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:0048308	6	organelle inheritance	38	0.0059	4	0.1379	2.126348E-05	E	SHE3,TRX1,YPT11,INP1
GO:0010038	7	response to metal ion	16	0.0025	2	0.0690	0.0022061	E	IZH2,FET3
GO:0010035	6	response to inorganic substance	20	0.0031	2	0.0690	0.0034347	E	IZH2,FET3
GO:0045033	7	peroxisome inheritance	1	0.0002	1	0.0345	0.0044933	E	INP1
GO:0051439	6	regulation of ubiquitin ligase activity during mitotic cell cycle	2	0.0003	1	0.0345	0.0089477	E	CDC20
GO:0051437	7	positive regulation of ubiquitin ligase activity during mitotic cell cycle	2	0.0003	1	0.0345	0.0089477	E	CDC20
GO:0048309	7	endoplasmic reticulum inheritance	2	0.0003	1	0.0345	0.0089477	E	SHE3
GO:0051488	7	anaphase-promoting complex activation	2	0.0003	1	0.0345	0.0089477	E	CDC20
GO:0007092	10,8,13,14	anaphase-promoting complex activation during mitotic cell cycle	2	0.0003	1	0.0345	0.0089477	E	CDC20
GO:0010043	8	response to zinc ion	2	0.0003	1	0.0345	0.0089477	E	IZH2
GO:0042221	5	response to chemical stimulus	220	0.0341	4	0.1379	0.0133054	E	TRX1,IZH2,FET3,HXK2
GO:0019439	6	aromatic compound catabolism	3	0.0005	1	0.0345	0.0133633	E	PAD1
GO:0051438	5	regulation of ubiquitin ligase activity	3	0.0005	1	0.0345	0.0133633	E	CDC20
GO:0051351	5	positive regulation of ligase activity	3	0.0005	1	0.0345	0.0133633	E	CDC20
GO:0051340	4	regulation of ligase activity	3	0.0005	1	0.0345	0.0133633	E	CDC20
GO:0051443	6	positive regulation of ubiquitin ligase activity	3	0.0005	1	0.0345	0.0133633	E	CDC20
GO:0051170	9,7,8	nuclear import	46	0.0071	2	0.0690	0.0167688	E	NPL6,NTF2
GO:0006606	10,8,7,9	protein import into nucleus	46	0.0071	2	0.0690	0.0167688	E	NPL6,NTF2
GO:0046688	8	response to copper ion	4	0.0006	1	0.0345	0.0177404	E	FET3
GO:0046015	7,10,8	regulation of transcription by glucose	4	0.0006	1	0.0345	0.0177404	E	HXK2
GO:0045990	6,9,7	regulation of transcription by carbon catabolites	4	0.0006	1	0.0345	0.0177404	E	HXK2
GO:0030071	9,7	regulation of mitotic metaphase/anaphase transition	4	0.0006	1	0.0345	0.0177404	E	CDC20
GO:0006996	5	organelle organization and biogenesis	1017	0.1576	9	0.3103	0.0192946	E	SHE3,TRX1,IOC4,CDC20,PET18,NSR1,RFM1,YPT11,INP1
GO:0006580	6,8,9	ethanolamine metabolism	5	0.0008	1	0.0345	0.0220792	E	MUQ1
GO:0046335	7,8,9,10	ethanolamine biosynthesis	5	0.0008	1	0.0345	0.0220792	E	MUQ1
GO:0006646	8,9,10,7,11	phosphatidylethanolamine biosynthesis	5	0.0008	1	0.0345	0.0220792	E	MUQ1
GO:0006827	10,11	high affinity iron ion transport	5	0.0008	1	0.0345	0.0220792	E	FET3
GO:0046337	6,8,9	phosphatidylethanolamine metabolism	5	0.0008	1	0.0345	0.0220792	E	MUQ1
GO:0006000	8,9	fructose metabolism	5	0.0008	1	0.0345	0.0220792	E	HXK2
GO:0007029	6	ER organization and biogenesis	5	0.0008	1	0.0345	0.0220792	E	SHE3
GO:0042439	7,8	ethanolamine and derivative metabolism	5	0.0008	1	0.0345	0.0220792	E	MUQ1
GO:0007582	2	physiological process	4771	0.7392	26	0.8966	0.0249330	E	SHE3,NPL6,TRX1,MUQ1,IOC4,RNR4,NAT1,IZH2,RXT2,FET3,GDH1,ECM22,HXK2,CDC20,HXT3,PET18,GDH2,PAD1,NTF2,TFC1,SYC1,NSR1,RFM1,YPT11,TEF2,INP1
