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:0007582	2	physiological process	4771	0.7392	82	0.9011	6.982139E-05	E	HOP2,MET16,CYT1,RAT1,AAD6,WAR1,PFS1,MPE1,MON1,MYO1,FZF1,SPO22,PRP8,PDR12,DSK2,SLA2,SPS22,DIA4,MET2,PPT2,MSH5,SPS19,HXT4,MNT4,FIG2,COG6,MTG1,FZO1,NAM9,TOM1,PRM3,SYF2,UNG1,HOS1,HEM4,DCI1,ATP11,IMP2,NAT3,ALP1,CHL1,PNT1,DBF4,TEX1,ATS1,SKI3,REV1,NCR1,MIP6,UBC12,SRB2,EHD3,MRPL44,MSE1,TOS3,PRP16,GAT4,DBP6,PPA2,NHA1,YAP3,TFC7,RHB1,APC11,SPO7,DCN1,OSW2,REC8,SIR3,PAC2,RAD61,HOL1,PRM9,APL6,MTF1,CSM4,DAD2,SSP1,HKR1,FSH3,CBP3,RPI1
GO:0050875	3	cellular physiological process	4641	0.7191	80	0.8791	0.0001313	E	HOP2,MET16,CYT1,RAT1,AAD6,PFS1,MPE1,MON1,MYO1,FZF1,SPO22,PRP8,PDR12,DSK2,SLA2,SPS22,DIA4,MET2,PPT2,MSH5,SPS19,HXT4,MNT4,FIG2,COG6,MTG1,FZO1,NAM9,TOM1,PRM3,SYF2,UNG1,HOS1,HEM4,DCI1,ATP11,IMP2,NAT3,ALP1,CHL1,PNT1,DBF4,TEX1,ATS1,SKI3,REV1,NCR1,MIP6,UBC12,SRB2,EHD3,MRPL44,MSE1,TOS3,PRP16,GAT4,DBP6,PPA2,NHA1,YAP3,TFC7,RHB1,APC11,SPO7,DCN1,OSW2,REC8,SIR3,PAC2,HOL1,PRM9,APL6,MTF1,CSM4,DAD2,SSP1,HKR1,FSH3,CBP3,RPI1
GO:0009987	2	cellular process	4682	0.7254	80	0.8791	0.0002074	E	HOP2,MET16,CYT1,RAT1,AAD6,PFS1,MPE1,MON1,MYO1,FZF1,SPO22,PRP8,PDR12,DSK2,SLA2,SPS22,DIA4,MET2,PPT2,MSH5,SPS19,HXT4,MNT4,FIG2,COG6,MTG1,FZO1,NAM9,TOM1,PRM3,SYF2,UNG1,HOS1,HEM4,DCI1,ATP11,IMP2,NAT3,ALP1,CHL1,PNT1,DBF4,TEX1,ATS1,SKI3,REV1,NCR1,MIP6,UBC12,SRB2,EHD3,MRPL44,MSE1,TOS3,PRP16,GAT4,DBP6,PPA2,NHA1,YAP3,TFC7,RHB1,APC11,SPO7,DCN1,OSW2,REC8,SIR3,PAC2,HOL1,PRM9,APL6,MTF1,CSM4,DAD2,SSP1,HKR1,FSH3,CBP3,RPI1
GO:0048622	5	reproductive sporulation	92	0.0143	6	0.0659	0.0015045	E	PFS1,SPS22,SPS19,SPO7,OSW2,SSP1
GO:0030437	6	sporulation (sensu Fungi)	92	0.0143	6	0.0659	0.0015045	E	PFS1,SPS22,SPS19,SPO7,OSW2,SSP1
GO:0045116	8	protein neddylation	5	0.0008	2	0.0220	0.0018862	E	UBC12,DCN1
GO:0030476	7,6	spore wall assembly (sensu Fungi)	39	0.0060	4	0.0440	0.0018898	E	PFS1,SPS22,OSW2,SSP1
GO:0042244	5	spore wall assembly	39	0.0060	4	0.0440	0.0018898	E	PFS1,SPS22,OSW2,SSP1
GO:0000003	2	reproduction	255	0.0395	10	0.1099	0.0021295	E	PFS1,MYO1,SLA2,SPS22,SPS19,FIG2,ATS1,SPO7,OSW2,SSP1
GO:0000279	5	M phase	257	0.0398	10	0.1099	0.0022459	E	HOP2,SPO22,MSH5,TOM1,CHL1,APC11,SPO7,REC8,CSM4,DAD2
GO:0030435	4	sporulation	105	0.0163	6	0.0659	0.0028504	E	PFS1,SPS22,SPS19,SPO7,OSW2,SSP1
GO:0030154	3	cell differentiation	107	0.0166	6	0.0659	0.0031157	E	PFS1,SPS22,SPS19,SPO7,OSW2,SSP1
GO:0006635	8,9	fatty acid beta-oxidation	9	0.0014	2	0.0220	0.0064232	E	DCI1,EHD3
GO:0015802	7,8,9	basic amino acid transport	9	0.0014	2	0.0220	0.0064232	E	ALP1,RHB1
GO:0051327	6	M phase of meiotic cell cycle	129	0.0200	6	0.0659	0.0072859	E	HOP2,SPO22,MSH5,SPO7,REC8,CSM4
GO:0007126	7	meiosis	129	0.0200	6	0.0659	0.0072859	E	HOP2,SPO22,MSH5,SPO7,REC8,CSM4
GO:0051321	5	meiotic cell cycle	129	0.0200	6	0.0659	0.0072859	E	HOP2,SPO22,MSH5,SPO7,REC8,CSM4
GO:0007275	2	development	373	0.0578	11	0.1209	0.0093970	E	PFS1,MYO1,SLA2,SPS22,SPS19,FIG2,SPO7,OSW2,SIR3,SSP1,HKR1
GO:0019395	7,8	fatty acid oxidation	11	0.0017	2	0.0220	0.0095440	E	DCI1,EHD3
GO:0048610	4	reproductive cellular physiological process	192	0.0297	7	0.0769	0.0127847	E	PFS1,SPS22,SPS19,FIG2,SPO7,OSW2,SSP1
GO:0050876	3	reproductive physiological process	192	0.0297	7	0.0769	0.0127847	E	PFS1,SPS22,SPS19,FIG2,SPO7,OSW2,SSP1
GO:0007049	4	cell cycle	397	0.0615	11	0.1209	0.0136941	E	HOP2,SPO22,MSH5,TOM1,SYF2,CHL1,APC11,SPO7,REC8,CSM4,DAD2
GO:0015809	8,9,10	L-arginine transport	1	0.0002	1	0.0110	0.0140998	E	RHB1
GO:0015819	8,9,10	L-lysine transport	1	0.0002	1	0.0110	0.0140998	E	RHB1
GO:0046395	7	carboxylic acid catabolism	1	0.0002	1	0.0110	0.0140998	E	SPS19
GO:0001101	6	response to acid	1	0.0002	1	0.0110	0.0140998	E	WAR1
GO:0016054	6	organic acid catabolism	1	0.0002	1	0.0110	0.0140998	E	SPS19
GO:0009062	7,8	fatty acid catabolism	1	0.0002	1	0.0110	0.0140998	E	SPS19
GO:0019752	6	carboxylic acid metabolism	300	0.0465	9	0.0989	0.0156166	E	MET16,PDR12,DIA4,MET2,SPS19,DCI1,EHD3,MSE1,FSH3
GO:0006082	5	organic acid metabolism	300	0.0465	9	0.0989	0.0156166	E	MET16,PDR12,DIA4,MET2,SPS19,DCI1,EHD3,MSE1,FSH3
GO:0006631	6,7	fatty acid metabolism	43	0.0067	3	0.0330	0.0192932	E	SPS19,DCI1,EHD3
GO:0016043	4	cell organization and biogenesis	1473	0.2282	28	0.3077	0.0194755	E	RAT1,MON1,MYO1,DSK2,SLA2,SPS22,FIG2,COG6,MTG1,FZO1,TOM1,PRM3,HOS1,IMP2,NAT3,PNT1,TEX1,ATS1,MIP6,DBP6,APC11,SPO7,SIR3,PAC2,PRM9,APL6,DAD2,HKR1
GO:0048284	6	organelle fusion	17	0.0026	2	0.0220	0.0217093	E	FZO1,PRM3
GO:0000226	8	microtubule cytoskeleton organization and biogenesis	85	0.0132	4	0.0440	0.0247682	E	ATS1,APC11,PAC2,DAD2
GO:0006997	6	nuclear organization and biogenesis	49	0.0076	3	0.0330	0.0265100	E	TOM1,PRM3,SPO7
GO:0000209	10	protein polyubiquitination	19	0.0029	2	0.0220	0.0265466	E	TOM1,UBC12
GO:0000316	8,9	sulfite transport	2	0.0003	1	0.0110	0.0278063	E	FZF1
GO:0007024	11,9	alpha-tubulin folding	2	0.0003	1	0.0110	0.0278063	E	PAC2
GO:0046655	7,9,8	folic acid metabolism	2	0.0003	1	0.0110	0.0278063	E	FSH3
GO:0042558	6	pteridine and derivative metabolism	2	0.0003	1	0.0110	0.0278063	E	FSH3
GO:0009314	5	response to radiation	2	0.0003	1	0.0110	0.0278063	E	RAD61
GO:0006434	10,11,9	seryl-tRNA aminoacylation	2	0.0003	1	0.0110	0.0278063	E	DIA4
