1
GO:0051238	5	sequestering of metal ion	2	0,0003	1	0,0057	0,0530607	E	SMF3
GO:0019365	9,7,8	pyridine nucleotide salvage	2	0,0003	1	0,0057	0,0530607	E	PNC1
GO:0019358	10,8,9	nicotinate nucleotide salvage	2	0,0003	1	0,0057	0,0530607	E	PNC1
GO:0006642	9,8,10	triacylglycerol mobilization	2	0,0003	1	0,0057	0,0530607	E	TGL4
GO:0051084	8	posttranslational protein folding	2	0,0003	1	0,0057	0,0530607	E	HSP104
GO:0046497	9,8	nicotinate nucleotide metabolism	2	0,0003	1	0,0057	0,0530607	E	PNC1
GO:0043173	6	nucleotide salvage	2	0,0003	1	0,0057	0,0530607	E	PNC1
GO:0042149	6,7	cellular response to glucose starvation	2	0,0003	1	0,0057	0,0530607	E	SIP2
GO:0006086	9,8	acetyl-CoA biosynthesis from pyruvate	2	0,0003	1	0,0057	0,0530607	E	PDX1
GO:0006880	9,10,6	intracellular sequestering of iron ion	2	0,0003	1	0,0057	0,0530607	E	SMF3
GO:0000736	10,9	double-strand break repair via single-strand annealing, removal of nonhomologous ends	2	0,0003	1	0,0057	0,0530607	E	RAD1
GO:0006623	10,8,9	protein targeting to vacuole	59	0,0091	4	0,0227	0,0547014	E	VPS30,ATG7,ATG12,ATG19
GO:0006875	7	metal ion homeostasis	60	0,0093	4	0,0227	0,0570323	E	OCT1,SMF3,PPZ2,ISU1
GO:0044237	4	cellular metabolism	3376	0,5231	94	0,5341	0,0584090	E	DAP1,GIP2,UBP15,CBS2,MAL33,MEF2,ADR1,SRY1,SIP2,PPM1,MAL13,MCT1,OAF1,GRR1,POG1,TPK2,NDI1,TPS3,HSP78,REC114,PHR1,CIN5,RSF1,SSA4,SHR5,RAD1,CYR1,SOL4,HAP5,VID30,OCT1,MED4,GSY2,GID8,UBX6,BIO3,UGA3,GAL7,TPK1,TCO89,MDJ1,FYV10,SWI1,ECM32,GRE3,PUT1,TSL1,GLC3,RCK2,YRR1,COX14,CIT2,YPK1,ACS1,NCE103,MMS4,NUT2,PHO2,SSE2,TAD3,FMS1,HEM15,YKU70,SDH1,RSE1,THI21,MEC1,KIN82,YPK2,GLG1,PNC1,UBA3,INO4,MCR1,LTP1,GLO4,SGA1,MRP8,THI3,TGL4,CRD1,RIM11,UBC8,HSP104,HSP26,RPN14,PCL6,ASK10,RAV2,HAP2,TRA1,ISU1,APA2,PDX1
GO:0044238	4	primary metabolism	3152	0,4884	87	0,4943	0,0601252	E	DAP1,GIP2,UBP15,CBS2,MAL33,MEF2,ADR1,SRY1,SIP2,PPM1,MAL13,AMA1,MCT1,OAF1,GRR1,POG1,TPK2,TPS3,HSP78,PRB1,REC114,PHR1,CIN5,RSF1,SSA4,SHR5,RAD1,SOL4,HAP5,VID30,OCT1,MED4,GSY2,GID8,UBX6,UGA3,GAL7,TPK1,MDJ1,FYV10,SWI1,ECM32,GRE3,PUT1,TSL1,GLC3,RCK2,YRR1,COX14,CIT2,YPK1,MMS4,NUT2,PHO2,SSE2,TAD3,FMS1,YKU70,SDH1,RSE1,MEC1,KIN82,YPK2,GLG1,PNC1,UBA3,PAI3,INO4,MCR1,LTP1,GLO4,SGA1,MRP8,TGL4,CRD1,RIM11,UBC8,HSP104,EHT1,HSP26,RPN14,PCL6,ASK10,RAV2,HAP2,TRA1,APA2
GO:0006536	8,9	glutamate metabolism	16	0,0025	2	0,0114	0,0604991	E	PUT1,CIT2
GO:0044248	5	cellular catabolism	347	0,0538	13	0,0739	0,0608341	E	SRY1,GRR1,REC114,SOL4,VID30,UBX6,GRE3,PUT1,FMS1,SDH1,GLO4,SGA1,PCL6
GO:0030003	6	cation homeostasis	89	0,0138	5	0,0284	0,0610254	E	OCT1,SMF3,RAV2,PPZ2,ISU1
GO:0006732	6	coenzyme metabolism	119	0,0184	6	0,0341	0,0623951	E	SOL4,ACS1,FMS1,SDH1,PNC1,PDX1
GO:0043412	6	biopolymer modification	567	0,0879	19	0,1080	0,0638958	E	GIP2,UBP15,SIP2,PPM1,GRR1,TPK2,SHR5,OCT1,TPK1,RCK2,YPK1,TAD3,KIN82,YPK2,UBA3,LTP1,RIM11,UBC8,TRA1
GO:0042364	7	water-soluble vitamin biosynthesis	38	0,0059	3	0,0170	0,0648102	E	BIO3,THI21,THI3
GO:0009110	6	vitamin biosynthesis	38	0,0059	3	0,0170	0,0648102	E	BIO3,THI21,THI3
GO:0030437	6	sporulation (sensu Fungi)	92	0,0143	5	0,0284	0,0666282	E	AMA1,EMI2,SGA1,DIT1,RIM11
GO:0048622	5	reproductive sporulation	92	0,0143	5	0,0284	0,0666282	E	AMA1,EMI2,SGA1,DIT1,RIM11
GO:0007131	9,8	meiotic recombination	39	0,0060	3	0,0170	0,0683179	E	REC114,MMS4,MEC1
GO:0045941	8	positive regulation of transcription	65	0,0101	4	0,0227	0,0690889	E	OAF1,UGA3,YRR1,INO4
GO:0000003	2	reproduction	255	0,0395	10	0,0568	0,0697021	E	AMA1,GRR1,POG1,FAR10,STE18,EMI2,OPY2,SGA1,DIT1,RIM11
GO:0006629	5	lipid metabolism	222	0,0344	9	0,0511	0,0706987	E	DAP1,MCT1,OAF1,YPK1,INO4,MCR1,TGL4,CRD1,EHT1
GO:0045935	7	positive regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	66	0,0102	4	0,0227	0,0715663	E	OAF1,UGA3,YRR1,INO4
GO:0007166	5	cell surface receptor linked signal transduction	40	0,0062	3	0,0170	0,0718654	E	CYR1,RCK2,STE18
GO:0006896	10,9,8,7	Golgi to vacuole transport	18	0,0028	2	0,0114	0,0730228	E	PEP12,GGA1
GO:0009893	5	positive regulation of metabolism	68	0,0105	4	0,0227	0,0765706	E	OAF1,UGA3,YRR1,INO4
GO:0031325	6	positive regulation of cellular metabolism	68	0,0105	4	0,0227	0,0765706	E	OAF1,UGA3,YRR1,INO4
GO:0051641	5,4	cellular localization	521	0,0807	17	0,0966	0,0769962	E	HSP78,PEX5,SSA4,OCT1,ASM4,ARC35,PEX25,PEX22,PEP12,VPS30,ATG7,EMP46,ATG12,MRL1,ATG19,GGA1,RAV2
GO:0006883	8	sodium ion homeostasis	3	0,0005	1	0,0057	0,0774323	E	PPZ2
GO:0000067	5	DNA replication and chromosome cycle	3	0,0005	1	0,0057	0,0774323	E	CST9
GO:0018345	10,9	protein palmitoylation	3	0,0005	1	0,0057	0,0774323	E	SHR5
GO:0009051	11,12,13,9	pentose-phosphate shunt, oxidative branch	3	0,0005	1	0,0057	0,0774323	E	SOL4
GO:0043254	8,7,6	regulation of protein complex assembly	3	0,0005	1	0,0057	0,0774323	E	RAV2
GO:0006390	8	transcription from mitochondrial promoter	3	0,0005	1	0,0057	0,0774323	E	RSF1
GO:0000320	6	re-entry into mitotic cell cycle	3	0,0005	1	0,0057	0,0774323	E	POG1
GO:0009438	6	methylglyoxal metabolism	3	0,0005	1	0,0057	0,0774323	E	GLO4
GO:0006449	10,9,8	regulation of translational termination	3	0,0005	1	0,0057	0,0774323	E	ECM32
GO:0019243	8	methylglyoxal catabolism to D-lactate	3	0,0005	1	0,0057	0,0774323	E	GLO4
GO:0018318	11,10	protein amino acid palmitoylation	3	0,0005	1	0,0057	0,0774323	E	SHR5