GO:0006066	5	alcohol metabolism	157	0.0243	3	0.1034	0.0275091	E	MUQ1,ECM22,HXK2
GO:0016043	4	cell organization and biogenesis	1473	0.2282	11	0.3793	0.0284237	E	SHE3,NPL6,TRX1,IOC4,CDC20,PET18,NTF2,NSR1,RFM1,YPT11,INP1
GO:0007584	5,6	response to nutrient	7	0.0011	1	0.0345	0.0306430	E	HXK2
GO:0043085	4	positive regulation of enzyme activity	7	0.0011	1	0.0345	0.0306430	E	CDC20
GO:0009628	4	response to abiotic stimulus	301	0.0466	4	0.1379	0.0338491	E	TRX1,IZH2,FET3,HXK2
GO:0030847	10	transcription termination from Pol II promoter, RNA polymerase(A)-independent	8	0.0012	1	0.0345	0.0348685	E	SYC1
GO:0050875	3	cellular physiological process	4641	0.7191	25	0.8621	0.0386653	E	SHE3,NPL6,TRX1,MUQ1,IOC4,RNR4,NAT1,IZH2,RXT2,FET3,GDH1,ECM22,HXK2,CDC20,HXT3,PET18,PAD1,NTF2,TFC1,SYC1,NSR1,RFM1,YPT11,TEF2,INP1
GO:0030846	10	transcription termination from Pol II promoter, RNA polymerase(A) coupled	10	0.0015	1	0.0345	0.0432078	E	SYC1
GO:0000103	7	sulfate assimilation	10	0.0015	1	0.0345	0.0432078	E	TRX1
GO:0030503	6,5	regulation of cell redox homeostasis	10	0.0015	1	0.0345	0.0432078	E	TRX1
GO:0008298	5	intracellular mRNA localization	10	0.0015	1	0.0345	0.0432078	E	SHE3
GO:0006791	6	sulfur utilization	10	0.0015	1	0.0345	0.0432078	E	TRX1
GO:0006882	8,9	zinc ion homeostasis	10	0.0015	1	0.0345	0.0432078	E	IZH2
GO:0045454	5	cell redox homeostasis	10	0.0015	1	0.0345	0.0432078	E	TRX1
GO:0009987	2	cellular process	4682	0.7254	25	0.8621	0.0439840	E	SHE3,NPL6,TRX1,MUQ1,IOC4,RNR4,NAT1,IZH2,RXT2,FET3,GDH1,ECM22,HXK2,CDC20,HXT3,PET18,PAD1,NTF2,TFC1,SYC1,NSR1,RFM1,YPT11,TEF2,INP1
GO:0006384	9	transcription initiation from RNA polymerase III promoter	11	0.0017	1	0.0345	0.0473220	E	TFC1
GO:0030447	3	filamentous growth	87	0.0135	2	0.0690	0.0509483	E	ECM23,RXT2
GO:0008054	6,12,13	cyclin catabolism	12	0.0019	1	0.0345	0.0513997	E	CDC20
GO:0017038	6,7	protein import	91	0.0141	2	0.0690	0.0548292	E	NPL6,NTF2
GO:0006537	9,10	glutamate biosynthesis	13	0.0020	1	0.0345	0.0554409	E	GDH1
GO:0000028	9,10	ribosomal small subunit assembly and maintenance	13	0.0020	1	0.0345	0.0554409	E	NSR1
GO:0007005	6	mitochondrion organization and biogenesis	95	0.0147	2	0.0690	0.0587748	E	PET18,YPT11
GO:0006629	5	lipid metabolism	222	0.0344	3	0.1034	0.0596885	E	MUQ1,IZH2,ECM22
GO:0000011	7	vacuole inheritance	15	0.0023	1	0.0345	0.0634153	E	TRX1
GO:0007091	8	mitotic metaphase/anaphase transition	15	0.0023	1	0.0345	0.0634153	E	CDC20
GO:0031145	12,13	anaphase-promoting complex-dependent proteasomal ubiquitin-dependent protein catabolism	15	0.0023	1	0.0345	0.0634153	E	CDC20
GO:0006369	9	transcription termination from RNA polymerase II promoter	15	0.0023	1	0.0345	0.0634153	E	SYC1
GO:0006260	7	DNA replication	103	0.0160	2	0.0690	0.0668321	E	TRX1,RNR4
GO:0051169	8,6,7	nuclear transport	103	0.0160	2	0.0690	0.0668321	E	NPL6,NTF2