GO:0000358	11,12,13,14	formation of catalytic U2-type spliceosome for second transesterification step	2	0.0003	1	0.0110	0.0278063	E	PRP16
GO:0006424	10,11,9	glutamyl-tRNA aminoacylation	2	0.0003	1	0.0110	0.0278063	E	MSE1
GO:0015849	5,6	organic acid transport	51	0.0079	3	0.0330	0.0291469	E	PDR12,ALP1,RHB1
GO:0016567	9	protein ubiquitination	51	0.0079	3	0.0330	0.0291469	E	TOM1,UBC12,APC11
GO:0006996	5	organelle organization and biogenesis	1017	0.1576	20	0.2198	0.0297522	E	RAT1,MYO1,DSK2,SLA2,MTG1,FZO1,TOM1,PRM3,HOS1,NAT3,PNT1,ATS1,DBP6,APC11,SPO7,SIR3,PAC2,PRM9,DAD2,HKR1
GO:0007010	6	cytoskeleton organization and biogenesis	290	0.0449	8	0.0879	0.0306487	E	MYO1,SLA2,NAT3,ATS1,APC11,PAC2,DAD2,HKR1
GO:0006513	10	protein monoubiquitination	22	0.0034	2	0.0220	0.0343936	E	TOM1,UBC12
GO:0006555	8,9,7	methionine metabolism	23	0.0036	2	0.0220	0.0371479	E	MET16,MET2
GO:0007017	7	microtubule-based process	100	0.0155	4	0.0440	0.0390156	E	ATS1,APC11,PAC2,DAD2
GO:0006461	7	protein complex assembly	148	0.0229	5	0.0549	0.0395868	E	MTG1,ATP11,DBP6,SSP1,CBP3
GO:0051340	4	regulation of ligase activity	3	0.0005	1	0.0110	0.0411276	E	DCN1
GO:0051438	5	regulation of ubiquitin ligase activity	3	0.0005	1	0.0110	0.0411276	E	DCN1
GO:0051351	5	positive regulation of ligase activity	3	0.0005	1	0.0110	0.0411276	E	DCN1
GO:0051443	6	positive regulation of ubiquitin ligase activity	3	0.0005	1	0.0110	0.0411276	E	DCN1
GO:0018206	9	peptidyl-methionine modification	3	0.0005	1	0.0110	0.0411276	E	NAT3
GO:0017196	12,10	N-terminal peptidyl-methionine acetylation	3	0.0005	1	0.0110	0.0411276	E	NAT3
GO:0006390	8	transcription from mitochondrial promoter	3	0.0005	1	0.0110	0.0411276	E	MTF1
GO:0006464	7	protein modification	431	0.0668	10	0.1099	0.0416563	E	PPT2,MNT4,TOM1,HOS1,IMP2,NAT3,DBF4,UBC12,APC11,DCN1
GO:0007059	4	chromosome segregation	104	0.0161	4	0.0440	0.0432954	E	CHL1,APC11,REC8,CSM4
GO:0000282	7,9,10,8	bud site selection	65	0.0101	3	0.0330	0.0503573	E	MYO1,SLA2,HKR1
GO:0007105	6	cytokinesis, site selection	65	0.0101	3	0.0330	0.0503573	E	MYO1,SLA2,HKR1
GO:0007062	5	sister chromatid cohesion	28	0.0043	2	0.0220	0.0517648	E	CHL1,REC8
GO:0006075	10,9,11,8	beta-1,3 glucan biosynthesis	4	0.0006	1	0.0110	0.0540717	E	HKR1
GO:0000350	11,13	formation of catalytic spliceosome for second transesterification step	4	0.0006	1	0.0110	0.0540717	E	PRP16
GO:0008053	7	mitochondrial fusion	4	0.0006	1	0.0110	0.0540717	E	FZO1
GO:0018065	8	protein-cofactor linkage	4	0.0006	1	0.0110	0.0540717	E	PPT2
GO:0006074	9,10	beta-1,3 glucan metabolism	4	0.0006	1	0.0110	0.0540717	E	HKR1
GO:0007023	11,9	post-chaperonin tubulin folding pathway	4	0.0006	1	0.0110	0.0540717	E	PAC2
GO:0000755	7,5	cytogamy	4	0.0006	1	0.0110	0.0540717	E	FIG2
GO:0044237	4	cellular metabolism	3376	0.5231	52	0.5714	0.0549692	E	MET16,CYT1,RAT1,AAD6,MPE1,FZF1,PRP8,PDR12,DSK2,DIA4,MET2,PPT2,MSH5,SPS19,MNT4,MTG1,NAM9,TOM1,SYF2,UNG1,HOS1,HEM4,DCI1,ATP11,IMP2,NAT3,DBF4,SKI3,REV1,NCR1,UBC12,SRB2,EHD3,MRPL44,MSE1,TOS3,PRP16,GAT4,DBP6,PPA2,YAP3,TFC7,APC11,DCN1,SIR3,PAC2,MTF1,SSP1,HKR1,FSH3,CBP3,RPI1
GO:0006512	8	ubiquitin cycle	69	0.0107	3	0.0330	0.0571428	E	TOM1,UBC12,APC11
GO:0006418	9,10,8	tRNA aminoacylation for protein translation	30	0.0046	2	0.0220	0.0579319	E	DIA4,MSE1
GO:0043039	8,9	tRNA aminoacylation	30	0.0046	2	0.0220	0.0579319	E	DIA4,MSE1
GO:0043038	7,8	amino acid activation	30	0.0046	2	0.0220	0.0579319	E	DIA4,MSE1
GO:0008152	3	metabolism	3427	0.5310	52	0.5714	0.0625926	E	MET16,CYT1,RAT1,AAD6,MPE1,FZF1,PRP8,PDR12,DSK2,DIA4,MET2,PPT2,MSH5,SPS19,MNT4,MTG1,NAM9,TOM1,SYF2,UNG1,HOS1,HEM4,DCI1,ATP11,IMP2,NAT3,DBF4,SKI3,REV1,NCR1,UBC12,SRB2,EHD3,MRPL44,MSE1,TOS3,PRP16,GAT4,DBP6,PPA2,YAP3,TFC7,APC11,DCN1,SIR3,PAC2,MTF1,SSP1,HKR1,FSH3,CBP3,RPI1
GO:0001403	4	invasive growth (sensu Saccharomyces)	32	0.0050	2	0.0220	0.0642379	E	DIA4,DIA1
GO:0000096	7,8,6	sulfur amino acid metabolism	32	0.0050	2	0.0220	0.0642379	E	MET16,MET2
GO:0051301	4	cell division	123	0.0191	4	0.0440	0.0657481	E	MYO1,SLA2,ATS1,HKR1
GO:0044242	6,7	cellular lipid catabolism	5	0.0008	1	0.0110	0.0666466	E	SPS19
GO:0006627	11,9,10	mitochondrial protein processing	5	0.0008	1	0.0110	0.0666466	E	IMP2
GO:0009086	9,10,8	methionine biosynthesis	5	0.0008	1	0.0110	0.0666466	E	MET2
GO:0016042	5,6	lipid catabolism	5	0.0008	1	0.0110	0.0666466	E	SPS19
GO:0019541	7	propionate metabolism	5	0.0008	1	0.0110	0.0666466	E	PDR12
GO:0019954	3	asexual reproduction	77	0.0119	3	0.0330	0.0713921	E	MYO1,SLA2,ATS1
GO:0007114	5,4	cell budding	77	0.0119	3	0.0330	0.0713921	E	MYO1,SLA2,ATS1
GO:0048518	3	positive regulation of biological process	78	0.0121	3	0.0330	0.0732232	E	FZF1,DCN1,SIR3
GO:0016071	7	mRNA metabolism	185	0.0287	5	0.0549	0.0735849	E	MPE1,PRP8,SYF2,SKI3,PRP16
GO:0051179	3	localization	991	0.1535	17	0.1868	0.0741840	E	CYT1,MON1,FZF1,PDR12,SLA2,HXT4,COG6,TOM1,IMP2,NAT3,ALP1,TEX1,MIP6,EHD3,RHB1,HOL1,APL6
GO:0006810	4,5	transport	924	0.1432	16	0.1758	0.0754504	E	CYT1,MON1,FZF1,PDR12,SLA2,HXT4,COG6,TOM1,IMP2,ALP1,TEX1,MIP6,EHD3,RHB1,HOL1,APL6
GO:0006397	8	mRNA processing	132	0.0205	4	0.0440	0.0772522	E	MPE1,PRP8,SYF2,PRP16
GO:0043283	5	biopolymer metabolism	1593	0.2468	25	0.2747	0.0778830	E	RAT1,MPE1,PRP8,DSK2,DIA4,PPT2,MSH5,MNT4,TOM1,SYF2,UNG1,HOS1,IMP2,NAT3,DBF4,SKI3,REV1,UBC12,MSE1,PRP16,DBP6,APC11,DCN1,SIR3,HKR1