GO:0051596	7	methylglyoxal catabolism	3	0,0005	1	0,0057	0,0774323	E	GLO4
GO:0000321	7,8,6	re-entry into mitotic cell cycle after pheromone arrest	3	0,0005	1	0,0057	0,0774323	E	POG1
GO:0006598	8,9	polyamine catabolism	3	0,0005	1	0,0057	0,0774323	E	FMS1
GO:0051595	7	response to methylglyoxal	3	0,0005	1	0,0057	0,0774323	E	GLO4
GO:0042402	7,8	biogenic amine catabolism	3	0,0005	1	0,0057	0,0774323	E	FMS1
GO:0006814	8,9	sodium ion transport	3	0,0005	1	0,0057	0,0774323	E	ENA2
GO:0016036	6,7	cellular response to phosphate starvation	3	0,0005	1	0,0057	0,0774323	E	PHO2
GO:0006873	5	cell ion homeostasis	98	0,0152	5	0,0284	0,0781284	E	OCT1,SMF3,RAV2,PPZ2,ISU1
GO:0007275	2	development	373	0,0578	13	0,0739	0,0781507	E	SIP2,AMA1,PRB1,RAD1,CYR1,UBX6,YKU70,PNC1,EMI2,SCP1,SGA1,DIT1,RIM11
GO:0006081	5	aldehyde metabolism	19	0,0029	2	0,0114	0,0794073	E	CIT2,GLO4
GO:0009228	8,9	thiamin biosynthesis	19	0,0029	2	0,0114	0,0794073	E	THI21,THI3
GO:0046907	7,5,6	intracellular transport	488	0,0756	16	0,0909	0,0794436	E	HSP78,PEX5,SSA4,OCT1,ASM4,PEX25,PEX22,PEP12,VPS30,ATG7,EMP46,ATG12,MRL1,ATG19,GGA1,RAV2
GO:0051649	6,5	establishment of cellular localization	498	0,0772	16	0,0909	0,0841491	E	HSP78,PEX5,SSA4,OCT1,ASM4,PEX25,PEX22,PEP12,VPS30,ATG7,EMP46,ATG12,MRL1,ATG19,GGA1,RAV2
GO:0043119	4	positive regulation of physiological process	71	0,0110	4	0,0227	0,0841699	E	OAF1,UGA3,YRR1,INO4
GO:0051242	5	positive regulation of cellular physiological process	71	0,0110	4	0,0227	0,0841699	E	OAF1,UGA3,YRR1,INO4
GO:0048522	4	positive regulation of cellular process	71	0,0110	4	0,0227	0,0841699	E	OAF1,UGA3,YRR1,INO4
GO:0016052	6	carbohydrate catabolism	71	0,0110	4	0,0227	0,0841699	E	SOL4,GRE3,SGA1,PCL6
GO:0044275	7	cellular carbohydrate catabolism	71	0,0110	4	0,0227	0,0841699	E	SOL4,GRE3,SGA1,PCL6
GO:0042724	8	thiamin and derivative biosynthesis	20	0,0031	2	0,0114	0,0858446	E	THI21,THI3
GO:0006772	8	thiamin metabolism	20	0,0031	2	0,0114	0,0858446	E	THI21,THI3
GO:0050801	4	ion homeostasis	102	0,0158	5	0,0284	0,0859178	E	OCT1,SMF3,RAV2,PPZ2,ISU1
GO:0009057	5	macromolecule catabolism	280	0,0434	10	0,0568	0,0914422	E	AMA1,GRR1,PRB1,SOL4,VID30,UBX6,GRE3,PAI3,SGA1,PCL6
GO:0019953	3	sexual reproduction	105	0,0163	5	0,0284	0,0917743	E	GRR1,POG1,FAR10,STE18,OPY2
GO:0000746	5	conjugation	105	0,0163	5	0,0284	0,0917743	E	GRR1,POG1,FAR10,STE18,OPY2
GO:0000747	6,4	conjugation with cellular fusion	105	0,0163	5	0,0284	0,0917743	E	GRR1,POG1,FAR10,STE18,OPY2
GO:0044255	5,6	cellular lipid metabolism	208	0,0322	8	0,0455	0,0926025	E	DAP1,MCT1,OAF1,YPK1,INO4,MCR1,TGL4,CRD1
GO:0007049	4	cell cycle	397	0,0615	13	0,0739	0,0926534	E	AMA1,GRR1,POG1,REC114,CYR1,FAR10,GID8,RCK2,MMS4,MEC1,OPY2,MPS1,CST9
GO:0051246	6,5	regulation of protein metabolism	46	0,0071	3	0,0170	0,0937039	E	ECM32,COX14,RAV2
GO:0045449	7	regulation of transcription	324	0,0502	11	0,0625	0,0959560	E	MAL33,MAL13,OAF1,POG1,CIN5,UGA3,YRR1,YKU70,PNC1,INO4,TRA1
GO:0046916	8	transition metal ion homeostasis	47	0,0073	3	0,0170	0,0973905	E	OCT1,SMF3,ISU1
GO:0019725	4	cell homeostasis	108	0,0167	5	0,0284	0,0976107	E	OCT1,SMF3,RAV2,PPZ2,ISU1
GO:0042723	7	thiamin and derivative metabolism	22	0,0034	2	0,0114	0,0987998	E	THI21,THI3
GO:0019566	8,9	arabinose metabolism	4	0,0006	1	0,0057	0,1004424	E	GRE3
GO:0042843	9,10	D-xylose catabolism	4	0,0006	1	0,0057	0,1004424	E	GRE3
GO:0006101	9,7	citrate metabolism	4	0,0006	1	0,0057	0,1004424	E	CIT2
GO:0006662	5	glycerol ether metabolism	4	0,0006	1	0,0057	0,1004424	E	TGL4
GO:0006562	9,10	proline catabolism	4	0,0006	1	0,0057	0,1004424	E	PUT1
GO:0006097	7,8	glyoxylate cycle	4	0,0006	1	0,0057	0,1004424	E	CIT2
GO:0009102	7,8	biotin biosynthesis	4	0,0006	1	0,0057	0,1004424	E	BIO3
GO:0005981	11,10,6	regulation of glycogen catabolism	4	0,0006	1	0,0057	0,1004424	E	PCL6
GO:0007187	7,8	G-protein signaling, coupled to cyclic nucleotide second messenger	4	0,0006	1	0,0057	0,1004424	E	CYR1
GO:0006121	9,11,8	mitochondrial electron transport, succinate to ubiquinone	4	0,0006	1	0,0057	0,1004424	E	SDH1
GO:0042732	8,9	D-xylose metabolism	4	0,0006	1	0,0057	0,1004424	E	GRE3
GO:0015908	6,7	fatty acid transport	4	0,0006	1	0,0057	0,1004424	E	PXA2
GO:0000735	10,7	removal of nonhomologous ends	4	0,0006	1	0,0057	0,1004424	E	RAD1
GO:0006638	6,7	neutral lipid metabolism	4	0,0006	1	0,0057	0,1004424	E	TGL4
GO:0046487	6,7	glyoxylate metabolism	4	0,0006	1	0,0057	0,1004424	E	CIT2
GO:0046486	6,7	glycerolipid metabolism	4	0,0006	1	0,0057	0,1004424	E	TGL4
GO:0016478	10,9,8	negative regulation of translation	4	0,0006	1	0,0057	0,1004424	E	COX14
GO:0000059	11,9,8,10	protein import into nucleus, docking	4	0,0006	1	0,0057	0,1004424	E	ASM4
GO:0007188	8,9	G-protein signaling, coupled to cAMP nucleotide second messenger	4	0,0006	1	0,0057	0,1004424	E	CYR1
GO:0019568	9,10	arabinose catabolism	4	0,0006	1	0,0057	0,1004424	E	GRE3
GO:0006768	6,7	biotin metabolism	4	0,0006	1	0,0057	0,1004424	E	BIO3
GO:0006639	7,6,8	acylglycerol metabolism	4	0,0006	1	0,0057	0,1004424	E	TGL4
GO:0006641	8,7,9	triacylglycerol metabolism	4	0,0006	1	0,0057	0,1004424	E	TGL4
GO:0048518	3	positive regulation of biological process	78	0,0121	4	0,0227	0,1020516	E	OAF1,UGA3,YRR1,INO4