GO:0051231	10	spindle elongation	16	0.0025	1	0.0345	0.0673488	E	CDC20
GO:0000022	9,11	mitotic spindle elongation	16	0.0025	1	0.0345	0.0673488	E	CDC20
GO:0006536	8,9	glutamate metabolism	16	0.0025	1	0.0345	0.0673488	E	GDH1
GO:0006807	4	nitrogen compound metabolism	236	0.0366	3	0.1034	0.0676819	E	MUQ1,GDH1,GDH2
GO:0006353	8	transcription termination	17	0.0026	1	0.0345	0.0712469	E	SYC1
GO:0019725	4	cell homeostasis	108	0.0167	2	0.0690	0.0719617	E	TRX1,IZH2
GO:0044271	6,5	nitrogen compound biosynthesis	108	0.0167	2	0.0690	0.0719617	E	MUQ1,GDH1
GO:0009309	6,7	amine biosynthesis	108	0.0167	2	0.0690	0.0719617	E	MUQ1,GDH1
GO:0006913	8,6,7	nucleocytoplasmic transport	109	0.0169	2	0.0690	0.0729949	E	NPL6,NTF2
GO:0040007	2	growth	113	0.0175	2	0.0690	0.0771487	E	ECM23,RXT2
GO:0042592	3	homeostasis	114	0.0177	2	0.0690	0.0781920	E	TRX1,IZH2
GO:0006826	9,10	iron ion transport	19	0.0029	1	0.0345	0.0789376	E	FET3
GO:0042401	7,8	biogenic amine biosynthesis	19	0.0029	1	0.0345	0.0789376	E	MUQ1
GO:0051179	3	localization	991	0.1535	7	0.2414	0.0801776	E	SHE3,NPL6,TRX1,FET3,HXT3,NTF2,YPT11
GO:0009991	4,5	response to extracellular stimulus	20	0.0031	1	0.0345	0.0827307	E	HXK2
GO:0042398	7,6	amino acid derivative biosynthesis	20	0.0031	1	0.0345	0.0827307	E	MUQ1
GO:0006772	8	thiamin metabolism	20	0.0031	1	0.0345	0.0827307	E	PET18
GO:0015749	6,7	monosaccharide transport	21	0.0033	1	0.0345	0.0864892	E	HXT3
GO:0006096	10,11,8	glycolysis	21	0.0033	1	0.0345	0.0864892	E	HXK2
GO:0006890	9,7,6,8	retrograde transport, Golgi to ER	21	0.0033	1	0.0345	0.0864892	E	TRX1
GO:0008645	7,8	hexose transport	21	0.0033	1	0.0345	0.0864892	E	HXT3
GO:0006351	7	transcription, DNA-dependent	441	0.0683	4	0.1379	0.0881891	E	HXK2,TFC1,SYC1,RFM1
GO:0008610	6,5,7	lipid biosynthesis	124	0.0192	2	0.0690	0.0887070	E	MUQ1,ECM22
GO:0042723	7	thiamin and derivative metabolism	22	0.0034	1	0.0345	0.0902133	E	PET18
GO:0042144	7,4	vacuole fusion, non-autophagic	22	0.0034	1	0.0345	0.0902133	E	TRX1
GO:0008152	3	metabolism	3427	0.5310	18	0.6207	0.0941089	E	TRX1,MUQ1,IOC4,RNR4,NAT1,IZH2,GDH1,ECM22,HXK2,CDC20,PET18,GDH2,PAD1,TFC1,SYC1,NSR1,RFM1,TEF2
GO:0006338	10	chromatin remodeling	132	0.0205	2	0.0690	0.0971890	E	IOC4,RFM1
GO:0009084	8,9	glutamine family amino acid biosynthesis	24	0.0037	1	0.0345	0.0975595	E	GDH1
GO:0000001	8,7	mitochondrion inheritance	25	0.0039	1	0.0345	0.1011820	E	YPT11
GO:0050790	3	regulation of enzyme activity	25	0.0039	1	0.0345	0.1011820	E	CDC20
GO:0051646	6,5	mitochondrion localization	25	0.0039	1	0.0345	0.1011820	E	YPT11
GO:0006576	6,7	biogenic amine metabolism	25	0.0039	1	0.0345	0.1011820	E	MUQ1
GO:0048311	7,6	mitochondrion distribution	25	0.0039	1	0.0345	0.1011820	E	YPT11
GO:0006350	6	transcription	484	0.0750	4	0.1379	0.1070265	E	HXK2,TFC1,SYC1,RFM1
GO:0006575	6	amino acid derivative metabolism	27	0.0042	1	0.0345	0.1083267	E	MUQ1
GO:0009605	4	response to external stimulus	27	0.0042	1	0.0345	0.1083267	E	HXK2
GO:0016126	7,8,9	sterol biosynthesis	29	0.0045	1	0.0345	0.1153392	E	ECM22