GO:0045026	4	plasma membrane fusion	6	0.0009	1	0.0110	0.0788598	E	FIG2
GO:0009092	8,9	homoserine metabolism	6	0.0009	1	0.0110	0.0788598	E	MET2
GO:0031365	9	N-terminal protein amino acid modification	6	0.0009	1	0.0110	0.0788598	E	NAT3
GO:0006474	11,9	N-terminal protein amino acid acetylation	6	0.0009	1	0.0110	0.0788598	E	NAT3
GO:0015807	7,8,9	L-amino acid transport	6	0.0009	1	0.0110	0.0788598	E	RHB1
GO:0018409	10	peptide or protein amino-terminal blocking	6	0.0009	1	0.0110	0.0788598	E	NAT3
GO:0006865	6,7,8	amino acid transport	37	0.0057	2	0.0220	0.0804396	E	ALP1,RHB1
GO:0030471	4	spindle pole body and microtubule cycle (sensu Fungi)	37	0.0057	2	0.0220	0.0804396	E	DSK2,DAD2
GO:0051234	4	establishment of localization	942	0.1460	16	0.1758	0.0805197	E	CYT1,MON1,FZF1,PDR12,SLA2,HXT4,COG6,TOM1,IMP2,ALP1,TEX1,MIP6,EHD3,RHB1,HOL1,APL6
GO:0044238	4	primary metabolism	3152	0.4884	45	0.4945	0.0834310	E	MET16,RAT1,MPE1,FZF1,PRP8,DSK2,DIA4,MET2,PPT2,MSH5,SPS19,MNT4,MTG1,NAM9,TOM1,SYF2,UNG1,HOS1,DCI1,ATP11,IMP2,NAT3,DBF4,SKI3,REV1,NCR1,UBC12,SRB2,EHD3,MRPL44,MSE1,TOS3,PRP16,GAT4,DBP6,YAP3,TFC7,APC11,DCN1,SIR3,PAC2,MTF1,SSP1,HKR1,CBP3
GO:0044260	5	cellular macromolecule metabolism	1448	0.2244	22	0.2418	0.0905748	E	DSK2,DIA4,PPT2,MNT4,MTG1,NAM9,TOM1,HOS1,ATP11,IMP2,NAT3,DBF4,UBC12,MRPL44,MSE1,DBP6,APC11,DCN1,PAC2,SSP1,HKR1,CBP3
GO:0043085	4	positive regulation of enzyme activity	7	0.0011	1	0.0110	0.0907189	E	DCN1
GO:0009613	6,5	response to pest, pathogen or parasite	7	0.0011	1	0.0110	0.0907189	E	SKI3
GO:0009615	7,6	response to virus	7	0.0011	1	0.0110	0.0907189	E	SKI3
GO:0009607	4	response to biotic stimulus	7	0.0011	1	0.0110	0.0907189	E	SKI3
GO:0043331	6	response to dsRNA	7	0.0011	1	0.0110	0.0907189	E	SKI3
GO:0043207	5	response to external biotic stimulus	7	0.0011	1	0.0110	0.0907189	E	SKI3
GO:0043330	7,8	response to exogenous dsRNA	7	0.0011	1	0.0110	0.0907189	E	SKI3
GO:0000902	5,4	cellular morphogenesis	144	0.0223	4	0.0440	0.0929948	E	MYO1,SLA2,FIG2,HKR1
GO:0009653	3	morphogenesis	144	0.0223	4	0.0440	0.0929948	E	MYO1,SLA2,FIG2,HKR1
GO:0044267	6	cellular protein metabolism	1400	0.2169	21	0.2308	0.0945922	E	DSK2,DIA4,PPT2,MNT4,MTG1,NAM9,TOM1,HOS1,ATP11,IMP2,NAT3,DBF4,UBC12,MRPL44,MSE1,DBP6,APC11,DCN1,PAC2,SSP1,CBP3
GO:0007067	7	mitosis	146	0.0226	4	0.0440	0.0956339	E	TOM1,CHL1,APC11,DAD2
GO:0019538	5	protein metabolism	1424	0.2206	21	0.2308	0.0968898	E	DSK2,DIA4,PPT2,MNT4,MTG1,NAM9,TOM1,HOS1,ATP11,IMP2,NAT3,DBF4,UBC12,MRPL44,MSE1,DBP6,APC11,DCN1,PAC2,SSP1,CBP3
GO:0007052	8,10	mitotic spindle organization and biogenesis	42	0.0065	2	0.0220	0.0969754	E	APC11,DAD2
GO:0000087	6	M phase of mitotic cell cycle	148	0.0229	4	0.0440	0.0982717	E	TOM1,CHL1,APC11,DAD2
GO:0006350	6	transcription	484	0.0750	9	0.0989	0.0988366	E	RAT1,FZF1,HOS1,SRB2,GAT4,YAP3,TFC7,SIR3,MTF1
GO:0007051	9	spindle organization and biogenesis	43	0.0067	2	0.0220	0.1002942	E	APC11,DAD2
GO:0051274	10,9,8	beta-glucan biosynthesis	8	0.0012	1	0.0110	0.1022314	E	HKR1
GO:0001308	8,12,11,7,6	loss of chromatin silencing during replicative cell aging	8	0.0012	1	0.0110	0.1022314	E	SIR3
GO:0000393	10,12	spliceosomal conformational changes to generate catalytic conformation	8	0.0012	1	0.0110	0.1022314	E	PRP16
GO:0006275	9,8	regulation of DNA replication	8	0.0012	1	0.0110	0.1022314	E	DBF4
GO:0043412	6	biopolymer modification	567	0.0879	10	0.1099	0.1030117	E	PPT2,MNT4,TOM1,HOS1,IMP2,NAT3,DBF4,UBC12,APC11,DCN1
GO:0007005	6	mitochondrion organization and biogenesis	95	0.0147	3	0.0330	0.1051589	E	FZO1,NAT3,PNT1
GO:0009066	7,8	aspartate family amino acid metabolism	45	0.0070	2	0.0220	0.1069251	E	MET16,MET2
GO:0000910	5	cytokinesis	97	0.0150	3	0.0330	0.1089365	E	MYO1,SLA2,HKR1
GO:0000398	9,11	nuclear mRNA splicing, via spliceosome	97	0.0150	3	0.0330	0.1089365	E	PRP8,SYF2,PRP16
GO:0043161	11,12	proteasomal ubiquitin-dependent protein catabolism	46	0.0071	2	0.0220	0.1102330	E	DSK2,APC11
GO:0000377	10	RNA splicing, via transesterification reactions with bulged adenosine as nucleophile	98	0.0152	3	0.0330	0.1108210	E	PRP8,SYF2,PRP16
GO:0006345	11,10,5	loss of chromatin silencing	9	0.0014	1	0.0110	0.1134045	E	SIR3
GO:0006374	10,12	nuclear mRNA splicing via U2-type spliceosome	9	0.0014	1	0.0110	0.1134045	E	PRP16
GO:0000097	8,9,7	sulfur amino acid biosynthesis	9	0.0014	1	0.0110	0.1134045	E	MET2
GO:0006122	9,11,8	mitochondrial electron transport, ubiquinol to cytochrome c	9	0.0014	1	0.0110	0.1134045	E	CYT1
GO:0045815	4	positive regulation of gene expression, epigenetic	9	0.0014	1	0.0110	0.1134045	E	SIR3
GO:0051273	8,9	beta-glucan metabolism	9	0.0014	1	0.0110	0.1134045	E	HKR1
GO:0001304	7,6	progressive alteration of chromatin during replicative cell aging	9	0.0014	1	0.0110	0.1134045	E	SIR3
GO:0007129	9	synapsis	9	0.0014	1	0.0110	0.1134045	E	HOP2
GO:0006760	6,8,7	folic acid and derivative metabolism	9	0.0014	1	0.0110	0.1134045	E	FSH3
GO:0016050	6	vesicle organization and biogenesis	9	0.0014	1	0.0110	0.1134045	E	PRM9
GO:0006351	7	transcription, DNA-dependent	441	0.0683	8	0.0879	0.1140773	E	RAT1,FZF1,HOS1,SRB2,YAP3,TFC7,SIR3,MTF1
GO:0015837	5,6	amine transport	48	0.0074	2	0.0220	0.1168238	E	ALP1,RHB1
GO:0007124	4	pseudohyphal growth	48	0.0074	2	0.0220	0.1168238	E	DIA4,DIA1
