# 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	negative regulation of megakaryocyte differentiation	5	3.622508e-20	9.5337165544e-17	70.40827	13	0.01354167	85	0.0007194616680941177	7.301254	8	18	0.006999125	
GO Biological Process	DNA replication-dependent nucleosome assembly	7	1.091954e-17	2.0527175265714284e-14	36.50373	14	0.01458333	123	0.009315763202926828	4.620325	9	32	0.007874016	
GO Biological Process	chromatin silencing at rDNA	11	2.184861e-15	2.6136896271818182e-12	18.30282	16	0.01666667	115	0.0045523571942608695	4.563284	10	36	0.008748906	
GO Biological Process	protein folding	15	6.557929e-14	5.7530525140666664e-11	3.577164	49	0.05104167	89	0.001063066522494382	2.326063	32	226	0.0279965	
GO Biological Process	regulation of hematopoietic progenitor cell differentiation	16	7.942007e-14	6.5318043820625e-11	5.685626	30	0.03125	64	0.000216983685625	3.198337	22	113	0.01924759	
GO Biological Process	regulation of hematopoietic stem cell differentiation	21	9.199153e-13	5.764364491761905e-10	5.788223	27	0.028125	99	0.0016980971736363637	3.030375	19	103	0.01662292	
GO Biological Process	protein-DNA complex subunit organization	22	1.261627e-12	7.546249860454546e-10	3.110697	53	0.05520833	43	0.000005703701224883722	2.628451	40	250	0.03499563	
GO Biological Process	telomere capping	24	5.966576e-12	3.2714238993333332e-9	13.61985	14	0.01458333	123	0.009315763202926828	4.620325	9	32	0.007874016	
GO Biological Process	nucleosome organization	29	1.001929e-11	4.5463392106896555e-9	3.766034	38	0.03958333	53	0.000035155162318867926	2.882074	30	171	0.02624672	
GO Biological Process	negative regulation of gene expression, epigenetic	30	1.04119e-11	4.567006403333333e-9	5.193798	27	0.028125	119	0.006162716872857143	2.73797	19	114	0.01662292	
GO Biological Process	protein-DNA complex assembly	33	1.8054e-11	7.199169272727273e-9	3.137705	47	0.04895833	57	0.00010262205443157895	2.550438	34	219	0.02974628	
GO Biological Process	nucleosome assembly	34	2.388793e-11	9.245331496176471e-9	4.012196	34	0.03541667	70	0.0002681792920857143	2.892222	25	142	0.02187227	
GO Biological Process	DNA conformation change	39	5.237879e-11	1.7673140964358972e-8	2.840572	52	0.05416667	173	0.03694361106473988	1.870784	32	281	0.0279965	
GO Biological Process	protein heterotetramerization	42	8.610273e-11	2.6976805335000003e-8	8.201682	17	0.01770833	90	0.0012221470961777778	4.480315	12	44	0.01049869	
GO Biological Process	chromatin assembly	47	1.128851e-10	3.16054261893617e-8	3.688545	35	0.03645833	82	0.0005276603338658537	2.703312	26	158	0.02274716	
GO Biological Process	chromatin assembly or disassembly	49	2.130422e-10	5.72127002e-8	3.445921	37	0.03854167	65	0.00022771183873846157	2.676443	29	178	0.02537183	
GO Biological Process	telomere organization	59	5.200813e-10	1.1599575977457628e-7	4.494004	26	0.02708333	122	0.00864584159090164	2.667766	19	117	0.01662292	
GO Biological Process	chromatin silencing	62	6.937109e-10	1.4723454408225804e-7	5.835775	20	0.02083333	153	0.020459019754901962	2.709744	16	97	0.01399825	
GO Biological Process	response to topologically incorrect protein	68	4.559487e-9	8.823277857794119e-7	3.256649	34	0.03541667	69	0.0002713088292173913	2.646705	29	180	0.02537183	
GO Biological Process	regulation of megakaryocyte differentiation	73	1.75115e-8	0.000003156627787671233	4.373041	22	0.02291667	93	0.0015314118762365593	3.458489	16	76	0.01399825	
GO Cellular Component	nucleosome	5	5.314285e-17	1.836616896e-14	8.32398	28	0.02916667	6	8.011785600000001e-7	3.911386	25	105	0.02187227	
GO Cellular Component	nuclear nucleosome	9	3.247389e-16	6.23498688e-14	18.18946	17	0.01770833	20	0.00023996217599999998	4.928346	12	40	0.01049869	