GO:0030163	6,7	protein catabolism	145	0,0225	6	0,0341	0,1028984	E	AMA1,GRR1,PRB1,VID30,UBX6,PAI3
GO:0009719	4	response to endogenous stimulus	183	0,0284	7	0,0398	0,1057231	E	SNF3,PHR1,RAD1,MMS4,RGT2,YKU70,MEC1
GO:0042592	3	homeostasis	114	0,0177	5	0,0284	0,1091117	E	OCT1,SMF3,RAV2,PPZ2,ISU1
GO:0006355	8	regulation of transcription, DNA-dependent	305	0,0473	10	0,0568	0,1101313	E	MAL33,MAL13,POG1,CIN5,UGA3,YRR1,YKU70,PNC1,INO4,TRA1
GO:0031324	6	negative regulation of cellular metabolism	150	0,0232	6	0,0341	0,1103953	E	VID30,GID8,FYV10,YKU70,PNC1,UBC8
GO:0006351	7	transcription, DNA-dependent	441	0,0683	13	0,0739	0,1111223	E	MAL33,MAL13,POG1,CIN5,RSF1,MED4,UGA3,YRR1,NUT2,YKU70,PNC1,INO4,TRA1
GO:0009084	8,9	glutamine family amino acid biosynthesis	24	0,0037	2	0,0114	0,1117455	E	PUT1,CIT2
GO:0019219	6	regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	355	0,0550	11	0,0625	0,1139981	E	MAL33,MAL13,OAF1,POG1,CIN5,UGA3,YRR1,YKU70,PNC1,INO4,TRA1
GO:0030005	7	di-, tri-valent inorganic cation homeostasis	52	0,0081	3	0,0170	0,1157534	E	OCT1,SMF3,ISU1
GO:0009060	8	aerobic respiration	84	0,0130	4	0,0227	0,1171463	E	MCT1,RSF1,COX14,SDH1
GO:0042775	8,10,7	ATP synthesis coupled electron transport (sensu Eukaryota)	25	0,0039	2	0,0114	0,1181757	E	NDI1,SDH1
GO:0042773	7,9,6	ATP synthesis coupled electron transport	25	0,0039	2	0,0114	0,1181757	E	NDI1,SDH1
GO:0006366	8	transcription from RNA polymerase II promoter	277	0,0429	9	0,0511	0,1194495	E	POG1,CIN5,RSF1,MED4,UGA3,YRR1,NUT2,INO4,TRA1
GO:0009892	5	negative regulation of metabolism	157	0,0243	6	0,0341	0,1204031	E	VID30,GID8,FYV10,YKU70,PNC1,UBC8
GO:0006508	7	proteolysis	157	0,0243	6	0,0341	0,1204031	E	GRR1,VID30,UBX6,MDJ1,RIM11,RPN14
GO:0006089	7	lactate metabolism	5	0,0008	1	0,0057	0,1221465	E	GLO4
GO:0009636	6	response to toxin	5	0,0008	1	0,0057	0,1221465	E	GLO4
GO:0000076	8	DNA replication checkpoint	5	0,0008	1	0,0057	0,1221465	E	MEC1
GO:0007130	10	synaptonemal complex formation	5	0,0008	1	0,0057	0,1221465	E	CST9
GO:0046185	6	aldehyde catabolism	5	0,0008	1	0,0057	0,1221465	E	GLO4
GO:0005979	11,9,8,10,7	regulation of glycogen biosynthesis	5	0,0008	1	0,0057	0,1221465	E	PCL6
GO:0006627	11,9,10	mitochondrial protein processing	5	0,0008	1	0,0057	0,1221465	E	OCT1
GO:0019323	8,9	pentose catabolism	5	0,0008	1	0,0057	0,1221465	E	GRE3
GO:0045116	8	protein neddylation	5	0,0008	1	0,0057	0,1221465	E	UBA3
GO:0007089	8,6	traversing start control point of mitotic cell cycle	5	0,0008	1	0,0057	0,1221465	E	GID8
GO:0006470	8	protein amino acid dephosphorylation	26	0,0040	2	0,0114	0,1245587	E	GIP2,LTP1
GO:0045333	7	cellular respiration	89	0,0138	4	0,0227	0,1292720	E	MCT1,RSF1,COX14,SDH1
GO:0007186	6	G-protein coupled receptor protein signaling pathway	27	0,0042	2	0,0114	0,1308820	E	CYR1,STE18
GO:0006575	6	amino acid derivative metabolism	27	0,0042	2	0,0114	0,1308820	E	SRY1,FMS1
GO:0000279	5	M phase	257	0,0398	8	0,0455	0,1350457	E	AMA1,REC114,CYR1,RCK2,MMS4,MEC1,MPS1,CST9
GO:0005984	7	disaccharide metabolism	28	0,0043	2	0,0114	0,1371339	E	TPS3,TSL1
GO:0000726	8,7	non-recombinational repair	28	0,0043	2	0,0114	0,1371339	E	RAD1,YKU70
GO:0019932	6	second-messenger-mediated signaling	28	0,0043	2	0,0114	0,1371339	E	RSF1,CYR1
GO:0045893	9	positive regulation of transcription, DNA-dependent	59	0,0091	3	0,0170	0,1405478	E	UGA3,YRR1,INO4
GO:0009113	8,7	purine base biosynthesis	6	0,0009	1	0,0057	0,1425983	E	PHO2
GO:0016558	11,8,9,7,10	protein import into peroxisome matrix	6	0,0009	1	0,0057	0,1425983	E	PEX25
GO:0006415	9,8	translational termination	6	0,0009	1	0,0057	0,1425983	E	ECM32
GO:0019321	7,8	pentose metabolism	6	0,0009	1	0,0057	0,1425983	E	GRE3
GO:0016237	5	microautophagy	6	0,0009	1	0,0057	0,1425983	E	NVJ1
GO:0006445	9,8,7	regulation of translation	29	0,0045	2	0,0114	0,1433036	E	ECM32,COX14
GO:0016192	5,6	vesicle-mediated transport	282	0,0437	8	0,0455	0,1439761	E	GYP7,GEM1,KIN1,YPK1,PEP12,APM2,EMP46,GGA1
GO:0006357	9	regulation of transcription from RNA polymerase II promoter	181	0,0280	6	0,0341	0,1483020	E	POG1,CIN5,UGA3,YRR1,INO4,TRA1
GO:0006417	8,7,6	regulation of protein biosynthesis	30	0,0046	2	0,0114	0,1493815	E	ECM32,COX14
GO:0006807	4	nitrogen compound metabolism	236	0,0366	7	0,0398	0,1504346	E	VID30,NPR1,UGA3,PUT1,CIT2,PHO2,FMS1
GO:0042493	6	response to drug	31	0,0048	2	0,0114	0,1553585	E	CIN5,YRR1
GO:0044270	6,5	nitrogen compound catabolism	31	0,0048	2	0,0114	0,1553585	E	PUT1,FMS1
GO:0009310	6,7	amine catabolism	31	0,0048	2	0,0114	0,1553585	E	PUT1,FMS1
GO:0030004	7	monovalent inorganic cation homeostasis	32	0,0050	2	0,0114	0,1612265	E	RAV2,PPZ2
GO:0006560	8,9	proline metabolism	7	0,0011	1	0,0057	0,1618495	E	PUT1
GO:0001306	7,6	age-dependent response to oxidative stress	7	0,0011	1	0,0057	0,1618495	E	CYR1
GO:0006595	7,8	polyamine metabolism	7	0,0011	1	0,0057	0,1618495	E	FMS1
GO:0006083	7	acetate metabolism	7	0,0011	1	0,0057	0,1618495	E	ACS1
GO:0001324	8,7	age-dependent response to oxidative stress during chronological cell aging	7	0,0011	1	0,0057	0,1618495	E	CYR1
GO:0001323	7,6	age-dependent general metabolic decline during chronological cell aging	7	0,0011	1	0,0057	0,1618495	E	CYR1