GO:0030010	7,8,6	establishment of cell polarity	103	0.0160	3	0.0330	0.1201787	E	MYO1,SLA2,HKR1
GO:0030468	8,9,7	establishment of cell polarity (sensu Fungi)	103	0.0160	3	0.0330	0.1201787	E	MYO1,SLA2,HKR1
GO:0016070	6	RNA metabolism	539	0.0835	9	0.0989	0.1221993	E	RAT1,MPE1,PRP8,DIA4,SYF2,SKI3,MSE1,PRP16,DBP6
GO:0046942	6,7	carboxylic acid transport	50	0.0077	2	0.0220	0.1233688	E	ALP1,RHB1
GO:0000375	9	RNA splicing, via transesterification reactions	105	0.0163	3	0.0330	0.1238820	E	PRP8,SYF2,PRP16
GO:0006791	6	sulfur utilization	10	0.0015	1	0.0110	0.1242454	E	MET16
GO:0030846	10	transcription termination from Pol II promoter, RNA polymerase(A) coupled	10	0.0015	1	0.0110	0.1242454	E	RAT1
GO:0001301	6,5	progressive alteration of chromatin during cell aging	10	0.0015	1	0.0110	0.1242454	E	SIR3
GO:0000103	7	sulfate assimilation	10	0.0015	1	0.0110	0.1242454	E	MET16
GO:0007021	10,8	tubulin folding	10	0.0015	1	0.0110	0.1242454	E	PAC2
GO:0007163	6,7,5	establishment and/or maintenance of cell polarity	107	0.0166	3	0.0330	0.1275567	E	MYO1,SLA2,HKR1
GO:0030467	7,8,6	establishment and/or maintenance of cell polarity (sensu Fungi)	107	0.0166	3	0.0330	0.1275567	E	MYO1,SLA2,HKR1
GO:0006913	8,6,7	nucleocytoplasmic transport	109	0.0169	3	0.0330	0.1311989	E	TOM1,TEX1,MIP6
GO:0045132	8,5	meiotic chromosome segregation	11	0.0017	1	0.0110	0.1347612	E	CSM4
GO:0006384	9	transcription initiation from RNA polymerase III promoter	11	0.0017	1	0.0110	0.1347612	E	TFC7
GO:0040007	2	growth	113	0.0175	3	0.0330	0.1383719	E	DIA4,ATS1,DIA1
GO:0000070	8,6	mitotic sister chromatid segregation	55	0.0085	2	0.0220	0.1394428	E	CHL1,APC11
GO:0000819	5	sister chromatid segregation	55	0.0085	2	0.0220	0.1394428	E	CHL1,APC11
GO:0006520	6,7	amino acid metabolism	182	0.0282	4	0.0440	0.1410346	E	MET16,DIA4,MET2,MSE1
GO:0007127	8	meiosis I	56	0.0087	2	0.0220	0.1425961	E	HOP2,MSH5
GO:0051641	5,4	cellular localization	521	0.0807	8	0.0879	0.1427339	E	MON1,COG6,TOM1,IMP2,NAT3,TEX1,MIP6,APL6
GO:0008054	6,12,13	cyclin catabolism	12	0.0019	1	0.0110	0.1449586	E	APC11
GO:0007103	9,6	spindle pole body duplication in nuclear envelope	12	0.0019	1	0.0110	0.1449586	E	DSK2
GO:0000741	7	karyogamy	12	0.0019	1	0.0110	0.1449586	E	PRM3
GO:0006790	5	sulfur metabolism	57	0.0088	2	0.0220	0.1457257	E	MET16,MET2
GO:0050896	3	response to stimulus	549	0.0851	8	0.0879	0.1465192	E	WAR1,MYO1,FIG2,UNG1,SKI3,REV1,SIR3,RAD61
GO:0006396	7	RNA processing	346	0.0536	6	0.0659	0.1472956	E	RAT1,MPE1,PRP8,SYF2,PRP16,DBP6
GO:0045893	9	positive regulation of transcription, DNA-dependent	59	0.0091	2	0.0220	0.1519088	E	FZF1,SIR3
GO:0051300	7	spindle pole body organization and biogenesis	13	0.0020	1	0.0110	0.1548446	E	DSK2
GO:0031110	10,6	regulation of microtubule polymerization or depolymerization	13	0.0020	1	0.0110	0.1548446	E	DAD2
GO:0006476	8	protein amino acid deacetylation	13	0.0020	1	0.0110	0.1548446	E	HOS1
GO:0007007	7,8	inner mitochondrial membrane organization and biogenesis	13	0.0020	1	0.0110	0.1548446	E	PNT1
GO:0031023	6	microtubule organizing center organization and biogenesis	13	0.0020	1	0.0110	0.1548446	E	DSK2
GO:0030474	8,5	spindle pole body duplication	13	0.0020	1	0.0110	0.1548446	E	DSK2
GO:0046907	7,5,6	intracellular transport	488	0.0756	7	0.0769	0.1560213	E	MON1,COG6,TOM1,IMP2,TEX1,MIP6,APL6
GO:0006519	5	amino acid and derivative metabolism	197	0.0305	4	0.0440	0.1573661	E	MET16,DIA4,MET2,MSE1
GO:0016192	5,6	vesicle-mediated transport	282	0.0437	5	0.0549	0.1599272	E	MON1,SLA2,COG6,EHD3,APL6
GO:0008380	8	RNA splicing	126	0.0195	3	0.0330	0.1603815	E	PRP8,SYF2,PRP16
GO:0006406	11,9,10,8	mRNA export from nucleus	62	0.0096	2	0.0220	0.1609763	E	TEX1,MIP6
GO:0051028	8,7,9	mRNA transport	62	0.0096	2	0.0220	0.1609763	E	TEX1,MIP6
GO:0031109	9	microtubule polymerization or depolymerization	14	0.0022	1	0.0110	0.1644256	E	DAD2
GO:0006779	7	porphyrin biosynthesis	14	0.0022	1	0.0110	0.1644256	E	HEM4
GO:0006783	8,7	heme biosynthesis	14	0.0022	1	0.0110	0.1644256	E	HEM4
GO:0046148	6	pigment biosynthesis	14	0.0022	1	0.0110	0.1644256	E	HEM4
GO:0048278	6,7	vesicle docking	14	0.0022	1	0.0110	0.1644256	E	MON1
GO:0042255	7,8	ribosome assembly	64	0.0099	2	0.0220	0.1668710	E	MTG1,DBP6
GO:0044255	5,6	cellular lipid metabolism	208	0.0322	4	0.0440	0.1679046	E	SPS19,DCI1,NCR1,EHD3
GO:0045941	8	positive regulation of transcription	65	0.0101	2	0.0220	0.1697706	E	FZF1,SIR3
GO:0009628	4	response to abiotic stimulus	301	0.0466	5	0.0549	0.1700339	E	WAR1,MYO1,FIG2,SKI3,RAD61
GO:0045935	7	positive regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	66	0.0102	2	0.0220	0.1726371	E	FZF1,SIR3
GO:0044272	6	sulfur compound biosynthesis	15	0.0023	1	0.0110	0.1737083	E	MET2
GO:0006369	9	transcription termination from RNA polymerase II promoter	15	0.0023	1	0.0110	0.1737083	E	RAT1
GO:0031145	12,13	anaphase-promoting complex-dependent proteasomal ubiquitin-dependent protein catabolism	15	0.0023	1	0.0110	0.1737083	E	APC11
GO:0042168	7,6	heme metabolism	15	0.0023	1	0.0110	0.1737083	E	HEM4
GO:0006379	9	mRNA cleavage	15	0.0023	1	0.0110	0.1737083	E	MPE1
GO:0051278	9,8,7	cell wall polysaccharide biosynthesis (sensu Fungi)	15	0.0023	1	0.0110	0.1737083	E	HKR1
GO:0042440	5	pigment metabolism	15	0.0023	1	0.0110	0.1737083	E	HEM4
GO:0006778	6	porphyrin metabolism	15	0.0023	1	0.0110	0.1737083	E	HEM4
