GOname	GO	GO.term	set.means	set.sd	n.genes	z.score	lead.genes
GO:0019439	BP	aromatic compound catabolic process	0.0625	0.25	16	4.53139536580932	GCH1
GO:0006996	BP	organelle organization and biogenesis	0.0120259019426457	0.104720365182823	1081	5.6944830795822	RPS6KA5 PTTG1 ZWINT CKS2 TTK MPHOSPH1 HIST1H1C EXOSC8 MIS12 RACGAP1 NOP5/NOP58 KPNA2 BRCA1 TIMM8A NCAPG
GO:0000278	BP	mitotic cell cycle	0.0280528052805281	0.152371443535258	303	8.32436961276812	PTTG1 ZWINT TTK MPHOSPH1 CCNB1 MIS12 KPNA2 CCNA2 CDT1 NCAPG FAM33A
GO:0006259	BP	DNA metabolic process	0.0218340611353712	0.126228400788127	458	7.70354038693009	PCNA RPA2 PTTG1 GMNN ORC6L KPNA2 RRM1 MCM5 RRM2 MCM6 BRCA1 RAD51 PSMC3IP RPA3 CDT1
GO:0006260	BP	DNA replication	0.0376884422110553	0.166171030966320	199	9.3391819986585	PCNA RPA2 GMNN ORC6L RRM1 MCM5 RRM2 MCM6 RAD51 RPA3 CDT1
GO:0006261	BP	DNA-dependent DNA replication	0.0515463917525773	0.197438493619878	97	9.1168491186923	PCNA RPA2 GMNN MCM5 MCM6 RAD51 CDT1
GO:0007049	BP	cell cycle	0.0195530726256983	0.125303865534222	716	8.5194159242784	PTTG1 ZWINT CKS2 TTK MPHOSPH1 CCNB1 GMNN MIS12 RACGAP1 KPNA2 MCM6 CCNA2 BRCA1 RAD51 PSMC3IP CDT1 RBM7 NCAPG FAM33A
GO:0022402	BP	cell cycle process	0.0305623471882641	0.155519139009958	409	10.6877935272576	PTTG1 ZWINT CKS2 TTK MPHOSPH1 CCNB1 MIS12 RACGAP1 KPNA2 CCNA2 BRCA1 RAD51 PSMC3IP CDT1 RBM7 NCAPG FAM33A
GO:0022403	BP	cell cycle phase	0.0301204819277108	0.152509671633510	332	9.4498038061593	PTTG1 ZWINT CKS2 MPHOSPH1 CCNB1 MIS12 KPNA2 CCNA2 RAD51 PSMC3IP CDT1 RBM7 NCAPG FAM33A
GO:0031032	BP	actomyosin structure organization and biogenesis	0.0769230769230769	0.277350098112615	13	5.0788943275622	RACGAP1
GO:0051276	BP	chromosome organization and biogenesis	0.015625	0.121294801104288	352	4.47779398332644	RPS6KA5 PTTG1 ZWINT HIST1H1C MIS12 NCAPG
GO:0000279	BP	M phase	0.0353159851301115	0.166331109058219	269	10.1321886842695	PTTG1 ZWINT CKS2 MPHOSPH1 CCNB1 MIS12 KPNA2 CCNA2 RAD51 PSMC3IP RBM7 NCAPG FAM33A
GO:0007126	BP	meiosis	0.036231884057971	0.156215362742248	69	5.24473850809345	CKS2 RAD51 PSMC3IP RBM7
GO:0051321	BP	meiotic cell cycle	0.0352112676056338	0.154085868035879	71	5.15573969064082	CKS2 RAD51 PSMC3IP RBM7
GO:0051327	BP	M phase of meiotic cell cycle	0.036231884057971	0.156215362742248	69	5.24473850809345	CKS2 RAD51 PSMC3IP RBM7
GO:0051726	BP	regulation of cell cycle	0.0231316725978648	0.141416862604776	281	6.41930967188008	ZWINT CKS2 TTK MPHOSPH1 GMNN CCNA2 BRCA1 CDT1
GO:0045776	BP	negative regulation of blood pressure	0.142857142857143	0.377964473009227	7	7.06240725178827	GCH1
GO:0042311	BP	vasodilation	0.0555555555555556	0.235702260395516	18	4.24290944923179	GCH1
GO:0048015	BP	phosphoinositide-mediated signaling	0.03	0.171446607997765	100	5.12478776669354	PCNA ZWINT CKS2
GO:0006544	BP	glycine metabolic process	0.0714285714285714	0.267261241912424	14	4.87751953935726	DHFR
GO:0009070	BP	serine family amino acid biosynthetic process	0.111111111111111	0.333333333333333	9	6.18700081393101	DHFR
GO:0006809	BP	nitric oxide biosynthetic process	0.0526315789473684	0.229415733870562	19	4.11546907178241	GCH1