GO:0031146	12,13	SCF-dependent proteasomal ubiquitin-dependent protein catabolism	7	0,0011	1	0,0057	0,1618495	E	GRR1
GO:0019722	7	calcium-mediated signaling	7	0,0011	1	0,0057	0,1618495	E	RSF1
GO:0001302	6,5	replicative cell aging	33	0,0051	2	0,0114	0,1669780	E	SIP2,PNC1
GO:0006512	8	ubiquitin cycle	69	0,0107	3	0,0170	0,1721518	E	UBP15,GRR1,UBC8
GO:0019362	8,7	pyridine nucleotide metabolism	34	0,0053	2	0,0114	0,1726065	E	SOL4,PNC1
GO:0046365	7,8	monosaccharide catabolism	34	0,0053	2	0,0114	0,1726065	E	SOL4,GRE3
GO:0046483	5	heterocycle metabolism	71	0,0110	3	0,0170	0,1777556	E	BIO3,PHO2,HEM15
GO:0016311	7	dephosphorylation	35	0,0054	2	0,0114	0,1781058	E	GIP2,LTP1
GO:0006071	7	glycerol metabolism	8	0,0012	1	0,0057	0,1799500	E	TCO89
GO:0006012	8,9	galactose metabolism	8	0,0012	1	0,0057	0,1799500	E	GAL7
GO:0019935	7	cyclic-nucleotide-mediated signaling	8	0,0012	1	0,0057	0,1799500	E	CYR1
GO:0019933	8	cAMP-mediated signaling	8	0,0012	1	0,0057	0,1799500	E	CYR1
GO:0006855	6,7,8	multidrug transport	8	0,0012	1	0,0057	0,1799500	E	YRR1
GO:0015939	8	pantothenate metabolism	8	0,0012	1	0,0057	0,1799500	E	FMS1
GO:0007571	6,5	age-dependent general metabolic decline	8	0,0012	1	0,0057	0,1799500	E	CYR1
GO:0015940	8,9	pantothenate biosynthesis	8	0,0012	1	0,0057	0,1799500	E	FMS1
GO:0019751	6	polyol metabolism	8	0,0012	1	0,0057	0,1799500	E	TCO89
GO:0006974	5	response to DNA damage stimulus	177	0,0274	5	0,0284	0,1799898	E	PHR1,RAD1,MMS4,YKU70,MEC1
GO:0046164	6	alcohol catabolism	37	0,0057	2	0,0114	0,1886964	E	SOL4,GRE3
GO:0016125	6,7,8	sterol metabolism	37	0,0057	2	0,0114	0,1886964	E	DAP1,MCR1
GO:0007129	9	synapsis	9	0,0014	1	0,0057	0,1969477	E	CST9
GO:0031163	6	metallo-sulfur cluster assembly	9	0,0014	1	0,0057	0,1969477	E	ISU1
GO:0000737	7,8	DNA catabolism, endonucleolytic	9	0,0014	1	0,0057	0,1969477	E	REC114
GO:0006098	10,11,12,8	pentose-phosphate shunt	9	0,0014	1	0,0057	0,1969477	E	SOL4
GO:0006616	13,11,9,12,10	SRP-dependent cotranslational protein targeting to membrane, translocation	9	0,0014	1	0,0057	0,1969477	E	SSA4
GO:0016226	7	iron-sulfur cluster assembly	9	0,0014	1	0,0057	0,1969477	E	ISU1
GO:0042138	10,8,9	meiotic DNA double-strand break formation	9	0,0014	1	0,0057	0,1969477	E	REC114
GO:0042244	5	spore wall assembly	39	0,0060	2	0,0114	0,1987139	E	AMA1,DIT1
GO:0030476	7,6	spore wall assembly (sensu Fungi)	39	0,0060	2	0,0114	0,1987139	E	AMA1,DIT1
GO:0006302	8,7	double-strand break repair	41	0,0064	2	0,0114	0,2081312	E	RAD1,YKU70
GO:0051329	6	interphase of mitotic cell cycle	86	0,0133	3	0,0170	0,2106767	E	GRR1,POG1,GID8
GO:0051325	5	interphase	86	0,0133	3	0,0170	0,2106767	E	GRR1,POG1,GID8
GO:0030447	3	filamentous growth	87	0,0135	3	0,0170	0,2122730	E	SIP2,TPK2,TPK1
GO:0006817	8,9	phosphate transport	10	0,0015	1	0,0057	0,2128889	E	PIC2
GO:0009117	6	nucleotide metabolism	90	0,0139	3	0,0170	0,2166091	E	SOL4,PNC1,APA2
GO:0006631	6,7	fatty acid metabolism	43	0,0067	2	0,0114	0,2169285	E	MCT1,OAF1
GO:0009064	7,8	glutamine family amino acid metabolism	43	0,0067	2	0,0114	0,2169285	E	PUT1,CIT2
GO:0017038	6,7	protein import	91	0,0141	3	0,0170	0,2179044	E	HSP78,ASM4,PEX25
GO:0007005	6	mitochondrion organization and biogenesis	95	0,0147	3	0,0170	0,2223463	E	HSP78,ARC35,CRD1
GO:0000723	8	telomere maintenance	45	0,0070	2	0,0114	0,2250930	E	YKU70,MEC1
GO:0008202	6,7	steroid metabolism	45	0,0070	2	0,0114	0,2250930	E	DAP1,MCR1
GO:0006733	7	oxidoreduction coenzyme metabolism	45	0,0070	2	0,0114	0,2250930	E	SOL4,PNC1
GO:0008652	7,8	amino acid biosynthesis	99	0,0153	3	0,0170	0,2256324	E	PUT1,CIT2,PHO2
GO:0045002	9,8	double-strand break repair via single-strand annealing	11	0,0017	1	0,0057	0,2278182	E	RAD1
GO:0006308	6,7	DNA catabolism	11	0,0017	1	0,0057	0,2278182	E	REC114
GO:0006119	6,8	oxidative phosphorylation	46	0,0071	2	0,0114	0,2289356	E	NDI1,SDH1
GO:0000082	7	G1/S transition of mitotic cell cycle	46	0,0071	2	0,0114	0,2289356	E	GRR1,POG1
GO:0043161	11,12	proteasomal ubiquitin-dependent protein catabolism	46	0,0071	2	0,0114	0,2289356	E	GRR1,VID30
GO:0044271	6,5	nitrogen compound biosynthesis	108	0,0167	3	0,0170	0,2290519	E	PUT1,CIT2,PHO2
GO:0009309	6,7	amine biosynthesis	108	0,0167	3	0,0170	0,2290519	E	PUT1,CIT2,PHO2
GO:0000075	6	cell cycle checkpoint	47	0,0073	2	0,0114	0,2326179	E	MEC1,MPS1
GO:0006626	10,8,9	protein targeting to mitochondrion	47	0,0073	2	0,0114	0,2326179	E	HSP78,OCT1
GO:0007124	4	pseudohyphal growth	48	0,0074	2	0,0114	0,2361396	E	TPK2,TPK1
GO:0045944	10	positive regulation of transcription from RNA polymerase II promoter	48	0,0074	2	0,0114	0,2361396	E	YRR1,INO4
GO:0007103	9,6	spindle pole body duplication in nuclear envelope	12	0,0019	1	0,0057	0,2417785	E	MPS1
GO:0000083	8,10	G1/S-specific transcription in mitotic cell cycle	12	0,0019	1	0,0057	0,2417785	E	POG1
GO:0006740	11,10	NADPH regeneration	12	0,0019	1	0,0057	0,2417785	E	SOL4
GO:0009651	6	response to salt stress	12	0,0019	1	0,0057	0,2417785	E	CIN5
GO:0009894	5	regulation of catabolism	12	0,0019	1	0,0057	0,2417785	E	PCL6
GO:0006892	9,7,6,8	post-Golgi transport	51	0,0079	2	0,0114	0,2457456	E	PEP12,GGA1
GO:0016567	9	protein ubiquitination	51	0,0079	2	0,0114	0,2457456	E	GRR1,UBC8
GO:0030474	8,5	spindle pole body duplication	13	0,0020	1	0,0057	0,2548114	E	MPS1