GO:0007091	8	mitotic metaphase/anaphase transition	15	0.0023	1	0.0110	0.1737083	E	APC11
GO:0009308	5	amine metabolism	218	0.0338	4	0.0440	0.1763008	E	MET16,DIA4,MET2,MSE1
GO:0031325	6	positive regulation of cellular metabolism	68	0.0105	2	0.0220	0.1782678	E	FZF1,SIR3
GO:0009893	5	positive regulation of metabolism	68	0.0105	2	0.0220	0.1782678	E	FZF1,SIR3
GO:0006629	5	lipid metabolism	222	0.0344	4	0.0440	0.1793269	E	SPS19,DCI1,NCR1,EHD3
GO:0006897	6,7	endocytosis	69	0.0107	2	0.0220	0.1810306	E	SLA2,EHD3
GO:0006365	9	35S primary transcript processing	69	0.0107	2	0.0220	0.1810306	E	RAT1,DBP6
GO:0045229	5	external encapsulating structure organization and biogenesis	141	0.0218	3	0.0330	0.1825929	E	SLA2,SPS22,HKR1
GO:0007047	6	cell wall organization and biogenesis	141	0.0218	3	0.0330	0.1825929	E	SLA2,SPS22,HKR1
GO:0000753	7,8,6	cellular morphogenesis during conjugation with cellular fusion	16	0.0025	1	0.0110	0.1826990	E	FIG2
GO:0015698	7,8	inorganic anion transport	16	0.0025	1	0.0110	0.1826990	E	FZF1
GO:0007265	7	Ras protein signal transduction	16	0.0025	1	0.0110	0.1826990	E	RPI1
GO:0006493	10,9	protein amino acid O-linked glycosylation	16	0.0025	1	0.0110	0.1826990	E	MNT4
GO:0051231	10	spindle elongation	16	0.0025	1	0.0110	0.1826990	E	APC11
GO:0000022	9,11	mitotic spindle elongation	16	0.0025	1	0.0110	0.1826990	E	APC11
GO:0000278	5	mitotic cell cycle	231	0.0358	4	0.0440	0.1854206	E	TOM1,CHL1,APC11,DAD2
GO:0046483	5	heterocycle metabolism	71	0.0110	2	0.0220	0.1864477	E	HEM4,FSH3
GO:0043119	4	positive regulation of physiological process	71	0.0110	2	0.0220	0.1864477	E	FZF1,SIR3
GO:0051242	5	positive regulation of cellular physiological process	71	0.0110	2	0.0220	0.1864477	E	FZF1,SIR3
GO:0048522	4	positive regulation of cellular process	71	0.0110	2	0.0220	0.1864477	E	FZF1,SIR3
GO:0006807	4	nitrogen compound metabolism	236	0.0366	4	0.0440	0.1883725	E	MET16,DIA4,MET2,MSE1
GO:0006405	10,8,9,7	RNA export from nucleus	72	0.0112	2	0.0220	0.1891008	E	TEX1,MIP6
GO:0050657	6,7	nucleic acid transport	72	0.0112	2	0.0220	0.1891008	E	TEX1,MIP6
GO:0051236	5	establishment of RNA localization	72	0.0112	2	0.0220	0.1891008	E	TEX1,MIP6
GO:0050658	7,6,8	RNA transport	72	0.0112	2	0.0220	0.1891008	E	TEX1,MIP6
GO:0018193	8	peptidyl-amino acid modification	17	0.0026	1	0.0110	0.1914040	E	NAT3
GO:0006353	8	transcription termination	17	0.0026	1	0.0110	0.1914040	E	RAT1
GO:0006820	6,7	anion transport	17	0.0026	1	0.0110	0.1914040	E	FZF1
GO:0006281	7,6	DNA repair	150	0.0232	3	0.0330	0.1939806	E	UNG1,REV1,SIR3
GO:0006766	5	vitamin metabolism	74	0.0115	2	0.0220	0.1942934	E	FSH3,RPI1
GO:0006767	6	water-soluble vitamin metabolism	74	0.0115	2	0.0220	0.1942934	E	FSH3,RPI1
GO:0006896	10,9,8,7	Golgi to vacuole transport	18	0.0028	1	0.0110	0.1998295	E	APL6
GO:0000767	6,5	cellular morphogenesis during conjugation	18	0.0028	1	0.0110	0.1998295	E	FIG2
GO:0006378	10	mRNA polyadenylylation	18	0.0028	1	0.0110	0.1998295	E	MPE1
GO:0009067	8,9	aspartate family amino acid biosynthesis	18	0.0028	1	0.0110	0.1998295	E	MET2
GO:0019748	4	secondary metabolism	18	0.0028	1	0.0110	0.1998295	E	HEM4
GO:0006366	8	transcription from RNA polymerase II promoter	277	0.0429	4	0.0440	0.2010139	E	RAT1,FZF1,SRB2,YAP3
GO:0007006	6,7	mitochondrial membrane organization and biogenesis	19	0.0029	1	0.0110	0.2079815	E	PNT1
GO:0009250	9,8,7	glucan biosynthesis	19	0.0029	1	0.0110	0.2079815	E	HKR1
GO:0006081	5	aldehyde metabolism	19	0.0029	1	0.0110	0.2079815	E	AAD6
GO:0006303	9,8	double-strand break repair via nonhomologous end-joining	19	0.0029	1	0.0110	0.2079815	E	SIR3
GO:0007064	9,6,7	mitotic sister chromatid cohesion	19	0.0029	1	0.0110	0.2079815	E	CHL1
GO:0009228	8,9	thiamin biosynthesis	19	0.0029	1	0.0110	0.2079815	E	RPI1
GO:0006261	8	DNA-dependent DNA replication	80	0.0124	2	0.0220	0.2089296	E	DBF4,REV1
GO:0015931	5,6	nucleobase, nucleoside, nucleotide and nucleic acid transport	80	0.0124	2	0.0220	0.2089296	E	TEX1,MIP6
GO:0006403	4	RNA localization	83	0.0129	2	0.0220	0.2157008	E	TEX1,MIP6
GO:0030433	10,12,11,13	ER-associated protein catabolism	20	0.0031	1	0.0110	0.2158660	E	DSK2
GO:0042724	8	thiamin and derivative biosynthesis	20	0.0031	1	0.0110	0.2158660	E	RPI1
GO:0042546	7,6	cell wall biosynthesis	20	0.0031	1	0.0110	0.2158660	E	HKR1
GO:0009272	8,7	cell wall biosynthesis (sensu Fungi)	20	0.0031	1	0.0110	0.2158660	E	HKR1
GO:0006772	8	thiamin metabolism	20	0.0031	1	0.0110	0.2158660	E	RPI1
GO:0009060	8	aerobic respiration	84	0.0130	2	0.0220	0.2178750	E	DIA4,PPA2
GO:0006974	5	response to DNA damage stimulus	177	0.0274	3	0.0330	0.2185543	E	UNG1,REV1,SIR3
GO:0009719	4	response to endogenous stimulus	183	0.0284	3	0.0330	0.2220403	E	UNG1,REV1,SIR3
GO:0051168	9,7,8	nuclear export	86	0.0133	2	0.0220	0.2220983	E	TEX1,MIP6
GO:0006891	9,7,6,8	intra-Golgi transport	21	0.0033	1	0.0110	0.2234887	E	COG6
GO:0051052	7	regulation of DNA metabolism	21	0.0033	1	0.0110	0.2234887	E	DBF4
GO:0031505	7	cell wall organization and biogenesis (sensu Fungi)	21	0.0033	1	0.0110	0.2234887	E	HKR1
GO:0015749	6,7	monosaccharide transport	21	0.0033	1	0.0110	0.2234887	E	HXT4
GO:0008645	7,8	hexose transport	21	0.0033	1	0.0110	0.2234887	E	HXT4
GO:0030447	3	filamentous growth	87	0.0135	2	0.0220	0.2241470	E	DIA4,DIA1