GO Cellular Component	DNA packaging complex	13	8.756056e-15	1.1638819052307693e-12	6.758317	28	0.02916667	10	0.000001975520448	3.666924	25	112	0.02187227	
GO Cellular Component	chromatin	22	2.517727e-10	1.9775601163636363e-8	2.132602	82	0.08541667	8	9.331634160000001e-7	2.163335	64	486	0.055993	
GO Cellular Component	nuclear chromatin	27	2.82153e-9	1.8057792e-7	2.318619	61	0.06354167	11	0.0000018639668945454545	2.443379	47	316	0.04111986	
GO Cellular Component	protein-DNA complex	31	2.216658e-8	0.0000012356080722580646	2.988921	35	0.03645833	18	0.000174730272	2.521101	31	202	0.02712161	
GO Cellular Component	melanosome	55	0.0000252216	0.0007924168145454545	2.70981	23	0.02395833	28	0.011977823314285712	2.659743	17	105	0.01487314	
GO Cellular Component	nuclear euchromatin	56	0.00002622208	0.0008091384685714286	4.429349	12	0.0125	32	0.029898936	4.59979	7	25	0.006124234	
GO Molecular Function	unfolded protein binding	4	5.312442e-12	5.607282531e-9	5.582132	26	0.02708333	19	0.004343393610526315	2.94461	19	106	0.01662292	
GO Molecular Function	histone binding	18	0.000002646435	0.0006207360316666667	2.354656	37	0.03854167	27	0.027820618807407407	2.157189	26	198	0.02274716	
GO Molecular Function	p53 binding	50	0.0003994277	0.033727674988	2.619924	17	0.01770833	30	0.038199544206666665	3.050881	13	70	0.01137358	
Mouse Phenotype Single KO	increased neutrophil cell number	64	0.000001732535	0.000247887859296875	2.552928	33	0.034375	40	0.01477964294975	2.437677	23	155	0.02012248	
Mouse Phenotype Single KO	increased granulocyte number	67	0.000002421404	0.00033093726011940297	2.130244	46	0.04791667	19	0.007364613639473686	2.18182	34	256	0.02974628	
Mouse Phenotype Single KO	altered susceptibility to autoimmune disorder	79	0.000005817054	0.000674262828835443	2.164813	41	0.04270833	12	0.0027828161154166667	2.265906	36	261	0.03149606	
Mouse Phenotype Single KO	increased activated T cell number	165	0.0001923825	0.010676645772727273	4.176901	10	0.01041667	37	0.013918412312432432	5.475941	8	24	0.006999125	
Mouse Phenotype Single KO	abnormal white fat cell morphology	197	0.0005819345	0.027049615312182744	2.385161	19	0.01979167	42	0.02125231342166667	3.042189	15	81	0.01312336	
Mouse Phenotype	abnormal hemopoiesis	2	4.386607e-21	2.0970174763499998e-17	2.061895	185	0.1927083	2	0.000009527393085	1.783499	109	1004	0.09536308	
Mouse Phenotype	abnormal definitive hematopoiesis	5	9.385101e-19	1.7946190132199998e-15	2.007301	175	0.1822917	3	0.000023433325795	1.763723	105	978	0.09186352	
Mouse Phenotype	abnormal leukopoiesis	8	5.480698e-16	6.55011919725e-13	2.053905	142	0.1479167	7	0.00014880125764285714	1.805972	83	755	0.07261592	
Mouse Phenotype	abnormal lymphopoiesis	16	2.259781e-13	1.3503603838125e-10	2.016915	123	0.128125	34	0.0013348899476470588	1.741198	69	651	0.06036745	
Mouse Phenotype	abnormal bone marrow cell morphology/development	23	1.272896e-12	5.291373328695652e-10	2.022394	115	0.1197917	39	0.001357917205153846	1.775981	64	592	0.055993	
Mouse Phenotype	abnormal B cell differentiation	25	3.039092e-12	1.16227034448e-9	2.339032	82	0.08541667	105	0.028671117042857144	1.804212	38	346	0.03324584	
Mouse Phenotype	decreased T cell proliferation	125	0.00001587301	0.00121409478888	2.050769	42	0.04375	131	0.04107885839541984	2.005274	26	213	0.02274716	
Mouse Phenotype	decreased susceptibility to induced colitis	212	0.000379463	0.017113423316037737	4.20268	9	0.009375	138	0.04507098355217391	3.982502	8	33	0.006999125	
Mouse Phenotype	decreased fat cell size	259	0.00110098	0.04064274046332047	2.317362	18	0.01875	97	0.022915558382474225	2.948583	14	78	0.01224847	
Mouse Phenotype	abnormal white fat cell morphology	271	0.001359161	0.047951801922509224	2.036009	23	0.02395833	55	0.002954931351818182	2.972653	19	105	0.01662292