GO:0019320	8,9	hexose catabolism	29	0.0045	1	0.0345	0.1153392	E	HXK2
GO:0006007	9,10	glucose catabolism	29	0.0045	1	0.0345	0.1153392	E	HXK2
GO:0051641	5,4	cellular localization	521	0.0807	4	0.1379	0.1230861	E	NPL6,TRX1,NTF2,YPT11
GO:0001403	4	invasive growth (sensu Saccharomyces)	32	0.0050	1	0.0345	0.1256139	E	RXT2
GO:0001302	6,5	replicative cell aging	33	0.0051	1	0.0345	0.1289745	E	HXK2
GO:0008643	5,6	carbohydrate transport	34	0.0053	1	0.0345	0.1323034	E	HXT3
GO:0046365	7,8	monosaccharide catabolism	34	0.0053	1	0.0345	0.1323034	E	HXK2
GO:0050896	3	response to stimulus	549	0.0851	4	0.1379	0.1348771	E	TRX1,IZH2,FET3,HXK2
GO:0044248	5	cellular catabolism	347	0.0538	3	0.1034	0.1351124	E	HXK2,CDC20,PAD1
GO:0006259	6	DNA metabolism	555	0.0860	4	0.1379	0.1373448	E	TRX1,IOC4,RNR4,RFM1
GO:0006694	7,6,8	steroid biosynthesis	36	0.0056	1	0.0345	0.1388666	E	ECM22
GO:0044238	4	primary metabolism	3152	0.4884	15	0.5172	0.1403294	E	TRX1,MUQ1,IOC4,RNR4,NAT1,IZH2,GDH1,ECM22,HXK2,CDC20,TFC1,SYC1,NSR1,RFM1,TEF2
GO:0044237	4	cellular metabolism	3376	0.5231	16	0.5517	0.1410617	E	TRX1,MUQ1,IOC4,RNR4,NAT1,GDH1,ECM22,HXK2,CDC20,PET18,PAD1,TFC1,SYC1,NSR1,RFM1,TEF2
GO:0006139	5	nucleobase, nucleoside, nucleotide and nucleic acid metabolism	1500	0.2324	8	0.2759	0.1416594	E	TRX1,IOC4,RNR4,HXK2,TFC1,SYC1,NSR1,RFM1
GO:0051244	4	regulation of cellular physiological process	566	0.0877	4	0.1379	0.1418049	E	TRX1,HXK2,CDC20,RFM1
GO:0016125	6,7,8	sterol metabolism	37	0.0057	1	0.0345	0.1421013	E	ECM22
GO:0007031	6	peroxisome organization and biogenesis	37	0.0057	1	0.0345	0.1421013	E	INP1
GO:0046164	6	alcohol catabolism	37	0.0057	1	0.0345	0.1421013	E	HXK2
GO:0050794	3	regulation of cellular process	568	0.0880	4	0.1379	0.1426064	E	TRX1,HXK2,CDC20,RFM1
GO:0006383	8	transcription from RNA polymerase III promoter	38	0.0059	1	0.0345	0.1453051	E	TFC1
GO:0006473	8	protein amino acid acetylation	38	0.0059	1	0.0345	0.1453051	E	NAT1
GO:0009056	4	catabolism	369	0.0572	3	0.1034	0.1479709	E	HXK2,CDC20,PAD1
GO:0016568	9	chromatin modification	181	0.0280	2	0.0690	0.1483527	E	IOC4,RFM1
GO:0007033	6	vacuole organization and biogenesis	39	0.0060	1	0.0345	0.1484781	E	TRX1
GO:0050791	3	regulation of physiological process	584	0.0905	4	0.1379	0.1489049	E	TRX1,HXK2,CDC20,RFM1
GO:0050789	2	regulation of biological process	597	0.0925	4	0.1379	0.1538619	E	TRX1,HXK2,CDC20,RFM1
GO:0007569	5,4	cell aging	41	0.0064	1	0.0345	0.1547326	E	HXK2
GO:0007568	3,4	aging	42	0.0065	1	0.0345	0.1578145	E	HXK2
GO:0007052	8,10	mitotic spindle organization and biogenesis	42	0.0065	1	0.0345	0.1578145	E	CDC20
GO:0009064	7,8	glutamine family amino acid metabolism	43	0.0067	1	0.0345	0.1608665	E	GDH1
GO:0000041	8,9	transition metal ion transport	43	0.0067	1	0.0345	0.1608665	E	FET3
GO:0007051	9	spindle organization and biogenesis	43	0.0067	1	0.0345	0.1608665	E	CDC20
GO:0006519	5	amino acid and derivative metabolism	197	0.0305	2	0.0690	0.1640808	E	MUQ1,GDH1
