# 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	RNA splicing, via transesterification reactions	43	1.998928e-23	6.117184546976744e-21	2.332862	174	0.04594666	87	7.423481959310345e-9	1.720681	119	288	0.02639166	
GO Biological Process	mRNA splicing, via spliceosome	44	3.632296e-23	1.0863041605454544e-20	2.325901	173	0.0456826	88	7.575978733068182e-9	1.724182	118	285	0.02616988	
GO Biological Process	regulation of gene expression, epigenetic	57	1.867661e-15	4.311675631403508e-13	2.1895	127	0.03353578	507	0.048355172258382643	1.343335	80	248	0.01774229	
GO Biological Process	negative regulation of mitotic cell cycle phase transition	82	7.046503e-12	1.1307918655731707e-9	2.028027	113	0.02983892	257	0.0020367904698443576	1.527621	73	199	0.01618984	
GO Biological Process	negative regulation of cell cycle phase transition	85	1.246095e-11	1.929101659411765e-9	2.001404	114	0.03010298	288	0.004261636273402778	1.488701	74	207	0.01641162	
GO Biological Process	termination of RNA polymerase II transcription	93	4.422378e-11	6.257427107741936e-9	3.470494	40	0.01056245	332	0.011484422124698796	1.810582	30	69	0.00665336	
GO Biological Process	RNA 3'-end processing	94	4.584185e-11	6.417371320744681e-9	2.790127	55	0.01452337	474	0.037384496907173	1.556762	40	107	0.008871147	
GO Biological Process	mRNA 3'-end processing	111	1.31717e-9	1.5614991018018018e-7	2.934191	43	0.01135463	377	0.01725749446100796	1.730634	32	77	0.007096917	
GO Biological Process	regulation of mRNA processing	113	1.512658e-9	1.7615103205309736e-7	2.154394	76	0.02006866	232	0.0008437176449137931	1.753405	48	114	0.01064538	
GO Biological Process	mitochondrial membrane organization	117	1.772144e-9	1.9931318714529915e-7	2.15885	75	0.01980459	352	0.014096806789488636	1.578418	47	124	0.0104236	
GO Biological Process	translational elongation	128	3.403214e-9	3.49866351765625e-7	2.540639	52	0.01373119	374	0.016801636380748664	1.598808	43	112	0.009536483	
GO Biological Process	modulation of transcription in other organism involved in symbiotic interaction	167	7.70812e-8	0.0000060737216215568856	3.244408	29	0.007657777	492	0.04305228960162601	2.159286	14	27	0.003104901	
GO Biological Process	inner mitochondrial membrane organization	168	7.846579e-8	0.000006146019825059524	3.165009	30	0.007921838	444	0.029877894786036037	1.978061	19	40	0.004213795	
GO Biological Process	regulation of mRNA splicing, via spliceosome	221	4.384656e-7	0.000026107551268778282	2.068981	58	0.01531555	268	0.002887909983544776	1.84496	35	79	0.007762253	
GO Biological Process	negative regulation of G1/S transition of mitotic cell cycle	228	6.040792e-7	0.00003486437803859649	2.0197	60	0.01584368	403	0.020560966887344913	1.63139	38	97	0.008427589	
GO Biological Process	cristae formation	229	6.211432e-7	0.00003569267846637554	3.329995	24	0.00633747	425	0.02500085221717647	2.149336	16	31	0.003548459	
GO Biological Process	peptidyl-lysine trimethylation	235	8.773169e-7	0.000049126013136595744	3.085818	26	0.006865593	289	0.004356907107716263	2.467756	16	27	0.003548459	
GO Biological Process	transcription from RNA polymerase III promoter	278	0.000003562414	0.00016862520081294965	2.923233	25	0.006601532	413	0.02289910700048426	1.983018	20	42	0.004435573	
GO Biological Process	histone H4-K20 methylation	297	0.000005612249	0.00024865853397643096	5.206063	12	0.003168735	451	0.03012089264523281	3.23893	7	9	0.001552451	
GO Biological Process	negative regulation of cyclin-dependent protein serine/threonine kinase activity	299	0.000006137827	0.00027012597154849494	3.075482	22	0.005809348	346	0.012613582269075146	2.429197	14	24	0.003104901	