GO:0045333	7	cellular respiration	89	0.0138	2	0.0220	0.2281182	E	DIA4,PPA2
GO:0045045	5,6	secretory pathway	202	0.0313	3	0.0330	0.2285734	E	SLA2,COG6,APL6
GO:0046903	5	secretion	209	0.0324	3	0.0330	0.2293576	E	SLA2,COG6,APL6
GO:0051128	5	regulation of cell organization and biogenesis	22	0.0034	1	0.0110	0.2308555	E	DAD2
GO:0042723	7	thiamin and derivative metabolism	22	0.0034	1	0.0110	0.2308555	E	RPI1
GO:0007120	6,8,10,11,9,5	axial bud site selection	22	0.0034	1	0.0110	0.2308555	E	MYO1
GO:0006515	9,10	misfolded or incompletely synthesized protein catabolism	22	0.0034	1	0.0110	0.2308555	E	DSK2
GO:0009069	7,8	serine family amino acid metabolism	22	0.0034	1	0.0110	0.2308555	E	MET2
GO:0030472	9,11,5	mitotic spindle organization and biogenesis in nucleus	24	0.0037	1	0.0110	0.2448433	E	DAD2
GO:0051169	8,6,7	nuclear transport	103	0.0160	2	0.0220	0.2512001	E	TEX1,MIP6
GO:0006399	7	tRNA metabolism	103	0.0160	2	0.0220	0.2512001	E	DIA4,MSE1
GO:0006260	7	DNA replication	103	0.0160	2	0.0220	0.2512001	E	DBF4,REV1
GO:0050790	3	regulation of enzyme activity	25	0.0039	1	0.0110	0.2514753	E	DCN1
GO:0051646	6,5	mitochondrion localization	25	0.0039	1	0.0110	0.2514753	E	NAT3
GO:0000001	8,7	mitochondrion inheritance	25	0.0039	1	0.0110	0.2514753	E	NAT3
GO:0042775	8,10,7	ATP synthesis coupled electron transport (sensu Eukaryota)	25	0.0039	1	0.0110	0.2514753	E	CYT1
GO:0048311	7,6	mitochondrion distribution	25	0.0039	1	0.0110	0.2514753	E	NAT3
GO:0006270	9	DNA replication initiation	25	0.0039	1	0.0110	0.2514753	E	DBF4
GO:0042773	7,9,6	ATP synthesis coupled electron transport	25	0.0039	1	0.0110	0.2514753	E	CYT1
GO:0009605	4	response to external stimulus	27	0.0042	1	0.0110	0.2640418	E	SKI3
GO:0006511	10,11	ubiquitin-dependent protein catabolism	121	0.0187	2	0.0220	0.2692013	E	DSK2,APC11
GO:0019941	9,10	modification-dependent protein catabolism	121	0.0187	2	0.0220	0.2692013	E	DSK2,APC11
GO:0000271	8,7,6	polysaccharide biosynthesis	28	0.0043	1	0.0110	0.2699867	E	HKR1
GO:0043284	7,5,6	biopolymer biosynthesis	28	0.0043	1	0.0110	0.2699867	E	HKR1
GO:0000726	8,7	non-recombinational repair	28	0.0043	1	0.0110	0.2699867	E	SIR3
GO:0044257	7,8	cellular protein catabolism	123	0.0191	2	0.0220	0.2704465	E	DSK2,APC11
GO:0051603	8,9	proteolysis during cellular protein catabolism	123	0.0191	2	0.0220	0.2704465	E	DSK2,APC11
GO:0048193	8,6,7	Golgi vesicle transport	141	0.0218	2	0.0220	0.2756384	E	COG6,APL6
GO:0006665	7,8	sphingolipid metabolism	29	0.0045	1	0.0110	0.2757127	E	NCR1
GO:0007117	6,4,5	budding cell bud growth	30	0.0046	1	0.0110	0.2812248	E	ATS1
GO:0048590	3	non-developmental growth	30	0.0046	1	0.0110	0.2812248	E	ATS1
GO:0006118	6,5	electron transport	31	0.0048	1	0.0110	0.2865276	E	CYT1
GO:0007121	6,8,10,11,9,5	bipolar bud site selection	32	0.0050	1	0.0110	0.2916261	E	SLA2
GO:0030004	7	monovalent inorganic cation homeostasis	32	0.0050	1	0.0110	0.2916261	E	NHA1
GO:0016044	5	membrane organization and biogenesis	32	0.0050	1	0.0110	0.2916261	E	PNT1
GO:0016485	8	protein processing	32	0.0050	1	0.0110	0.2916261	E	IMP2
GO:0007020	9	microtubule nucleation	33	0.0051	1	0.0110	0.2965247	E	PAC2
GO:0001302	6,5	replicative cell aging	33	0.0051	1	0.0110	0.2965247	E	SIR3
GO:0008643	5,6	carbohydrate transport	34	0.0053	1	0.0110	0.3012281	E	HXT4
GO:0006887	6,7	exocytosis	36	0.0056	1	0.0110	0.3100670	E	SLA2
GO:0006914	4	autophagy	36	0.0056	1	0.0110	0.3100670	E	MON1
GO:0048308	6	organelle inheritance	38	0.0059	1	0.0110	0.3181773	E	NAT3
GO:0009110	6	vitamin biosynthesis	38	0.0059	1	0.0110	0.3181773	E	RPI1
GO:0006383	8	transcription from RNA polymerase III promoter	38	0.0059	1	0.0110	0.3181773	E	TFC7
GO:0042364	7	water-soluble vitamin biosynthesis	38	0.0059	1	0.0110	0.3181773	E	RPI1
GO:0006473	8	protein amino acid acetylation	38	0.0059	1	0.0110	0.3181773	E	NAT3
GO:0007131	9,8	meiotic recombination	39	0.0060	1	0.0110	0.3219697	E	MSH5
GO:0006073	7,8	glucan metabolism	39	0.0060	1	0.0110	0.3219697	E	HKR1
GO:0000027	9,10	ribosomal large subunit assembly and maintenance	39	0.0060	1	0.0110	0.3219697	E	DBP6
GO:0006302	8,7	double-strand break repair	41	0.0064	1	0.0110	0.3290494	E	SIR3
GO:0007569	5,4	cell aging	41	0.0064	1	0.0110	0.3290494	E	SIR3
GO:0007568	3,4	aging	42	0.0065	1	0.0110	0.3323444	E	SIR3
GO:0006752	7	group transfer coenzyme metabolism	44	0.0068	1	0.0110	0.3384642	E	FSH3
GO:0008219	4	cell death	46	0.0071	1	0.0110	0.3439815	E	SIR3
GO:0006119	6,8	oxidative phosphorylation	46	0.0071	1	0.0110	0.3439815	E	CYT1
GO:0016265	3	death	47	0.0073	1	0.0110	0.3465231	E	SIR3
GO:0006626	10,8,9	protein targeting to mitochondrion	47	0.0073	1	0.0110	0.3465231	E	IMP2
GO:0007034	8,6,7	vacuolar transport	48	0.0074	1	0.0110	0.3489247	E	APL6
GO:0045944	10	positive regulation of transcription from RNA polymerase II promoter	48	0.0074	1	0.0110	0.3489247	E	FZF1
GO:0051640	4	organelle localization	49	0.0076	1	0.0110	0.3511897	E	NAT3
GO:0006892	9,7,6,8	post-Golgi transport	51	0.0079	1	0.0110	0.3553230	E	APL6
GO:0042257	8,9	ribosomal subunit assembly	52	0.0081	1	0.0110	0.3571978	E	DBP6
GO:0044264	6,7	cellular polysaccharide metabolism	53	0.0082	1	0.0110	0.3589489	E	HKR1
GO:0005976	6	polysaccharide metabolism	53	0.0082	1	0.0110	0.3589489	E	HKR1