GO:0008202	6,7	steroid metabolism	45	0.0070	1	0.0345	0.1668812	E	ECM22
GO:0043161	11,12	proteasomal ubiquitin-dependent protein catabolism	46	0.0071	1	0.0345	0.1698444	E	CDC20
GO:0008219	4	cell death	46	0.0071	1	0.0345	0.1698444	E	HXK2
GO:0006323	7	DNA packaging	205	0.0318	2	0.0690	0.1716668	E	IOC4,RFM1
GO:0006325	8	establishment and/or maintenance of chromatin architecture	205	0.0318	2	0.0690	0.1716668	E	IOC4,RFM1
GO:0046916	8	transition metal ion homeostasis	47	0.0073	1	0.0345	0.1727784	E	IZH2
GO:0016265	3	death	47	0.0073	1	0.0345	0.1727784	E	HXK2
GO:0044255	5,6	cellular lipid metabolism	208	0.0322	2	0.0690	0.1744590	E	MUQ1,ECM22
GO:0006810	4,5	transport	924	0.1432	5	0.1724	0.1755179	E	NPL6,TRX1,FET3,HXT3,NTF2
GO:0007124	4	pseudohyphal growth	48	0.0074	1	0.0345	0.1756834	E	ECM23
GO:0007088	8,6	regulation of mitosis	48	0.0074	1	0.0345	0.1756834	E	CDC20
GO:0051640	4	organelle localization	49	0.0076	1	0.0345	0.1785595	E	YPT11
GO:0051234	4	establishment of localization	942	0.1460	5	0.1724	0.1787529	E	NPL6,TRX1,FET3,HXT3,NTF2
GO:0009308	5	amine metabolism	218	0.0338	2	0.0690	0.1835474	E	MUQ1,GDH1
GO:0015674	7,8	di-, tri-valent inorganic cation transport	51	0.0079	1	0.0345	0.1842262	E	FET3
GO:0006605	9,7,8	protein targeting	221	0.0342	2	0.0690	0.1862056	E	NPL6,NTF2
GO:0008654	8,7,9	phospholipid biosynthesis	52	0.0081	1	0.0345	0.1870171	E	MUQ1
GO:0006979	6,5	response to oxidative stress	52	0.0081	1	0.0345	0.1870171	E	TRX1
GO:0042257	8,9	ribosomal subunit assembly	52	0.0081	1	0.0345	0.1870171	E	NSR1
GO:0030005	7	di-, tri-valent inorganic cation homeostasis	52	0.0081	1	0.0345	0.1870171	E	IZH2
GO:0006800	5	oxygen and reactive oxygen species metabolism	54	0.0084	1	0.0345	0.1925148	E	TRX1
GO:0000070	8,6	mitotic sister chromatid segregation	55	0.0085	1	0.0345	0.1952221	E	CDC20
GO:0000819	5	sister chromatid segregation	55	0.0085	1	0.0345	0.1952221	E	CDC20
GO:0006352	8	transcription initiation	55	0.0085	1	0.0345	0.1952221	E	TFC1
GO:0030001	7,8	metal ion transport	57	0.0088	1	0.0345	0.2005542	E	FET3
GO:0006725	5	aromatic compound metabolism	57	0.0088	1	0.0345	0.2005542	E	PAD1
GO:0006790	5	sulfur metabolism	57	0.0088	1	0.0345	0.2005542	E	TRX1
GO:0006886	8,6,7	intracellular protein transport	239	0.0370	2	0.0690	0.2014511	E	NPL6,NTF2
GO:0006944	3	membrane fusion	58	0.0090	1	0.0345	0.2031795	E	TRX1
GO:0007001	7	chromosome organization and biogenesis (sensu Eukaryota)	243	0.0377	2	0.0690	0.2046687	E	IOC4,RFM1
GO:0046907	7,5,6	intracellular transport	488	0.0756	3	0.1034	0.2049965	E	NPL6,TRX1,NTF2
GO:0015031	5,6	protein transport	245	0.0380	2	0.0690	0.2062534	E	NPL6,NTF2
GO:0006875	7	metal ion homeostasis	60	0.0093	1	0.0345	0.2083493	E	IZH2
GO:0051649	6,5	establishment of cellular localization	498	0.0772	3	0.1034	0.2085674	E	NPL6,TRX1,NTF2
GO:0045184	5	establishment of protein localization	255	0.0395	2	0.0690	0.2139335	E	NPL6,NTF2