GO:0017038	BP	protein import	0.0238095238095238	0.127493445927933	105	4.03525623665531	NOP5/NOP58 KPNA2 CSE1L TIMM8A
GO:0046209	BP	nitric oxide metabolic process	0.0526315789473684	0.229415733870562	19	4.11546907178241	GCH1
GO:0030307	BP	positive regulation of cell growth	0.142857142857143	0.377964473009227	7	7.06240725178827	PRSS2
GO:0045785	BP	positive regulation of cell adhesion	0.0714285714285714	0.267261241912424	14	4.87751953935726	PRSS2
GO:0045793	BP	positive regulation of cell size	0.125	0.353553390593274	8	6.58429189674531	PRSS2
GO:0007017	BP	microtubule-based process	0.0251256281407035	0.148636426114745	199	5.92914875571324	ZWINT CKS2 TTK MPHOSPH1 KPNA2 BRCA1
GO:0007346	BP	regulation of mitotic cell cycle	0.05	0.199575821367660	60	6.93237766135425	ZWINT TTK CCNA2 CDT1
GO:0000226	BP	microtubule cytoskeleton organization and biogenesis	0.0393258426966292	0.188063080282853	89	6.51999442489326	ZWINT CKS2 TTK BRCA1
GO:0007059	BP	chromosome segregation	0.0666666666666667	0.234098825044052	60	9.4055173242342	PTTG1 ZWINT MIS12 BRCA1 NCAPG
GO:0000075	BP	cell cycle checkpoint	0.0603448275862069	0.211045563528489	58	8.32458256112263	ZWINT TTK CCNA2 BRCA1 CDT1
GO:0000086	BP	G2/M transition of mitotic cell cycle	0.0588235294117647	0.242535625036333	17	4.38100899154288	CCNB1
GO:0000087	BP	M phase of mitotic cell cycle	0.03125	0.163696357884166	208	7.76354317578805	PTTG1 ZWINT MPHOSPH1 CCNB1 MIS12 CCNA2 NCAPG FAM33A
GO:0007067	BP	mitosis	0.0315533980582524	0.164463694750045	206	7.80944281232983	PTTG1 ZWINT MPHOSPH1 CCNB1 MIS12 CCNA2 NCAPG FAM33A
GO:0031577	BP	spindle checkpoint	0.142857142857143	0.377964473009227	7	7.06240725178827	TTK
GO:0051301	BP	cell division	0.0379464285714286	0.182501985456893	224	9.99074556756501	PTTG1 ZWINT CKS2 MPHOSPH1 CCNB1 MIS12 RACGAP1 CCNA2 NCAPG FAM33A
GO:0007405	BP	neuroblast proliferation	0.0588235294117647	0.242535625036333	17	4.38100899154288	RACGAP1
GO:0007093	BP	mitotic cell cycle checkpoint	0.0833333333333333	0.265334315252616	30	8.39150749120517	ZWINT TTK CCNA2
GO:0007094	BP	mitotic cell cycle spindle assembly checkpoint	0.166666666666667	0.408248290463863	6	7.65365637502761	TTK
GO:0007127	BP	meiosis I	0.0517241379310345	0.204626296409494	29	4.99250636099438	CKS2 RAD51
GO:0006275	BP	regulation of DNA replication	0.0892857142857143	0.273982002266823	28	8.70922734892356	PCNA GMNN CDT1
GO:0008156	BP	negative regulation of DNA replication	0.088235294117647	0.264297069935462	17	6.70096104224861	GMNN CDT1
GO:0051052	BP	regulation of DNA metabolic process	0.0701754385964912	0.220360834185905	57	9.6739225018382	PCNA GMNN KPNA2 BRCA1 RAD51 CDT1
GO:0051053	BP	negative regulation of DNA metabolic process	0.0681818181818182	0.233781264548038	22	5.82445800527248	GMNN CDT1
GO:0000085	BP	G2 phase of mitotic cell cycle	0.1	0.223606797749979	5	4.13580694501257	KPNA2
GO:0000724	BP	double-strand break repair via homologous recombination	0.0769230769230769	0.187766904049703	13	5.0788943275622	BRCA1 RAD51
GO:0000725	BP	recombinational repair	0.0769230769230769	0.187766904049703	13	5.0788943275622	BRCA1 RAD51
GO:0031572	BP	G2/M transition DNA damage checkpoint	0.1	0.223606797749979	5	4.13580694501257	CCNA2