GO:0000749	7,5	response to pheromone during conjugation with cellular fusion	53	0.0082	1	0.0110	0.3589489	E	FIG2
GO:0006402	8	mRNA catabolism	55	0.0085	1	0.0110	0.3620922	E	SKI3
GO:0006352	8	transcription initiation	55	0.0085	1	0.0110	0.3620922	E	TFC7
GO:0007264	6	small GTPase mediated signal transduction	55	0.0085	1	0.0110	0.3620922	E	RPI1
GO:0006725	5	aromatic compound metabolism	57	0.0088	1	0.0110	0.3647768	E	FSH3
GO:0006944	3	membrane fusion	58	0.0090	1	0.0110	0.3659543	E	FIG2
GO:0006970	5	response to osmotic stress	59	0.0091	1	0.0110	0.3670256	E	MYO1
GO:0006623	10,8,9	protein targeting to vacuole	59	0.0091	1	0.0110	0.3670256	E	MON1
GO:0007015	9	actin filament organization	63	0.0098	1	0.0110	0.3703031	E	SLA2
GO:0016051	7,6	carbohydrate biosynthesis	63	0.0098	1	0.0110	0.3703031	E	HKR1
GO:0006401	7	RNA catabolism	64	0.0099	1	0.0110	0.3708834	E	SKI3
GO:0006006	8,9	glucose metabolism	65	0.0101	1	0.0110	0.3713731	E	TOS3
GO:0043413	7	biopolymer glycosylation	67	0.0104	1	0.0110	0.3720903	E	MNT4
GO:0006486	9,8	protein amino acid glycosylation	67	0.0104	1	0.0110	0.3720903	E	MNT4
GO:0006457	7	protein folding	67	0.0104	1	0.0110	0.3720903	E	PAC2
GO:0008150	1	biological_process	6454	1.0000	91	1.0000	1.0000000	D	HOP2,MET16,CYT1,PAU5,RAT1,AAD6,WAR1,PFS1,MPE1,MON1,MYO1,FZF1,SPO22,PRP8,PDR12,DSK2,SLA2,SPS22,DIA4,MET2,PPT2,MSH5,SPS19,HXT4,MNT4,FIG2,COG6,MTG1,FZO1,NAM9,TOM1,PRM3,NKP2,SYF2,UNG1,HOS1,HEM4,DCI1,ATP11,IMP2,FRE7,NAT3,ALP1,CHL1,EAF6,PNT1,DBF4,TEX1,ATS1,SKI3,REV1,NCR1,MIP6,UBC12,SRB2,EHD3,MRPL44,MSE1,TOS3,PRP16,GAT4,DBP6,PPA2,YTA6,NHA1,YAP3,TFC7,RHB1,APC11,SPO7,DCN1,OSW2,REC8,DIA1,SIR3,HNT3,PAC2,RAD61,HOL1,PRM9,APL6,MTF1,PAU3,CSM4,FMP51,DAD2,SSP1,HKR1,FSH3,CBP3,RPI1
GO:0051188	6	cofactor biosynthesis	71	0.0110	1	0.0110	0.3725402	D	HEM4
GO:0009101	8,7	glycoprotein biosynthesis	72	0.0112	1	0.0110	0.3724605	D	MNT4
GO:0009100	7	glycoprotein metabolism	73	0.0113	1	0.0110	0.3723081	D	MNT4
GO:0019236	6	response to pheromone	73	0.0113	1	0.0110	0.3723081	D	FIG2
GO:0031507	11	heterochromatin formation	79	0.0122	1	0.0110	0.3699796	D	SIR3
GO:0045814	4	negative regulation of gene expression, epigenetic	79	0.0122	1	0.0110	0.3699796	D	SIR3
GO:0016458	6	gene silencing	79	0.0122	1	0.0110	0.3699796	D	SIR3
GO:0006342	12,7,10,5	chromatin silencing	79	0.0122	1	0.0110	0.3699796	D	SIR3
GO:0040029	3	regulation of gene expression, epigenetic	84	0.0130	1	0.0110	0.3663917	D	SIR3
GO:0031497	10	chromatin assembly	84	0.0130	1	0.0110	0.3663917	D	SIR3
GO:0019318	7,8	hexose metabolism	85	0.0132	1	0.0110	0.3655153	D	TOS3
GO:0030003	6	cation homeostasis	89	0.0138	1	0.0110	0.3615328	D	NHA1
GO:0006468	8	protein amino acid phosphorylation	91	0.0141	1	0.0110	0.3592764	D	DBF4
GO:0005996	6,7	monosaccharide metabolism	92	0.0143	1	0.0110	0.3580870	D	TOS3
GO:0006873	5	cell ion homeostasis	98	0.0152	1	0.0110	0.3501760	D	NHA1
GO:0008652	7,8	amino acid biosynthesis	99	0.0153	1	0.0110	0.3487402	D	MET2
GO:0006333	9	chromatin assembly or disassembly	100	0.0155	1	0.0110	0.3472740	D	SIR3
GO:0030036	8	actin cytoskeleton organization and biogenesis	100	0.0155	1	0.0110	0.3472740	D	SLA2
GO:0050801	4	ion homeostasis	102	0.0158	1	0.0110	0.3442553	D	NHA1
GO:0030029	7	actin filament-based process	104	0.0161	1	0.0110	0.3411284	D	SLA2
GO:0019953	3	sexual reproduction	105	0.0163	1	0.0110	0.3395271	D	FIG2
GO:0000747	6,4	conjugation with cellular fusion	105	0.0163	1	0.0110	0.3395271	D	FIG2
GO:0000746	5	conjugation	105	0.0163	1	0.0110	0.3395271	D	FIG2
GO:0006643	6,7	membrane lipid metabolism	106	0.0164	1	0.0110	0.3379019	D	NCR1
GO:0007242	5	intracellular signaling cascade	107	0.0166	1	0.0110	0.3362538	D	RPI1
GO:0006811	5,6	ion transport	107	0.0166	1	0.0110	0.3362538	D	FZF1
GO:0009309	6,7	amine biosynthesis	108	0.0167	1	0.0110	0.3345838	D	MET2
GO:0019725	4	cell homeostasis	108	0.0167	1	0.0110	0.3345838	D	NHA1
GO:0044271	6,5	nitrogen compound biosynthesis	108	0.0167	1	0.0110	0.3345838	D	MET2
GO:0042592	3	homeostasis	114	0.0177	1	0.0110	0.3241539	D	NHA1
GO:0006732	6	coenzyme metabolism	119	0.0184	1	0.0110	0.3150194	D	FSH3
GO:0045892	9	negative regulation of transcription, DNA-dependent	124	0.0192	1	0.0110	0.3055844	D	SIR3
GO:0016481	8	negative regulation of transcription	128	0.0198	1	0.0110	0.2978771	D	SIR3
GO:0006338	10	chromatin remodeling	132	0.0205	1	0.0110	0.2900700	D	SIR3
GO:0045934	7	negative regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	138	0.0214	1	0.0110	0.2782472	D	SIR3
GO:0016310	7	phosphorylation	143	0.0222	2	0.0220	0.2756028	D	CYT1,DBF4
GO:0030163	6,7	protein catabolism	145	0.0225	2	0.0220	0.2754561	D	DSK2,APC11
GO:0051186	5	cofactor metabolism	148	0.0229	2	0.0220	0.2750347	D	HEM4,FSH3
GO:0000074	5	regulation of progression through cell cycle	140	0.0217	1	0.0110	0.2742917	D	APC11
GO:0006508	7	proteolysis	157	0.0243	2	0.0220	0.2724202	D	DSK2,APC11
GO:0043285	5,6	biopolymer catabolism	157	0.0243	2	0.0220	0.2724202	D	DSK2,APC11
GO:0006364	8	rRNA processing	176	0.0273	2	0.0220	0.2612995	D	RAT1,DBP6
GO:0006357	9	regulation of transcription from RNA polymerase II promoter	181	0.0280	2	0.0220	0.2573504	D	FZF1,YAP3
GO:0031324	6	negative regulation of cellular metabolism	150	0.0232	1	0.0110	0.2545547	D	SIR3
GO:0006793	5	phosphorus metabolism	188	0.0291	2	0.0220	0.2512533	D	CYT1,DBF4