GO:0051276	6	chromosome organization and biogenesis	255	0.0395	2	0.0690	0.2139335	E	IOC4,RFM1
GO:0044265	6	cellular macromolecule catabolism	258	0.0400	2	0.0690	0.2161572	E	HXK2,CDC20
GO:0042255	7,8	ribosome assembly	64	0.0099	1	0.0345	0.2183710	E	NSR1
GO:0006006	8,9	glucose metabolism	65	0.0101	1	0.0345	0.2208112	E	HXK2
GO:0009057	5	macromolecule catabolism	280	0.0434	2	0.0690	0.2313034	E	HXK2,CDC20
GO:0006092	7	main pathways of carbohydrate metabolism	70	0.0108	1	0.0345	0.2326298	E	HXK2
GO:0008104	4	protein localization	285	0.0442	2	0.0690	0.2344568	E	NPL6,NTF2
GO:0016052	6	carbohydrate catabolism	71	0.0110	1	0.0345	0.2349182	E	HXK2
GO:0046467	7,6,8	membrane lipid biosynthesis	71	0.0110	1	0.0345	0.2349182	E	MUQ1
GO:0044275	7	cellular carbohydrate catabolism	71	0.0110	1	0.0345	0.2349182	E	HXK2
GO:0006767	6	water-soluble vitamin metabolism	74	0.0115	1	0.0345	0.2416358	E	PET18
GO:0006766	5	vitamin metabolism	74	0.0115	1	0.0345	0.2416358	E	PET18
GO:0006355	8	regulation of transcription, DNA-dependent	305	0.0473	2	0.0690	0.2459886	E	HXK2,RFM1
GO:0006888	9,7,6,8	ER to Golgi transport	76	0.0118	1	0.0345	0.2459928	E	TRX1
GO:0048518	3	positive regulation of biological process	78	0.0121	1	0.0345	0.2502543	E	CDC20
GO:0006644	7,8	phospholipid metabolism	79	0.0122	1	0.0345	0.2523496	E	MUQ1
GO:0006342	12,7,10,5	chromatin silencing	79	0.0122	1	0.0345	0.2523496	E	RFM1
GO:0016458	6	gene silencing	79	0.0122	1	0.0345	0.2523496	E	RFM1
GO:0031507	11	heterochromatin formation	79	0.0122	1	0.0345	0.2523496	E	RFM1
GO:0045814	4	negative regulation of gene expression, epigenetic	79	0.0122	1	0.0345	0.2523496	E	RFM1
GO:0006261	8	DNA-dependent DNA replication	80	0.0124	1	0.0345	0.2544215	E	TRX1
GO:0045449	7	regulation of transcription	324	0.0502	2	0.0690	0.2553427	E	HXK2,RFM1
GO:0006403	4	RNA localization	83	0.0129	1	0.0345	0.2604984	E	SHE3
GO:0040029	3	regulation of gene expression, epigenetic	84	0.0130	1	0.0345	0.2624783	E	RFM1
GO:0031497	10	chromatin assembly	84	0.0130	1	0.0345	0.2624783	E	RFM1
GO:0000226	8	microtubule cytoskeleton organization and biogenesis	85	0.0132	1	0.0345	0.2644355	E	CDC20
GO:0019318	7,8	hexose metabolism	85	0.0132	1	0.0345	0.2644355	E	HXK2
GO:0019219	6	regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	355	0.0550	2	0.0690	0.2673198	E	HXK2,RFM1
GO:0006812	6,7	cation transport	89	0.0138	1	0.0345	0.2720415	E	FET3
GO:0030003	6	cation homeostasis	89	0.0138	1	0.0345	0.2720415	E	IZH2
GO:0007275	2	development	373	0.0578	2	0.0690	0.2724702	E	HXK2,RFM1
GO:0005996	6,7	monosaccharide metabolism	92	0.0143	1	0.0345	0.2775159	E	HXK2
GO:0031323	5	regulation of cellular metabolism	403	0.0624	2	0.0690	0.2782799	E	HXK2,RFM1
GO:0019222	4	regulation of metabolism	429	0.0665	2	0.0690	0.2807049	E	HXK2,RFM1
GO:0006873	5	cell ion homeostasis	98	0.0152	1	0.0345	0.2878909	E	IZH2
GO:0008652	7,8	amino acid biosynthesis	99	0.0153	1	0.0345	0.2895474	E	GDH1
GO:0006333	9	chromatin assembly or disassembly	100	0.0155	1	0.0345	0.2911835	E	RFM1