GO:0009065	8,9	glutamine family amino acid catabolism	13	0,0020	1	0,0057	0,2548114	E	PUT1
GO:0000077	8,7	DNA damage checkpoint	13	0,0020	1	0,0057	0,2548114	E	MEC1
GO:0006739	10,9	NADP metabolism	13	0,0020	1	0,0057	0,2548114	E	SOL4
GO:0015893	5,6,7	drug transport	13	0,0020	1	0,0057	0,2548114	E	YRR1
GO:0007534	9,6	gene conversion at mating-type locus	13	0,0020	1	0,0057	0,2548114	E	RAD1
GO:0000754	7,5	adaptation to pheromone during conjugation with cellular fusion	13	0,0020	1	0,0057	0,2548114	E	POG1
GO:0031023	6	microtubule organizing center organization and biogenesis	13	0,0020	1	0,0057	0,2548114	E	MPS1
GO:0051300	7	spindle pole body organization and biogenesis	13	0,0020	1	0,0057	0,2548114	E	MPS1
GO:0046148	6	pigment biosynthesis	14	0,0022	1	0,0057	0,2669566	E	HEM15
GO:0006779	7	porphyrin biosynthesis	14	0,0022	1	0,0057	0,2669566	E	HEM15
GO:0006547	8,9	histidine metabolism	14	0,0022	1	0,0057	0,2669566	E	PHO2
GO:0042770	6	DNA damage response, signal transduction	14	0,0022	1	0,0057	0,2669566	E	MEC1
GO:0009075	7,8	histidine family amino acid metabolism	14	0,0022	1	0,0057	0,2669566	E	PHO2
GO:0009076	8,9	histidine family amino acid biosynthesis	14	0,0022	1	0,0057	0,2669566	E	PHO2
GO:0000183	13,8,11,6	chromatin silencing at rDNA	14	0,0022	1	0,0057	0,2669566	E	PNC1
GO:0000105	9,10	histidine biosynthesis	14	0,0022	1	0,0057	0,2669566	E	PHO2
GO:0006783	8,7	heme biosynthesis	14	0,0022	1	0,0057	0,2669566	E	HEM15
GO:0051188	6	cofactor biosynthesis	71	0,0110	2	0,0114	0,2758277	E	FMS1,HEM15
GO:0006778	6	porphyrin metabolism	15	0,0023	1	0,0057	0,2782525	E	HEM15
GO:0007231	6	osmosensory signaling pathway	15	0,0023	1	0,0057	0,2782525	E	RCK2
GO:0042168	7,6	heme metabolism	15	0,0023	1	0,0057	0,2782525	E	HEM15
GO:0000245	8,10,12	spliceosome assembly	15	0,0023	1	0,0057	0,2782525	E	RSE1
GO:0046356	8	acetyl-CoA catabolism	15	0,0023	1	0,0057	0,2782525	E	SDH1
GO:0044272	6	sulfur compound biosynthesis	15	0,0023	1	0,0057	0,2782525	E	BIO3
GO:0042440	5	pigment metabolism	15	0,0023	1	0,0057	0,2782525	E	HEM15
GO:0006311	9,8	meiotic gene conversion	15	0,0023	1	0,0057	0,2782525	E	REC114
GO:0006099	9,8	tricarboxylic acid cycle	15	0,0023	1	0,0057	0,2782525	E	SDH1
GO:0015698	7,8	inorganic anion transport	16	0,0025	1	0,0057	0,2887361	E	PIC2
GO:0006113	7	fermentation	16	0,0025	1	0,0057	0,2887361	E	ACS1
GO:0006144	7	purine base metabolism	16	0,0025	1	0,0057	0,2887361	E	PHO2
GO:0043094	5	metabolic compound salvage	16	0,0025	1	0,0057	0,2887361	E	PNC1
GO:0006820	6,7	anion transport	17	0,0026	1	0,0057	0,2984431	E	PIC2
GO:0009109	7	coenzyme catabolism	17	0,0026	1	0,0057	0,2984431	E	SDH1
GO:0009408	6,5	response to heat	17	0,0026	1	0,0057	0,2984431	E	LRE1
GO:0031570	7	DNA integrity checkpoint	17	0,0026	1	0,0057	0,2984431	E	MEC1
GO:0007533	5	mating type switching	17	0,0026	1	0,0057	0,2984431	E	RAD1
GO:0051187	6	cofactor catabolism	18	0,0028	1	0,0057	0,3074076	E	SDH1
GO:0019748	4	secondary metabolism	18	0,0028	1	0,0057	0,3074076	E	HEM15
GO:0016579	9	protein deubiquitination	18	0,0028	1	0,0057	0,3074076	E	UBP15
GO:0000724	9,8	double-strand break repair via homologous recombination	18	0,0028	1	0,0057	0,3074076	E	YKU70
GO:0000209	10	protein polyubiquitination	19	0,0029	1	0,0057	0,3156628	E	UBC8
GO:0007006	6,7	mitochondrial membrane organization and biogenesis	19	0,0029	1	0,0057	0,3156628	E	CRD1
GO:0000725	8,7	recombinational repair	19	0,0029	1	0,0057	0,3156628	E	YKU70
GO:0006614	12,10,8,11,9	SRP-dependent cotranslational protein targeting to membrane	19	0,0029	1	0,0057	0,3156628	E	SSA4
GO:0006100	8	tricarboxylic acid cycle intermediate metabolism	19	0,0029	1	0,0057	0,3156628	E	CIT2
GO:0006303	9,8	double-strand break repair via nonhomologous end-joining	19	0,0029	1	0,0057	0,3156628	E	YKU70
GO:0008213	8	protein amino acid alkylation	20	0,0031	1	0,0057	0,3232403	E	PPM1
GO:0009266	5	response to temperature stimulus	20	0,0031	1	0,0057	0,3232403	E	LRE1
GO:0006869	5,6	lipid transport	20	0,0031	1	0,0057	0,3232403	E	PXA2
GO:0006479	9,8	protein amino acid methylation	20	0,0031	1	0,0057	0,3232403	E	PPM1
GO:0040020	8	regulation of meiosis	20	0,0031	1	0,0057	0,3232403	E	RCK2
GO:0031577	7	spindle checkpoint	21	0,0033	1	0,0057	0,3301709	E	MPS1
GO:0007094	10,8	mitotic spindle checkpoint	21	0,0033	1	0,0057	0,3301709	E	MPS1
GO:0030150	11,9,7,10,8	protein import into mitochondrial matrix	21	0,0033	1	0,0057	0,3301709	E	HSP78
GO:0046112	7,6	nucleobase biosynthesis	21	0,0033	1	0,0057	0,3301709	E	PHO2
GO:0000750	7,8,6	signal transduction during conjugation with cellular fusion	22	0,0034	1	0,0057	0,3364838	E	STE18
GO:0006513	10	protein monoubiquitination	22	0,0034	1	0,0057	0,3364838	E	UBC8
GO:0006613	11,9,7,10,8	cotranslational protein targeting to membrane	22	0,0034	1	0,0057	0,3364838	E	SSA4
GO:0007093	9,7	mitotic checkpoint	22	0,0034	1	0,0057	0,3364838	E	MPS1
GO:0030641	8	hydrogen ion homeostasis	23	0,0036	1	0,0057	0,3422074	E	RAV2
GO:0000080	7	G1 phase of mitotic cell cycle	23	0,0036	1	0,0057	0,3422074	E	GID8
GO:0045851	6	pH reduction	23	0,0036	1	0,0057	0,3422074	E	RAV2
GO:0006608	11,9,8,10	snRNP protein import into nucleus	23	0,0036	1	0,0057	0,3422074	E	ASM4
GO:0007531	4	mating type determination	23	0,0036	1	0,0057	0,3422074	E	RAD1