GO:0006796	6	phosphate metabolism	188	0.0291	2	0.0220	0.2512533	D	CYT1,DBF4
GO:0015980	6	energy derivation by oxidation of organic compounds	194	0.0301	2	0.0220	0.2455724	D	DIA4,PPA2
GO:0006066	5	alcohol metabolism	157	0.0243	1	0.0110	0.2409095	D	TOS3
GO:0009892	5	negative regulation of metabolism	157	0.0243	1	0.0110	0.2409095	D	SIR3
GO:0044262	6	cellular carbohydrate metabolism	201	0.0311	2	0.0220	0.2385031	D	TOS3,HKR1
GO:0006325	8	establishment and/or maintenance of chromatin architecture	205	0.0318	2	0.0220	0.2342841	D	HOS1,SIR3
GO:0006323	7	DNA packaging	205	0.0318	2	0.0220	0.2342841	D	HOS1,SIR3
GO:0042221	5	response to chemical stimulus	220	0.0341	3	0.0330	0.2289842	D	WAR1,FIG2,SKI3
GO:0006091	5	generation of precursor metabolites and energy	224	0.0347	3	0.0330	0.2283942	D	CYT1,DIA4,PPA2
GO:0007046	7	ribosome biogenesis	214	0.0332	2	0.0220	0.2244128	D	RAT1,DBP6
GO:0007165	4	signal transduction	167	0.0259	1	0.0110	0.2218739	D	RPI1
GO:0005975	5	carbohydrate metabolism	219	0.0339	2	0.0220	0.2187512	D	TOS3,HKR1
GO:0007028	5	cytoplasm organization and biogenesis	253	0.0392	3	0.0330	0.2179709	D	RAT1,MTG1,DBP6
GO:0042254	6	ribosome biogenesis and assembly	253	0.0392	3	0.0330	0.2179709	D	RAT1,MTG1,DBP6
GO:0006605	9,7,8	protein targeting	221	0.0342	2	0.0220	0.2164592	D	MON1,IMP2
GO:0048523	4	negative regulation of cellular process	170	0.0263	1	0.0110	0.2162966	D	SIR3
GO:0051243	5	negative regulation of cellular physiological process	170	0.0263	1	0.0110	0.2162966	D	SIR3
GO:0044265	6	cellular macromolecule catabolism	258	0.0400	3	0.0330	0.2152533	D	DSK2,SKI3,APC11
GO:0043118	4	negative regulation of physiological process	172	0.0267	1	0.0110	0.2126172	D	SIR3
GO:0048519	3	negative regulation of biological process	178	0.0276	1	0.0110	0.2017776	D	SIR3
GO:0009057	5	macromolecule catabolism	280	0.0434	3	0.0330	0.2009360	D	DSK2,SKI3,APC11
GO:0006355	8	regulation of transcription, DNA-dependent	305	0.0473	4	0.0440	0.1988418	D	FZF1,HOS1,YAP3,SIR3
GO:0016568	9	chromatin modification	181	0.0280	1	0.0110	0.1964759	D	SIR3
GO:0006886	8,6,7	intracellular protein transport	239	0.0370	2	0.0220	0.1954136	D	MON1,IMP2
GO:0045449	7	regulation of transcription	324	0.0502	4	0.0440	0.1933022	D	FZF1,HOS1,YAP3,SIR3
GO:0007001	7	chromosome organization and biogenesis (sensu Eukaryota)	243	0.0377	2	0.0220	0.1906948	D	HOS1,SIR3
GO:0015031	5,6	protein transport	245	0.0380	2	0.0220	0.1883370	D	MON1,IMP2
GO:0044248	5	cellular catabolism	347	0.0538	4	0.0440	0.1831772	D	DSK2,SPS19,SKI3,APC11
GO:0006310	7	DNA recombination	189	0.0293	1	0.0110	0.1827494	D	MSH5
GO:0019219	6	regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	355	0.0550	5	0.0549	0.1817700	D	FZF1,HOS1,DBF4,YAP3,SIR3
GO:0016072	7	rRNA metabolism	254	0.0394	2	0.0220	0.1777727	D	RAT1,DBP6
GO:0045184	5	establishment of protein localization	255	0.0395	2	0.0220	0.1766060	D	MON1,IMP2
GO:0051276	6	chromosome organization and biogenesis	255	0.0395	2	0.0220	0.1766060	D	HOS1,SIR3
GO:0006950	4	response to stress	395	0.0612	5	0.0549	0.1758409	D	MYO1,UNG1,SKI3,REV1,SIR3
GO:0031323	5	regulation of cellular metabolism	403	0.0624	5	0.0549	0.1734535	D	FZF1,HOS1,DBF4,YAP3,SIR3
GO:0009056	4	catabolism	369	0.0572	4	0.0440	0.1709150	D	DSK2,SPS19,SKI3,APC11
GO:0007154	3	cell communication	199	0.0308	1	0.0110	0.1664795	D	RPI1
GO:0019222	4	regulation of metabolism	429	0.0665	5	0.0549	0.1635425	D	FZF1,HOS1,DBF4,YAP3,SIR3
GO:0051649	6,5	establishment of cellular localization	498	0.0772	7	0.0769	0.1561708	D	MON1,COG6,TOM1,IMP2,TEX1,MIP6,APL6
GO:0051244	4	regulation of cellular physiological process	566	0.0877	7	0.0769	0.1455680	D	FZF1,HOS1,DBF4,YAP3,APC11,SIR3,DAD2
GO:0050789	2	regulation of biological process	597	0.0925	8	0.0879	0.1454214	D	FZF1,HOS1,DBF4,YAP3,APC11,DCN1,SIR3,DAD2
GO:0050794	3	regulation of cellular process	568	0.0880	7	0.0769	0.1449988	D	FZF1,HOS1,DBF4,YAP3,APC11,SIR3,DAD2
GO:0008104	4	protein localization	285	0.0442	2	0.0220	0.1428685	D	MON1,IMP2
GO:0050791	3	regulation of physiological process	584	0.0905	7	0.0769	0.1400395	D	FZF1,HOS1,DBF4,YAP3,APC11,SIR3,DAD2
GO:0006259	6	DNA metabolism	555	0.0860	6	0.0659	0.1295121	D	MSH5,UNG1,HOS1,DBF4,REV1,SIR3
GO:0006139	5	nucleobase, nucleoside, nucleotide and nucleic acid metabolism	1500	0.2324	21	0.2308	0.0994702	D	RAT1,MPE1,FZF1,PRP8,DIA4,MSH5,SYF2,UNG1,HOS1,DBF4,SKI3,REV1,SRB2,MSE1,PRP16,GAT4,DBP6,YAP3,TFC7,SIR3,MTF1
GO:0043170	4	macromolecule metabolism	2511	0.3891	33	0.3626	0.0761651	D	RAT1,MPE1,PRP8,DSK2,DIA4,PPT2,MSH5,MNT4,MTG1,NAM9,TOM1,SYF2,UNG1,HOS1,ATP11,IMP2,NAT3,DBF4,SKI3,REV1,UBC12,MRPL44,MSE1,TOS3,PRP16,DBP6,APC11,DCN1,SIR3,PAC2,SSP1,HKR1,CBP3
GO:0043037	8,7	translation	415	0.0643	2	0.0220	0.0449368	D	DIA4,MSE1
GO:0009059	6,5	macromolecule biosynthesis	844	0.1308	7	0.0769	0.0403467	D	DIA4,MNT4,MTG1,NAM9,MRPL44,MSE1,HKR1
GO:0006412	7,6	protein biosynthesis	783	0.1213	6	0.0659	0.0352205	D	DIA4,MNT4,MTG1,NAM9,MRPL44,MSE1
GO:0044249	5	cellular biosynthesis	1105	0.1712	10	0.1099	0.0340403	D	DIA4,MET2,MNT4,MTG1,NAM9,HEM4,MRPL44,MSE1,HKR1,RPI1
GO:0009058	4	biosynthesis	1184	0.1835	10	0.1099	0.0202148	D	DIA4,MET2,MNT4,MTG1,NAM9,HEM4,MRPL44,MSE1,HKR1,RPI1
GO:0000004	2	biological process unknown	1639	0.2540	9	0.0989	0.0001175	D	PAU5,NKP2,FRE7,EAF6,YTA6,HNT3,PAU3,FMP51,FSH3