GO:0007017	7	microtubule-based process	100	0.0155	1	0.0345	0.2911835	E	CDC20
GO:0050801	4	ion homeostasis	102	0.0158	1	0.0345	0.2943951	E	IZH2
GO:0007059	4	chromosome segregation	104	0.0161	1	0.0345	0.2975269	E	CDC20
GO:0000746	5	conjugation	105	0.0163	1	0.0345	0.2990632	E	RXT2
GO:0019953	3	sexual reproduction	105	0.0163	1	0.0345	0.2990632	E	RXT2
GO:0000747	6,4	conjugation with cellular fusion	105	0.0163	1	0.0345	0.2990632	E	RXT2
GO:0006643	6,7	membrane lipid metabolism	106	0.0164	1	0.0345	0.3005799	E	MUQ1
GO:0006811	5,6	ion transport	107	0.0166	1	0.0345	0.3020773	E	FET3
GO:0019941	9,10	modification-dependent protein catabolism	121	0.0187	1	0.0345	0.3210776	E	CDC20
GO:0006511	10,11	ubiquitin-dependent protein catabolism	121	0.0187	1	0.0345	0.3210776	E	CDC20
GO:0051603	8,9	proteolysis during cellular protein catabolism	123	0.0191	1	0.0345	0.3235047	E	CDC20
GO:0044257	7,8	cellular protein catabolism	123	0.0191	1	0.0345	0.3235047	E	CDC20
GO:0045892	9	negative regulation of transcription, DNA-dependent	124	0.0192	1	0.0345	0.3246925	E	RFM1
GO:0016481	8	negative regulation of transcription	128	0.0198	1	0.0345	0.3292740	E	RFM1
GO:0045934	7	negative regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism	138	0.0214	1	0.0345	0.3395842	E	RFM1
GO:0000074	5	regulation of progression through cell cycle	140	0.0217	1	0.0345	0.3414577	E	CDC20
GO:0048193	8,6,7	Golgi vesicle transport	141	0.0218	1	0.0345	0.3423717	E	TRX1
GO:0030163	6,7	protein catabolism	145	0.0225	1	0.0345	0.3458779	E	CDC20
GO:0007067	7	mitosis	146	0.0226	1	0.0345	0.3467177	E	CDC20
GO:0006461	7	protein complex assembly	148	0.0229	1	0.0345	0.3483537	E	NSR1
GO:0000087	6	M phase of mitotic cell cycle	148	0.0229	1	0.0345	0.3483537	E	CDC20
GO:0031324	6	negative regulation of cellular metabolism	150	0.0232	1	0.0345	0.3499326	E	RFM1
GO:0009892	5	negative regulation of metabolism	157	0.0243	1	0.0345	0.3550205	E	RFM1
GO:0006508	7	proteolysis	157	0.0243	1	0.0345	0.3550205	E	CDC20
GO:0043285	5,6	biopolymer catabolism	157	0.0243	1	0.0345	0.3550205	E	CDC20
GO:0051243	5	negative regulation of cellular physiological process	170	0.0263	1	0.0345	0.3627589	E	RFM1
GO:0048523	4	negative regulation of cellular process	170	0.0263	1	0.0345	0.3627589	E	RFM1
GO:0043118	4	negative regulation of physiological process	172	0.0267	1	0.0345	0.3637630	E	RFM1
GO:0006364	8	rRNA processing	176	0.0273	1	0.0345	0.3656290	E	NSR1
GO:0048519	3	negative regulation of biological process	178	0.0276	1	0.0345	0.3664925	E	RFM1
GO:0006520	6,7	amino acid metabolism	182	0.0282	1	0.0345	0.3680840	E	GDH1
GO:0048610	4	reproductive cellular physiological process	192	0.0297	1	0.0345	0.3713054	E	RXT2
GO:0050876	3	reproductive physiological process	192	0.0297	1	0.0345	0.3713054	E	RXT2
GO:0015980	6	energy derivation by oxidation of organic compounds	194	0.0301	1	0.0345	0.3718252	E	HXK2
GO:0007154	3	cell communication	199	0.0308	1	0.0345	0.3729518	E	HXK2