GO:0051030	8,7,9	snRNA transport	23	0,0036	1	0,0057	0,3422074	E	ASM4
GO:0006610	11,9,8,10	ribosomal protein import into nucleus	23	0,0036	1	0,0057	0,3422074	E	ASM4
GO:0051453	9,6	regulation of cellular pH	23	0,0036	1	0,0057	0,3422074	E	RAV2
GO:0007530	3	sex determination	23	0,0036	1	0,0057	0,3422074	E	RAD1
GO:0051318	6	G1 phase	23	0,0036	1	0,0057	0,3422074	E	GID8
GO:0051452	10,7	cellular pH reduction	23	0,0036	1	0,0057	0,3422074	E	RAV2
GO:0006408	11,9,10,8	snRNA export from nucleus	23	0,0036	1	0,0057	0,3422074	E	ASM4
GO:0007035	11,9,7,8	vacuolar acidification	23	0,0036	1	0,0057	0,3422074	E	RAV2
GO:0006607	11,9,8,10	NLS-bearing substrate import into nucleus	23	0,0036	1	0,0057	0,3422074	E	ASM4
GO:0000001	8,7	mitochondrion inheritance	25	0,0039	1	0,0057	0,3519947	E	ARC35
GO:0008204	7,8,9	ergosterol metabolism	25	0,0039	1	0,0057	0,3519947	E	MCR1
GO:0006576	6,7	biogenic amine metabolism	25	0,0039	1	0,0057	0,3519947	E	FMS1
GO:0048311	7,6	mitochondrion distribution	25	0,0039	1	0,0057	0,3519947	E	ARC35
GO:0006609	11,9,8,10	mRNA-binding (hnRNP) protein import into nucleus	25	0,0039	1	0,0057	0,3519947	E	ASM4
GO:0051646	6,5	mitochondrion localization	25	0,0039	1	0,0057	0,3519947	E	ARC35
GO:0006696	8,9,10	ergosterol biosynthesis	25	0,0039	1	0,0057	0,3519947	E	MCR1
GO:0006312	8	mitotic recombination	26	0,0040	1	0,0057	0,3561098	E	RAD1
GO:0006407	11,9,10,8	rRNA export from nucleus	26	0,0040	1	0,0057	0,3561098	E	ASM4
GO:0051029	8,7,9	rRNA transport	26	0,0040	1	0,0057	0,3561098	E	ASM4
GO:0006885	5	regulation of pH	27	0,0042	1	0,0057	0,3597385	E	RAV2
GO:0000002	7	mitochondrial genome maintenance	27	0,0042	1	0,0057	0,3597385	E	HSP78
GO:0006999	7	nuclear pore organization and biogenesis	27	0,0042	1	0,0057	0,3597385	E	ASM4
GO:0045047	10,8,6,9,7	protein targeting to ER	28	0,0043	1	0,0057	0,3629041	E	SSA4
GO:0016573	12,9	histone acetylation	28	0,0043	1	0,0057	0,3629041	E	TRA1
GO:0009063	7,8	amino acid catabolism	28	0,0043	1	0,0057	0,3629041	E	PUT1
GO:0016126	7,8,9	sterol biosynthesis	29	0,0045	1	0,0057	0,3656290	E	MCR1
GO:0006007	9,10	glucose catabolism	29	0,0045	1	0,0057	0,3656290	E	SOL4
GO:0019320	8,9	hexose catabolism	29	0,0045	1	0,0057	0,3656290	E	SOL4
GO:0006665	7,8	sphingolipid metabolism	29	0,0045	1	0,0057	0,3656290	E	YPK1
GO:0015672	7,8	monovalent inorganic cation transport	30	0,0046	1	0,0057	0,3679347	E	ENA2
GO:0006612	10,8,9	protein targeting to membrane	31	0,0048	1	0,0057	0,3698420	E	SSA4
GO:0051235	4	maintenance of localization	31	0,0048	1	0,0057	0,3698420	E	SMF3
GO:0006769	9,8	nicotinamide metabolism	31	0,0048	1	0,0057	0,3698420	E	SOL4
GO:0006289	8,7	nucleotide-excision repair	31	0,0048	1	0,0057	0,3698420	E	RAD1
GO:0016044	5	membrane organization and biogenesis	32	0,0050	1	0,0057	0,3713706	E	CRD1
GO:0016485	8	protein processing	32	0,0050	1	0,0057	0,3713706	E	OCT1
GO:0007020	9	microtubule nucleation	33	0,0051	1	0,0057	0,3725398	E	NUD1
GO:0009112	6	nucleobase metabolism	33	0,0051	1	0,0057	0,3725398	E	PHO2
GO:0043414	7	biopolymer methylation	35	0,0054	1	0,0057	0,3738725	E	PPM1
GO:0042157	7	lipoprotein metabolism	36	0,0056	1	0,0057	0,3740706	E	SHR5
GO:0006400	8	tRNA modification	36	0,0056	1	0,0057	0,3740706	E	TAD3
GO:0006887	6,7	exocytosis	36	0,0056	1	0,0057	0,3740706	E	KIN1
GO:0006694	7,6,8	steroid biosynthesis	36	0,0056	1	0,0057	0,3740706	E	MCR1
GO:0042158	8,7	lipoprotein biosynthesis	36	0,0056	1	0,0057	0,3740706	E	SHR5
GO:0006497	9,8	protein lipidation	36	0,0056	1	0,0057	0,3740706	E	SHR5
GO:0008150	1	biological_process	6454	1,0000	176	1,0000	1,0000000	D	ASR1,HXT7,DAP1,GIP2,UBP15,CBS2,MAL33,GYP7,MEF2,LDB17,GEM1,ADR1,MTL1,SRY1,SIP2,PPM1,PXA2,PHM8,MAL13,SNF3,AMA1,MCT1,OAF1,GRR1,FRT2,POG1,PNS1,TPK2,NDI1,TPS3,KRE29,HSP78,PRB1,REC114,PEX5,PHR1,CIN5,RSF1,SSA4,LEE1,AST2,HOR7,SHR5,COS111,RAD1,CYR1,SOL4,FAR10,HAP5,SYN8,FMP16,VID30,YPT35,FMP29,OCT1,OMS1,NPR1,MED4,SET6,GSY2,GID8,UBX6,BIO3,UGA3,ENA2,GAL7,TPK1,KIN1,PEX2,GRE2,UIP4,TCO89,MDJ1,MTQ1,FYV10,SWI1,ASM4,ECM32,GRE3,PUT1,ARC35,TSL1,GLC3,NUD1,RCK2,HXT6,HXT16,YRR1,PEX25,PEX22,COX14,LRE1,CIT2,CTT1,YPK1,SNX41,ACS1,NCE103,NVJ1,MMS4,NUT2,PEP12,SPG4,APM2,PHO2,STB3,SSE2,TAD3,RGT2,FMS1,HEM15,YKU70,SDH1,RSE1,VPS30,THI21,MEC1,STE18,KIN82,YPK2,ZTA1,ZSP1,ECM21,ATG7,GLG1,MPM1,HXT5,GTO3,PNC1,UBA3,EMI2,PAI3,UBP11,EMP46,OPY2,INO4,SCP1,MCR1,LTP1,SPG3,GLO4,ATG12,MPS1,SGA1,MRP8,MRL1,SMF3,DIT1,THI3,ATG19,PIC2,IRA2,FMP12,XBP1,UIP3,TGL4,CRD1,RIM11,GGA1,UBC8,CST9,HSP104,PAU7,EHT1,HSP26,RPN14,PCL6,ASK10,RAV2,HAP2,UGX2,PPZ2,TRA1,ISU1,APA2,PDX1
GO:0030471	4	spindle pole body and microtubule cycle (sensu Fungi)	37	0,0057	1	0,0057	0,3739783	D	MPS1
GO:0006473	8	protein amino acid acetylation	38	0,0059	1	0,0057	0,3736113	D	TRA1
GO:0048308	6	organelle inheritance	38	0,0059	1	0,0057	0,3736113	D	ARC35
GO:0006752	7	group transfer coenzyme metabolism	44	0,0068	1	0,0057	0,3664372	D	FMS1
GO:0031509	12	telomeric heterochromatin formation	45	0,0070	1	0,0057	0,3645338	D	PNC1
GO:0006611	10,8,9	protein export from nucleus	45	0,0070	1	0,0057	0,3645338	D	ASM4
GO:0006348	13,8,11,6	chromatin silencing at telomere	45	0,0070	1	0,0057	0,3645338	D	PNC1
GO:0006606	10,8,7,9	protein import into nucleus	46	0,0071	1	0,0057	0,3624596	D	ASM4
GO:0051170	9,7,8	nuclear import	46	0,0071	1	0,0057	0,3624596	D	ASM4
