# GREAT version 4.0.4	Species assembly: hg38	Association rule: Basal+extension: 5000 bp upstream, 1000 bp downstream, 1000000 bp max extension, curated regulatory domains included
# Ontology	 Term Name 	 Binom Rank 	 Binom Raw P-Value 	  Binom FDR Q-Val  	 Binom Fold Enrichment 	 Binom Observed Region Hits 	 Binom Region Set Coverage 	 Hyper Rank 	  Hyper FDR Q-Val  	 Hyper Fold Enrichment 	 Hyper Observed Gene Hits 	 Hyper Total Genes 	 Hyper Gene Set Coverage
GO Biological Process	DNA replication-dependent nucleosome assembly	1	3.621445e-48	4.7654594755e-44	73.96086	32	0.02954755	17	1.7342060325882353e-7	7.334766	15	32	0.0125	
GO Biological Process	chromatin silencing at rDNA	2	4.944336e-40	3.2531258711999995e-36	34.47622	34	0.03139428	25	9.101096006799999e-7	6.519792	15	36	0.0125	
GO Biological Process	negative regulation of gene expression, epigenetic	3	1.372658e-37	6.020935540666667e-34	9.889904	58	0.05355494	2	1.2884055854e-11	4.804057	35	114	0.02916667	
GO Biological Process	chromatin assembly	4	1.861211e-37	6.12291888725e-34	6.91292	74	0.06832872	1	1.28043162617e-11	4.159462	42	158	0.035	
GO Biological Process	chromatin silencing	5	8.742626e-37	2.3008843106800004e-33	12.67382	49	0.04524469	7	3.0078879797142855e-10	4.839433	30	97	0.025	
GO Biological Process	DNA conformation change	6	1.168477e-36	2.5626648071666667e-33	4.793806	99	0.09141274	10	4.00862617e-9	2.895623	52	281	0.04333333	
GO Biological Process	nucleosome assembly	7	4.093049e-36	7.694347398714286e-33	7.217638	69	0.06371191	3	1.3857370061666667e-11	4.297553	39	142	0.0325	
GO Biological Process	nucleosome organization	8	9.366577e-36	1.5406848342875e-32	6.500924	74	0.06832872	5	5.2007447205999996e-11	3.843246	42	171	0.035	
GO Biological Process	chromatin assembly or disassembly	9	1.075889e-35	1.5730692612222222e-32	6.274223	76	0.07017544	4	5.9786666395e-11	3.780014	43	178	0.03583333	
GO Biological Process	regulation of gene expression, epigenetic	10	2.592207e-34	3.4110851913000002e-31	5.184495	86	0.07940905	9	1.5417800834444444e-9	3.091643	49	248	0.04083333	
GO Biological Process	protein-DNA complex subunit organization	11	1.224914e-32	1.4653312114545453e-29	4.682386	90	0.08310249	6	2.1467671554000002e-10	3.19209	51	250	0.0425	
GO Biological Process	protein heterotetramerization	12	1.928845e-31	2.1151392795833332e-28	15.82335	37	0.03416436	33	0.0000021176236389696967	5.69	16	44	0.01333333	
GO Biological Process	gene silencing	13	2.819843e-31	2.8543318489999997e-28	6.196229	67	0.06186519	16	1.5855994620625e-7	3.216431	37	180	0.03083333	
GO Biological Process	negative regulation of megakaryocyte differentiation	14	6.552131e-31	6.158535130642857e-28	91.21719	19	0.01754386	71	0.001237186198084507	6.954444	8	18	0.006666667	
GO Biological Process	protein-DNA complex assembly	15	7.848694e-31	6.885397623066667e-28	4.85256	82	0.0757156	8	8.799464421875e-10	3.286689	46	219	0.03833333	
GO Biological Process	DNA packaging	16	9.323717e-31	7.6681745001875e-28	5.406115	74	0.06832872	11	5.559592564636364e-9	3.302487	42	199	0.035	
GO Biological Process	positive regulation of gene expression, epigenetic	17	2.446757e-29	1.893933844882353e-26	10.57489	43	0.03970452	41	0.000005955336534878048	4.107469	21	80	0.0175	
GO Biological Process	regulation of hematopoietic stem cell differentiation	18	6.719375e-27	4.9122364236111115e-24	8.551391	45	0.04155125	62	0.0003874090251935484	3.190267	21	103	0.0175	
GO Biological Process	chromosome organization	19	5.607122e-25	3.8833746525263157e-22	2.847486	125	0.1154201	44	0.000011388441596590909	1.94917	72	578	0.06	
GO Biological Process	regulation of gene silencing	20	7.338789e-25	4.82855622255e-22	6.155051	53	0.04893813	76	0.001504138282986842	2.747271	23	131	0.01916667	
GO Cellular Component	nucleosome	1	6.264219e-49	1.0824570432e-45	15.54776	59	0.0544783	1	4.0877740800000003e-22	6.557048	44	105	0.03666667	
GO Cellular Component	DNA packaging complex	2	6.025542e-44	5.206068288e-41	12.62337	59	0.0544783	2	4.938128064e-21	6.147232	44	112	0.03666667	
GO Cellular Component	nuclear nucleosome	3	4.499519e-39	2.591722944e-36	32.24725	34	0.03139428	27	6.27042816e-7	5.867813	15	40	0.0125	