GO:0031576	BP	G2/M transition checkpoint	0.1	0.223606797749979	5	4.13580694501257	CCNA2
GO:0051319	BP	G2 phase	0.1	0.223606797749979	5	4.13580694501257	KPNA2
GO:0031398	BP	positive regulation of protein ubiquitination	0.1	0.223606797749979	5	4.13580694501257	BRCA1
GO:0045739	BP	positive regulation of DNA repair	0.125	0.25	4	4.65520952205131	BRCA1
GO:0051054	BP	positive regulation of DNA metabolic process	0.0714285714285714	0.181568259800641	14	4.87751953935726	BRCA1 RAD51
GO:0051055	BP	negative regulation of lipid biosynthetic process	0.125	0.25	4	4.65520952205131	BRCA1
GO:0033205	BP	cytokinesis during cell cycle	0.2	0.447213595499958	5	8.41196627607269	RACGAP1
GO:0007051	BP	spindle organization and biogenesis	0.157894736842105	0.374634324632678	19	12.8938435590593	ZWINT CKS2 TTK
GO:0006270	BP	DNA replication initiation	0.0555555555555556	0.160128153805087	27	5.19795989080066	MCM5 MCM6 CDT1
GO:0006364	BP	rRNA processing	0.03125	0.175368093603050	64	4.28674348837155	EXOSC8 NOP5/NOP58
GO:0016072	BP	rRNA metabolic process	0.0298507462686567	0.171459797720291	67	4.1670209300732	EXOSC8 NOP5/NOP58
GO:0000070	BP	mitotic sister chromatid segregation	0.0517241379310345	0.204626296409494	29	4.99250636099438	ZWINT NCAPG
GO:0000819	BP	sister chromatid segregation	0.05	0.201288949968224	30	4.89727914024483	ZWINT NCAPG
GO:0051383	BP	kinetochore organization and biogenesis	0.25	0.5	4	9.43595007159814	MIS12
GO:0007052	BP	mitotic spindle organization and biogenesis	0.090909090909091	0.301511344577764	11	5.5588488801078	TTK
GO:0006699	BP	bile acid biosynthetic process	0.1	0.223606797749979	5	4.13580694501257	CYP7B1
GO:0001522	BP	pseudouridine synthesis	0.0714285714285714	0.267261241912424	14	4.87751953935726	PUS3
GO:0006400	BP	tRNA modification	0.0769230769230769	0.277350098112615	13	5.0788943275622	PUS3
GO:0031119	BP	tRNA pseudouridine synthesis	0.166666666666667	0.408248290463863	6	7.65365637502761	PUS3
GO:0008272	BP	sulfate transport	0.0714285714285714	0.267261241912424	14	4.87751953935726	RACGAP1
GO:0009186	BP	deoxyribonucleoside diphosphate metabolic process	0.125	0.25	4	4.65520952205131	RRM2
GO:0032392	BP	DNA geometric change	0.0714285714285714	0.181568259800641	14	4.87751953935726	MCM6 RAD51
GO:0032508	BP	DNA duplex unwinding	0.0714285714285714	0.181568259800641	14	4.87751953935726	MCM6 RAD51
GO:0006558	BP	L-phenylalanine metabolic process	0.111111111111111	0.333333333333333	9	6.18700081393101	GCH1
GO:0006559	BP	L-phenylalanine catabolic process	0.111111111111111	0.333333333333333	9	6.18700081393101	GCH1
GO:0009074	BP	aromatic amino acid family catabolic process	0.0833333333333333	0.288675134594813	12	5.30423727647624	GCH1
GO:0042558	BP	pteridine and derivative metabolic process	0.0666666666666667	0.258198889747161	15	4.69606878439463	GCH1
GO:0006729	BP	tetrahydrobiopterin biosynthetic process	0.166666666666667	0.408248290463863	6	7.65365637502761	GCH1
GO:0019438	BP	aromatic compound biosynthetic process	0.0769230769230769	0.277350098112615	13	5.0788943275622	GCH1
GO:0042559	BP	pteridine and derivative biosynthetic process	0.0833333333333333	0.288675134594813	12	5.30423727647624	GCH1