GO:0007088	8,6	regulation of mitosis	48	0,0074	1	0,0057	0,3578412	D	MPS1
GO:0006997	6	nuclear organization and biogenesis	49	0,0076	1	0,0057	0,3553171	D	ASM4
GO:0051640	4	organelle localization	49	0,0076	1	0,0057	0,3553171	D	ARC35
GO:0008654	8,7,9	phospholipid biosynthesis	52	0,0081	1	0,0057	0,3469959	D	INO4
GO:0006725	5	aromatic compound metabolism	57	0,0088	1	0,0057	0,3311256	D	PHO2
GO:0006790	5	sulfur metabolism	57	0,0088	1	0,0057	0,3311256	D	BIO3
GO:0009108	7	coenzyme biosynthesis	57	0,0088	1	0,0057	0,3311256	D	FMS1
GO:0030001	7,8	metal ion transport	57	0,0088	1	0,0057	0,3311256	D	ENA2
GO:0016570	11,8	histone modification	59	0,0091	1	0,0057	0,3242465	D	TRA1
GO:0006970	5	response to osmotic stress	59	0,0091	1	0,0057	0,3242465	D	CIN5
GO:0016569	10	covalent chromatin modification	59	0,0091	1	0,0057	0,3242465	D	TRA1
GO:0006406	11,9,10,8	mRNA export from nucleus	62	0,0096	1	0,0057	0,3135153	D	ASM4
GO:0051028	8,7,9	mRNA transport	62	0,0096	1	0,0057	0,3135153	D	ASM4
GO:0007015	9	actin filament organization	63	0,0098	1	0,0057	0,3098502	D	SCP1
GO:0006897	6,7	endocytosis	69	0,0107	1	0,0057	0,2872663	D	YPK1
GO:0046467	7,6,8	membrane lipid biosynthesis	71	0,0110	1	0,0057	0,2796105	D	INO4
GO:0050658	7,6,8	RNA transport	72	0,0112	1	0,0057	0,2757747	D	ASM4
GO:0051236	5	establishment of RNA localization	72	0,0112	1	0,0057	0,2757747	D	ASM4
GO:0006405	10,8,9,7	RNA export from nucleus	72	0,0112	1	0,0057	0,2757747	D	ASM4
GO:0050657	6,7	nucleic acid transport	72	0,0112	1	0,0057	0,2757747	D	ASM4
GO:0031507	11	heterochromatin formation	79	0,0122	2	0,0114	0,2741096	D	YKU70,PNC1
GO:0045814	4	negative regulation of gene expression, epigenetic	79	0,0122	2	0,0114	0,2741096	D	YKU70,PNC1
GO:0006342	12,7,10,5	chromatin silencing	79	0,0122	2	0,0114	0,2741096	D	YKU70,PNC1
GO:0016458	6	gene silencing	79	0,0122	2	0,0114	0,2741096	D	YKU70,PNC1
GO:0040029	3	regulation of gene expression, epigenetic	84	0,0130	2	0,0114	0,2700527	D	YKU70,PNC1
GO:0031497	10	chromatin assembly	84	0,0130	2	0,0114	0,2700527	D	YKU70,PNC1
GO:0000226	8	microtubule cytoskeleton organization and biogenesis	85	0,0132	2	0,0114	0,2690056	D	ARC35,NUD1
GO:0006888	9,7,6,8	ER to Golgi transport	76	0,0118	1	0,0057	0,2604497	D	EMP46
GO:0006644	7,8	phospholipid metabolism	79	0,0122	1	0,0057	0,2490482	D	INO4
GO:0030036	8	actin cytoskeleton organization and biogenesis	100	0,0155	2	0,0114	0,2460639	D	ARC35,SCP1
GO:0007017	7	microtubule-based process	100	0,0155	2	0,0114	0,2460639	D	ARC35,NUD1
GO:0006333	9	chromatin assembly or disassembly	100	0,0155	2	0,0114	0,2460639	D	YKU70,PNC1
GO:0015931	5,6	nucleobase, nucleoside, nucleotide and nucleic acid transport	80	0,0124	1	0,0057	0,2452775	D	ASM4
GO:0030029	7	actin filament-based process	104	0,0161	2	0,0114	0,2382521	D	ARC35,SCP1
GO:0006643	6,7	membrane lipid metabolism	106	0,0164	2	0,0114	0,2341674	D	YPK1,INO4
GO:0006403	4	RNA localization	83	0,0129	1	0,0057	0,2340824	D	ASM4
GO:0006811	5,6	ion transport	107	0,0166	2	0,0114	0,2320869	D	ENA2,PIC2
GO:0040007	2	growth	113	0,0175	3	0,0170	0,2287715	D	SIP2,TPK2,TPK1
GO:0006511	10,11	ubiquitin-dependent protein catabolism	121	0,0187	3	0,0170	0,2254940	D	GRR1,VID30,UBX6
GO:0019941	9,10	modification-dependent protein catabolism	121	0,0187	3	0,0170	0,2254940	D	GRR1,VID30,UBX6
GO:0044257	7,8	cellular protein catabolism	123	0,0191	3	0,0170	0,2241880	D	GRR1,VID30,UBX6
GO:0051603	8,9	proteolysis during cellular protein catabolism	123	0,0191	3	0,0170	0,2241880	D	GRR1,VID30,UBX6
GO:0008610	6,5,7	lipid biosynthesis	124	0,0192	3	0,0170	0,2234683	D	INO4,MCR1,CRD1
GO:0051168	9,7,8	nuclear export	86	0,0133	1	0,0057	0,2230975	D	ASM4
GO:0006338	10	chromatin remodeling	132	0,0205	3	0,0170	0,2162656	D	SWI1,YKU70,PNC1
GO:0006812	6,7	cation transport	89	0,0138	1	0,0057	0,2123609	D	ENA2
GO:0045229	5	external encapsulating structure organization and biogenesis	141	0,0218	3	0,0170	0,2056086	D	MTL1,LRE1,ECM21
GO:0048193	8,6,7	Golgi vesicle transport	141	0,0218	3	0,0170	0,2056086	D	PEP12,EMP46,GGA1
GO:0007047	6	cell wall organization and biogenesis	141	0,0218	3	0,0170	0,2056086	D	MTL1,LRE1,ECM21
GO:0006281	7,6	DNA repair	150	0,0232	4	0,0227	0,2000982	D	PHR1,RAD1,MMS4,YKU70
GO:0045892	9	negative regulation of transcription, DNA-dependent	124	0,0192	2	0,0114	0,1944452	D	YKU70,PNC1
GO:0016481	8	negative regulation of transcription	128	0,0198	2	0,0114	0,1853754	D	YKU70,PNC1
GO:0000398	9,11	nuclear mRNA splicing, via spliceosome	97	0,0150	1	0,0057	0,1851570	D	RSE1
GO:0000377	10	RNA splicing, via transesterification reactions with bulged adenosine as nucleophile	98	0,0152	1	0,0057	0,1819162	D	RSE1
GO:0016568	9	chromatin modification	181	0,0280	4	0,0227	0,1808312	D	SWI1,YKU70,PNC1,TRA1
GO:0006310	7	DNA recombination	189	0,0293	5	0,0284	0,1799710	D	REC114,RAD1,MMS4,YKU70,MEC1
GO:0006519	5	amino acid and derivative metabolism	197	0,0305	5	0,0284	0,1778152	D	SRY1,PUT1,CIT2,PHO2,FMS1
GO:0045045	5,6	secretory pathway	202	0,0313	5	0,0284	0,1756945	D	SSA4,KIN1,PEP12,EMP46,GGA1
GO:0046903	5	secretion	209	0,0324	5	0,0284	0,1718362	D	SSA4,KIN1,PEP12,EMP46,GGA1
GO:0051169	8,6,7	nuclear transport	103	0,0160	1	0,0057	0,1662790	D	ASM4
GO:0006399	7	tRNA metabolism	103	0,0160	1	0,0057	0,1662790	D	TAD3