GO Cellular Component	protein-DNA complex	5	3.654315e-30	1.262931264e-27	5.450316	72	0.06648199	3	9.66955392e-16	4.028069	52	202	0.04333333	
GO Cellular Component	chromatin	9	1.765513e-28	3.38978496e-26	3.020021	131	0.1209603	4	5.15706912e-15	2.736703	85	486	0.07083333	
GO Cellular Component	chromosome	14	7.876311e-24	9.721618148571429e-22	2.188844	187	0.1726685	9	7.32227712e-11	1.957944	122	975	0.1016667	
GO Cellular Component	chromosomal part	17	4.706997e-22	4.7845240094117644e-20	2.23839	166	0.1532779	7	1.5353082514285713e-11	2.075314	113	852	0.09416667	
GO Cellular Component	nuclear chromatin	18	6.079092e-22	5.83592832e-20	3.167161	94	0.08679594	11	1.2959945018181818e-10	2.822492	57	316	0.0475	
GO Cellular Component	chromosome, telomeric region	20	4.153211e-20	3.5883743039999995e-18	5.3226	48	0.04432133	56	0.012556379314285715	2.155045	23	167	0.01916667	
GO Cellular Component	ribosomal subunit	22	5.137873e-20	4.035565701818182e-18	5.17737	49	0.04524469	26	3.972911926153846e-7	2.960338	35	185	0.02916667	
GO Cellular Component	nuclear chromosome, telomeric region	25	1.347812e-19	9.316076543999998e-18	6.003695	42	0.03878116	55	0.008466464814545454	2.370833	20	132	0.01666667	
GO Cellular Component	nuclear chromosome part	27	2.236536e-19	1.43138304e-17	2.56309	114	0.1052632	15	1.0912962816e-8	2.22231	73	514	0.06083333	
GO Cellular Component	nuclear chromosome	30	4.277959e-18	2.464104384e-16	2.425022	117	0.1080332	16	1.55392128e-8	2.1622	76	550	0.06333333	
GO Cellular Component	cytosolic ribosome	34	7.700425e-16	3.913627764705883e-14	5.179794	38	0.03508772	17	2.8631445458823526e-8	3.911875	28	112	0.02333333	
GO Cellular Component	ribosome	35	2.49851e-15	1.23355008e-13	3.787228	51	0.04709141	32	0.000019534246200000003	2.45321	37	236	0.03083333	
GO Cellular Component	cytosolic part	37	8.67237e-14	4.0502311783783786e-12	3.301248	54	0.0498615	31	0.000010858071948387098	2.477521	38	240	0.03166667	
GO Cellular Component	small ribosomal subunit	41	3.660371e-12	1.542712460487805e-10	6.245086	24	0.02216066	44	0.001597962501818182	3.259896	15	72	0.0125	
GO Cellular Component	vacuolar part	49	6.285183e-10	2.2164890253061223e-8	2.052728	86	0.07940905	61	0.03561951895081967	1.527966	54	553	0.045	
GO Cellular Component	myelin sheath	52	1.310164e-9	4.353775753846154e-8	3.000955	41	0.0378578	47	0.0036436460936170216	2.318148	24	162	0.02	
GO Cellular Component	cortical cytoskeleton	53	1.611058e-9	5.252657026415094e-8	3.658317	31	0.02862419	41	0.0011071338146341463	3.09311	17	86	0.01416667	
GO Molecular Function	nucleosomal DNA binding	1	8.163177e-26	3.4464933294e-22	11.92469	35	0.03231764	6	0.00006095072708333333	5.102446	15	46	0.0125	
GO Molecular Function	nucleosome binding	2	1.979429e-24	4.178574619e-21	8.443745	41	0.0378578	12	0.0010078417121666668	3.793333	16	66	0.01333333	
GO Molecular Function	chromatin DNA binding	4	8.950703e-18	9.4474670165e-15	5.0665	44	0.04062789	8	0.00028352730172499996	3.310048	22	104	0.01833333	
GO Molecular Function	structural constituent of ribosome	6	1.215305e-15	8.551696183333334e-13	4.720893	41	0.0378578	10	0.0005570160596000001	2.704506	28	162	0.02333333	
GO Molecular Function	cadherin binding	8	5.170437e-14	2.72869812675e-11	2.637699	77	0.0710988	19	0.012802650585263158	1.955938	38	304	0.03166667	
GO Molecular Function	structure-specific DNA binding	9	3.07865e-13	1.4442289222222225e-10	3.608165	46	0.04247461	14	0.0022656238138571427	2.701727	24	139	0.02	
GO Molecular Function	histone binding	10	5.674857e-13	2.3959246254000003e-10	3.102639	55	0.05078486	13	0.001050192946	2.449861	31	198	0.02583333	
GO Molecular Function	structural molecule activity	14	4.055475e-12	1.2230153892857146e-9	2.038513	109	0.1006464	27	0.023729782274074074	1.555859	70	704	0.05833333	
Mouse Phenotype Single KO	abnormal erythropoiesis	142	0.0005184003	0.033429517937323946	2.045374	27	0.02493075	4	0.012570393080249999	2.98725	21	110	0.0175	
Mouse Phenotype	abnormal platelet dense granule morphology	49	7.870628e-7	0.0001535736210367347	4.909686	15	0.01385042	11	0.00878832343909091	5.215833	10	30	0.008333333