GO:0044262	6	cellular carbohydrate metabolism	201	0.0311	1	0.0345	0.3733348	E	HXK2
GO:0045045	5,6	secretory pathway	202	0.0313	1	0.0345	0.3735121	E	TRX1
GO:0046903	5	secretion	209	0.0324	1	0.0345	0.3744961	E	TRX1
GO:0007046	7	ribosome biogenesis	214	0.0332	1	0.0345	0.3749331	E	NSR1
GO:0005975	5	carbohydrate metabolism	219	0.0339	1	0.0345	0.3751589	E	HXK2
GO:0008150	1	biological_process	6454	1.0000	29	1.0000	1.0000000	D	SHE3,NPL6,TRX1,FPR3,MUQ1,IOC4,RNR4,ECM23,NAT1,IZH2,RXT2,FET3,GDH1,ECM22,HXK2,CDC20,HXT3,PET18,GDH2,PAD1,NTF2,TFC1,IES4,SYC1,NSR1,RFM1,YPT11,TEF2,INP1
GO:0006091	5	generation of precursor metabolites and energy	224	0.0347	1	0.0345	0.3751824	D	HXK2
GO:0000278	5	mitotic cell cycle	231	0.0358	1	0.0345	0.3748917	D	CDC20
GO:0007028	5	cytoplasm organization and biogenesis	253	0.0392	1	0.0345	0.3717531	D	NSR1
GO:0042254	6	ribosome biogenesis and assembly	253	0.0392	1	0.0345	0.3717531	D	NSR1
GO:0016072	7	rRNA metabolism	254	0.0394	1	0.0345	0.3715372	D	NSR1
GO:0000003	2	reproduction	255	0.0395	1	0.0345	0.3713154	D	RXT2
GO:0000279	5	M phase	257	0.0398	1	0.0345	0.3708544	D	CDC20
GO:0006366	8	transcription from RNA polymerase II promoter	277	0.0429	1	0.0345	0.3650522	D	SYC1
GO:0016192	5,6	vesicle-mediated transport	282	0.0437	1	0.0345	0.3632918	D	TRX1
GO:0007010	6	cytoskeleton organization and biogenesis	290	0.0449	1	0.0345	0.3602449	D	CDC20
GO:0006082	5	organic acid metabolism	300	0.0465	1	0.0345	0.3560687	D	GDH1
GO:0019752	6	carboxylic acid metabolism	300	0.0465	1	0.0345	0.3560687	D	GDH1
GO:0006414	9,8	translational elongation	312	0.0483	1	0.0345	0.3505741	D	TEF2
GO:0006396	7	RNA processing	346	0.0536	1	0.0345	0.3326980	D	NSR1
GO:0006950	4	response to stress	395	0.0612	1	0.0345	0.3029752	D	TRX1
GO:0007049	4	cell cycle	397	0.0615	1	0.0345	0.3017011	D	CDC20
GO:0043037	8,7	translation	415	0.0643	1	0.0345	0.2901097	D	TEF2
GO:0006464	7	protein modification	431	0.0668	1	0.0345	0.2796780	D	NAT1
GO:0016070	6	RNA metabolism	539	0.0835	1	0.0345	0.2104958	D	NSR1
GO:0043412	6	biopolymer modification	567	0.0879	1	0.0345	0.1938230	D	NAT1
GO:0043283	5	biopolymer metabolism	1593	0.2468	7	0.2414	0.1708971	D	TRX1,IOC4,RNR4,NAT1,CDC20,NSR1,RFM1
GO:0009058	4	biosynthesis	1184	0.1835	4	0.1379	0.1697112	D	MUQ1,GDH1,ECM22,TEF2
GO:0044249	5	cellular biosynthesis	1105	0.1712	3	0.1034	0.1388846	D	MUQ1,GDH1,TEF2
GO:0044267	6	cellular protein metabolism	1400	0.2169	4	0.1379	0.1163353	D	NAT1,CDC20,NSR1,TEF2
GO:0019538	5	protein metabolism	1424	0.2206	4	0.1379	0.1105264	D	NAT1,CDC20,NSR1,TEF2
GO:0043170	4	macromolecule metabolism	2511	0.3891	9	0.3103	0.1073822	D	TRX1,IOC4,RNR4,NAT1,HXK2,CDC20,NSR1,RFM1,TEF2
GO:0044260	5	cellular macromolecule metabolism	1448	0.2244	4	0.1379	0.1048281	D	NAT1,CDC20,NSR1,TEF2
GO:0006412	7,6	protein biosynthesis	783	0.1213	1	0.0345	0.0937466	D	TEF2
GO:0009059	6,5	macromolecule biosynthesis	844	0.1308	1	0.0345	0.0745951	D	TEF2
GO:0000004	2	biological process unknown	1639	0.2540	2	0.0690	0.0095087	D	FPR3,IES4