GO:0045934	7	negative regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	138	0,0214	2	0,0114	0,1630880	D	YKU70,PNC1
GO:0000375	9	RNA splicing, via transesterification reactions	105	0,0163	1	0,0057	0,1602942	D	RSE1
GO:0044265	6	cellular macromolecule catabolism	258	0,0400	7	0,0398	0,1541442	D	GRR1,SOL4,VID30,UBX6,GRE3,SGA1,PCL6
GO:0006323	7	DNA packaging	205	0,0318	4	0,0227	0,1530941	D	SWI1,YKU70,PNC1,TRA1
GO:0006325	8	establishment and/or maintenance of chromatin architecture	205	0,0318	4	0,0227	0,1530941	D	SWI1,YKU70,PNC1,TRA1
GO:0006913	8,6,7	nucleocytoplasmic transport	109	0,0169	1	0,0057	0,1487951	D	ASM4
GO:0007001	7	chromosome organization and biogenesis (sensu Eukaryota)	243	0,0377	5	0,0284	0,1426589	D	SWI1,YKU70,MEC1,PNC1,TRA1
GO:0006461	7	protein complex assembly	148	0,0229	2	0,0114	0,1419027	D	RSE1,RAV2
GO:0006520	6,7	amino acid metabolism	182	0,0282	3	0,0170	0,1416907	D	PUT1,CIT2,PHO2
GO:0009308	5	amine metabolism	218	0,0338	4	0,0227	0,1363971	D	PUT1,CIT2,PHO2,FMS1
GO:0051276	6	chromosome organization and biogenesis	255	0,0395	5	0,0284	0,1300750	D	SWI1,YKU70,MEC1,PNC1,TRA1
GO:0000278	5	mitotic cell cycle	231	0,0358	4	0,0227	0,1196858	D	GRR1,POG1,GID8,MPS1
GO:0008380	8	RNA splicing	126	0,0195	1	0,0057	0,1068509	D	RSE1
GO:0009451	7	RNA modification	126	0,0195	1	0,0057	0,1068509	D	TAD3
GO:0006397	8	mRNA processing	132	0,0205	1	0,0057	0,0945965	D	RSE1
GO:0044260	5	cellular macromolecule metabolism	1448	0,2244	39	0,2216	0,0729465	D	GIP2,UBP15,CBS2,MEF2,SIP2,PPM1,GRR1,TPK2,HSP78,SSA4,SHR5,VID30,OCT1,GSY2,UBX6,TPK1,MDJ1,ECM32,GLC3,RCK2,COX14,YPK1,SSE2,RSE1,KIN82,YPK2,GLG1,UBA3,LTP1,SGA1,MRP8,RIM11,UBC8,HSP104,HSP26,RPN14,PCL6,RAV2,TRA1
GO:0007067	7	mitosis	146	0,0226	1	0,0057	0,0705989	D	MPS1
GO:0019538	5	protein metabolism	1424	0,2206	37	0,2102	0,0704334	D	GIP2,UBP15,CBS2,MEF2,SIP2,PPM1,AMA1,GRR1,TPK2,HSP78,PRB1,SSA4,SHR5,VID30,OCT1,UBX6,TPK1,MDJ1,ECM32,RCK2,COX14,YPK1,SSE2,RSE1,KIN82,YPK2,UBA3,PAI3,LTP1,MRP8,RIM11,UBC8,HSP104,HSP26,RPN14,RAV2,TRA1
GO:0000087	6	M phase of mitotic cell cycle	148	0,0229	1	0,0057	0,0676499	D	MPS1
GO:0043170	4	macromolecule metabolism	2511	0,3891	66	0,3750	0,0582941	D	GIP2,UBP15,CBS2,MAL33,MEF2,ADR1,SIP2,PPM1,MAL13,AMA1,GRR1,TPK2,TPS3,HSP78,PRB1,REC114,PHR1,SSA4,SHR5,RAD1,SOL4,HAP5,VID30,OCT1,GSY2,GID8,UBX6,GAL7,TPK1,MDJ1,FYV10,SWI1,ECM32,GRE3,TSL1,GLC3,RCK2,COX14,CIT2,YPK1,MMS4,SSE2,TAD3,YKU70,SDH1,RSE1,MEC1,KIN82,YPK2,GLG1,PNC1,UBA3,PAI3,LTP1,GLO4,SGA1,MRP8,RIM11,UBC8,HSP104,HSP26,RPN14,PCL6,RAV2,HAP2,TRA1
GO:0044267	6	cellular protein metabolism	1400	0,2169	34	0,1932	0,0565329	D	GIP2,UBP15,CBS2,MEF2,SIP2,PPM1,GRR1,TPK2,HSP78,SSA4,SHR5,VID30,OCT1,UBX6,TPK1,MDJ1,ECM32,RCK2,COX14,YPK1,SSE2,RSE1,KIN82,YPK2,UBA3,LTP1,MRP8,RIM11,UBC8,HSP104,HSP26,RPN14,RAV2,TRA1
GO:0009058	4	biosynthesis	1184	0,1835	27	0,1534	0,0476247	D	CBS2,MEF2,TPS3,SHR5,VID30,GSY2,GID8,BIO3,FYV10,ECM32,PUT1,TSL1,GLC3,COX14,CIT2,PHO2,FMS1,HEM15,THI21,GLG1,INO4,MCR1,MRP8,THI3,CRD1,UBC8,PCL6
GO:0043283	5	biopolymer metabolism	1593	0,2468	38	0,2159	0,0457500	D	GIP2,UBP15,SIP2,PPM1,AMA1,GRR1,TPK2,PRB1,REC114,PHR1,SHR5,RAD1,VID30,OCT1,GSY2,UBX6,TPK1,SWI1,GLC3,RCK2,YPK1,MMS4,TAD3,YKU70,RSE1,MEC1,KIN82,YPK2,GLG1,PNC1,UBA3,PAI3,LTP1,SGA1,RIM11,UBC8,PCL6,TRA1
GO:0044249	5	cellular biosynthesis	1105	0,1712	24	0,1364	0,0389165	D	CBS2,MEF2,TPS3,SHR5,VID30,GSY2,GID8,BIO3,FYV10,ECM32,PUT1,TSL1,GLC3,COX14,CIT2,PHO2,FMS1,HEM15,THI21,GLG1,MRP8,THI3,UBC8,PCL6
GO:0016071	7	mRNA metabolism	185	0,0287	1	0,0057	0,0297595	D	RSE1
GO:0007010	6	cytoskeleton organization and biogenesis	290	0,0449	3	0,0170	0,0273908	D	ARC35,NUD1,SCP1
GO:0006259	6	DNA metabolism	555	0,0860	9	0,0511	0,0272621	D	REC114,PHR1,RAD1,SWI1,MMS4,YKU70,MEC1,PNC1,TRA1
GO:0009059	6,5	macromolecule biosynthesis	844	0,1308	16	0,0909	0,0261523	D	CBS2,MEF2,TPS3,SHR5,VID30,GSY2,GID8,FYV10,ECM32,TSL1,GLC3,COX14,GLG1,MRP8,UBC8,PCL6
GO:0016043	4	cell organization and biogenesis	1473	0,2282	32	0,1818	0,0245577	D	ADR1,MTL1,OAF1,HSP78,PEX5,SSA4,OCT1,PEX2,SWI1,ASM4,ARC35,NUD1,PEX25,PEX22,LRE1,PEP12,YKU70,VPS30,MEC1,ECM21,ATG7,PNC1,EMP46,SCP1,ATG12,MPS1,MRL1,ATG19,CRD1,GGA1,RAV2,TRA1
GO:0006996	5	organelle organization and biogenesis	1017	0,1576	18	0,1023	0,0097833	D	ADR1,OAF1,HSP78,PEX5,PEX2,SWI1,ASM4,ARC35,NUD1,PEX25,PEX22,YKU70,MEC1,PNC1,SCP1,MPS1,CRD1,TRA1
GO:0006139	5	nucleobase, nucleoside, nucleotide and nucleic acid metabolism	1500	0,2324	29	0,1648	0,0066864	D	MAL33,ADR1,MAL13,OAF1,POG1,REC114,PHR1,CIN5,RSF1,RAD1,SOL4,HAP5,MED4,UGA3,SWI1,YRR1,MMS4,NUT2,PHO2,TAD3,YKU70,RSE1,MEC1,PNC1,INO4,ASK10,HAP2,TRA1,APA2
GO:0043037	8,7	translation	415	0,0643	3	0,0170	0,0022106	D	MEF2,ECM32,COX14
GO:0006414	9,8	translational elongation	312	0,0483	1	0,0057	0,0013271	D	MEF2
GO:0006396	7	RNA processing	346	0,0536	1	0,0057	0,0005493	D	RSE1
GO:0000004	2	biological process unknown	1639	0,2540	25	0,1420	0,0001024	D	LDB17,PHM8,PNS1,KRE29,LEE1,AST2,FMP16,YPT35,FMP29,OMS1,SET6,UIP4,MTQ1,SPG4,STB3,ZTA1,ZSP1,MPM1,GTO3,UBP11,SPG3,FMP12,UIP3,PAU7,UGX2
GO:0006412	7,6	protein biosynthesis	783	0,1213	6	0,0341	2,879985E-05	D	CBS2,MEF2,SHR5,ECM32,COX14,MRP8
GO:0016070	6	RNA metabolism	539	0,0835	2	0,0114	2,343538E-05	D	TAD3,RSE1