GO:0046146	BP	tetrahydrobiopterin metabolic process	0.142857142857143	0.377964473009227	7	7.06240725178827	GCH1
GO:0016584	BP	nucleosome positioning	0.2	0.447213595499958	5	8.41196627607269	HIST1H1C
GO:0006268	BP	DNA unwinding during replication	0.0833333333333333	0.194624736040381	12	5.30423727647624	MCM6 RAD51
GO:0005634	CC	nucleus	0.00676779463243874	0.0760910892584209	4285	5.10774448127609	RPS6KA5 DEK PCNA RPA2 PTTG1 ZWINT ITGB3BP MPHOSPH1 HIST1H1C CCNB1 EXOSC8 HJURP ORC6L PUS3 MIS12 RACGAP1 NOP5/NOP58 ZNF607 C15orf23 C6orf173 FANK1 KPNA2 CSE1L MCM5 MCM6 KIAA0101 CCNA2 BRCA1 RAD51 PSMC3IP SP4 LOC81691 RPA3 CDT1 NCAPG MLF1IP CDCA7
GO:0043228	CC	non-membrane-bound organelle	0.00943396226415094	0.0910213182753135	1643	5.03608126528938	PCNA RPA2 ZWINT TTK ITGB3BP MPHOSPH1 HIST1H1C CCNB1 ORC6L MIS12 RACGAP1 NOP5/NOP58 BRCA1 RAD51 LOC81691 RPA3 CDT1 MLF1IP FAM33A
GO:0043232	CC	intracellular non-membrane-bound organelle	0.00943396226415094	0.0910213182753135	1643	5.03608126528938	PCNA RPA2 ZWINT TTK ITGB3BP MPHOSPH1 HIST1H1C CCNB1 ORC6L MIS12 RACGAP1 NOP5/NOP58 BRCA1 RAD51 LOC81691 RPA3 CDT1 MLF1IP FAM33A
GO:0005819	CC	spindle	0.0342465753424658	0.173380745184143	73	5.07022064442345	TTK RACGAP1 FAM33A
GO:0000775	CC	chromosome, pericentric region	0.0472972972972973	0.205555027444390	74	7.25662080822057	ZWINT ITGB3BP MIS12 MLF1IP
GO:0000776	CC	kinetochore	0.064516129032258	0.249731038114707	31	6.52527124587881	ZWINT MIS12
GO:0005694	CC	chromosome	0.0266272189349112	0.151749002407622	338	8.29536724623102	PCNA RPA2 ZWINT ITGB3BP HIST1H1C ORC6L MIS12 RAD51 RPA3 CDT1 MLF1IP
GO:0044427	CC	chromosomal part	0.0301418439716312	0.163304339228394	282	8.70211849917552	PCNA RPA2 ZWINT ITGB3BP HIST1H1C ORC6L MIS12 RPA3 CDT1 MLF1IP
GO:0000228	CC	nuclear chromosome	0.032258064516129	0.161623078906893	93	5.3586642107494	RPA2 ORC6L RAD51 RPA3
GO:0044454	CC	nuclear chromosome part	0.0390625	0.184835566133622	64	5.48419882877409	RPA2 ORC6L RPA3
GO:0000307	CC	cyclin-dependent protein kinase holoenzyme complex	0.125	0.353553390593274	8	6.58429189674531	PCNA
GO:0005657	CC	replication fork	0.1	0.275430697209874	30	10.1386216666853	PCNA RPA2 RPA3 CDT1
GO:0000931	CC	gamma-tubulin large complex	0.125	0.25	4	4.65520952205131	BRCA1
GO:0008274	CC	gamma-tubulin ring complex	0.125	0.25	4	4.65520952205131	BRCA1
GO:0000777	CC	condensed chromosome kinetochore	0.125	0.353553390593274	8	6.58429189674531	MIS12
GO:0000779	CC	condensed chromosome, pericentric region	0.111111111111111	0.333333333333333	9	6.18700081393101	MIS12
GO:0045120	CC	pronucleus	0.1	0.223606797749979	5	4.13580694501257	CCNA2
GO:0005652	CC	nuclear lamina	0.25	0.5	4	9.43595007159814	PCNA
GO:0000808	CC	origin recognition complex	0.166666666666667	0.408248290463863	6	7.65365637502761	ORC6L
GO:0005664	CC	nuclear origin of replication recognition complex	0.166666666666667	0.408248290463863	6	7.65365637502761	ORC6L
GO:0030894	CC	replisome	0.107142857142857	0.28946711176092	14	7.43373991851826	RPA2 RPA3
GO:0043596	CC	nuclear replication fork	0.09375	0.271952814534679	16	6.9226716558805	RPA2 RPA3
GO:0043601	CC	nuclear replisome	0.107142857142857	0.28946711176092	14	7.43373991851826	RPA2 RPA3
GO:0005663	CC	DNA replication factor C complex	0.166666666666667	0.408248290463863	6	7.65365637502761	PCNA
GO:0000178	CC	exosome (RNase complex)	0.090909090909091	0.301511344577764	11	5.5588488801078	EXOSC8
GO:0005662	CC	DNA replication factor A complex	0.25	0.418330013267038	6	11.5573611573843	RPA2 RPA3
GO:0005732	CC	small nucleolar ribonucleoprotein complex	0.0666666666666667	0.258198889747161	15	4.69606878439463	NOP5/NOP58
GO:0000444	CC	MIS12/MIND type complex	0.25	0.5	4	9.43595007159814	MIS12
GO:0008022	MF	protein C-terminus binding	0.0301204819277108	0.162851825333335	83	4.68742776987111	ITGB3BP RACGAP1 RAD51
GO:0043566	MF	structure-specific DNA binding	0.0271739130434783	0.135956732669428	92	4.39446553618094	RPA2 MCM6 RAD51 RPA3
GO:0016725	MF	oxidoreductase activity, acting on CH or CH2 groups	0.142857142857143	0.243975018237133	7	7.06240725178827	RRM1 RRM2
GO:0019238	MF	cyclohydrolase activity	0.2	0.447213595499958	5	8.41196627607269	GCH1
GO:0032404	MF	mismatch repair complex binding	0.125	0.353553390593274	8	6.58429189674531	PCNA
GO:0032405	MF	MutLalpha complex binding	0.166666666666667	0.408248290463863	6	7.65365637502761	PCNA
GO:0016538	MF	cyclin-dependent protein kinase regulator activity	0.166666666666667	0.408248290463863	6	7.65365637502761	CKS2
GO:0003697	MF	single-stranded DNA binding	0.0531914893617021	0.187490363612996	47	6.55202793873428	RPA2 MCM6 RAD51 RPA3
GO:0016646	MF	oxidoreductase activity, acting on the CH-NH group of donors, NAD or NADP as acceptor	0.0526315789473684	0.229415733870562	19	4.11546907178241	DHFR
GO:0043015	MF	gamma-tubulin binding	0.142857142857143	0.377964473009227	7	7.06240725178827	RACGAP1
GO:0042393	MF	histone binding	0.0714285714285714	0.267261241912424	14	4.87751953935726	DEK
GO:0016439	MF	tRNA-pseudouridine synthase activity	0.0526315789473684	0.229415733870562	19	4.11546907178241	PUS3
GO:0016796	MF	exonuclease activity, active with either ribo- or deoxyribonucleic acids and producing 5'-phosphomonoesters	0.0526315789473684	0.229415733870562	19	4.11546907178241	EXOSC8
GO:0016670	MF	oxidoreductase activity, acting on sulfur group of donors, oxygen as acceptor	0.1	0.223606797749979	5	4.13580694501257	SUOX
GO:0000175	MF	3'-5'-exoribonuclease activity	0.111111111111111	0.333333333333333	9	6.18700081393101	EXOSC8
GO:0004532	MF	exoribonuclease activity	0.0833333333333333	0.288675134594813	12	5.30423727647624	EXOSC8
GO:0016896	MF	exoribonuclease activity, producing 5'-phosphomonoesters	0.0833333333333333	0.288675134594813	12	5.30423727647624	EXOSC8
GO:0004295	MF	trypsin activity	0.142857142857143	0.377964473009227	7	7.06240725178827	PRSS2
GO:0004748	MF	ribonucleoside-diphosphate reductase activity	0.25	0.288675134594813	4	9.43595007159814	RRM1 RRM2
GO:0016728	MF	oxidoreductase activity, acting on CH or CH2 groups, disulfide as acceptor	0.25	0.288675134594813	4	9.43595007159814	RRM1 RRM2
GO:0048487	MF	beta-tubulin binding	0.1	0.316227766016838	10	5.84983773231588	RACGAP1
GO:0050699	MF	WW domain binding	0.166666666666667	0.408248290463863	6	7.65365637502761	MPHOSPH1