GO Cellular Component	spliceosomal complex	29	3.250809e-14	1.9370337765517242e-12	2.302733	104	0.02746237	24	0.0000078795936	1.723946	77	186	0.01707696	
GO Cellular Component	catalytic step 2 spliceosome	33	2.748015e-12	1.4389605818181818e-10	2.848593	60	0.01584368	39	0.0018097472492307693	1.778519	41	96	0.009092925	
GO Cellular Component	mitochondrial membrane part	42	9.420317e-10	3.8757875657142856e-8	2.009356	92	0.02429364	63	0.04888177371428571	1.375017	70	212	0.01552451	
GO Cellular Component	mitochondrial proton-transporting ATP synthase complex, coupling factor F(o)	53	6.919175e-8	0.000002255912150943396	6.510276	14	0.003696858	57	0.026889356463157894	3.028609	8	11	0.001774229	
GO Cellular Component	pronucleus	80	0.00001542243	0.00033312448799999997	4.064792	14	0.003696858	42	0.003168467794285714	3.053848	11	15	0.002439565	
GO Molecular Function	chromatin DNA binding	10	7.623687e-13	3.2187206514e-10	2.535591	77	0.02033272	54	0.012039400470370372	1.681752	42	104	0.009314704	
GO Molecular Function	ribonucleoprotein complex binding	11	1.862043e-12	7.146859587272728e-10	2.713822	66	0.01742804	49	0.003898584460408163	1.701947	47	115	0.0104236	
GO Molecular Function	armadillo repeat domain binding	92	0.0002112961	0.009696653632608696	3.336934	13	0.003432796	62	0.02089686390645161	3.33147	8	10	0.001774229	
GO Molecular Function	thyroid hormone receptor binding	113	0.0005599173	0.02092009593451328	2.550079	17	0.004489041	73	0.04081302717534247	2.230895	15	28	0.00332668	
Mouse Phenotype Single KO	abnormal liver sinusoid morphology	15	5.974244e-9	0.0000036470768205333334	2.496536	52	0.01373119	275	0.009731093952727273	1.829785	29	66	0.006431581	
Mouse Phenotype Single KO	thin interventricular septum	104	0.00004687651	0.0041273865583653846	2.935641	19	0.005017164	281	0.010481503022419928	2.630108	12	19	0.002661344	
Mouse Phenotype Single KO	abnormal epithalamus morphology	151	0.0002530378	0.015344815460927154	2.56772	19	0.005017164	404	0.03579605028465347	2.677074	9	14	0.001996008	
Mouse Phenotype	abnormal liver sinusoid morphology	28	2.69473e-9	9.201540546428571e-7	2.298618	64	0.01689992	255	0.000582450495882353	1.922002	36	78	0.007984032	
Mouse Phenotype	lymphoid hyperplasia	46	1.166135e-7	0.000024237862467391306	2.974399	32	0.00844996	805	0.046840063498136644	1.952033	15	32	0.00332668	
Mouse Phenotype	enlarged liver sinusoidal spaces	59	3.294983e-7	0.00005339547875084746	2.526101	39	0.01029839	473	0.009806014269133193	2.031384	20	41	0.004435573	
Mouse Phenotype	thick interventricular septum	65	5.035533e-7	0.00007406881694307693	2.482083	39	0.01029839	667	0.029307446541229385	1.922002	18	39	0.003992016	
Mouse Phenotype	tachypnea	70	6.699776e-7	0.00009150936905142857	3.992367	19	0.005017164	806	0.04685182998387097	2.313521	10	18	0.002217787	
Mouse Phenotype	early cellular replicative senescence	86	0.000003700634	0.0004114158334186046	2.201478	42	0.01109057	670	0.029295760208955225	1.654326	29	73	0.006431581	
Mouse Phenotype	abnormal cellular replicative senescence	92	0.000006469834	0.0006723704660217391	2.08696	45	0.01188276	715	0.036832970236363644	1.586414	32	84	0.007096917	
Mouse Phenotype	persistent right dorsal aorta	159	0.000127978	0.007695582754716982	2.337077	25	0.006601532	682	0.03131069084604105	2.449611	10	17	0.002217787	
Mouse Phenotype	abnormal pineal gland morphology	181	0.0001865063	0.009851860410497237	3.864966	11	0.002904674	768	0.042129089941406246	3.123253	6	8	0.001330672	
Mouse Phenotype	abnormal epithalamus morphology	193	0.0002530378	0.012535204175129534	2.56772	19	0.005017164	626	0.024120829864217257	2.677074	9	14	0.001996008	
Mouse Phenotype	double ureter	260	0.0009119862	0.033536538685384615	2.196743	21	0.005545287	463	0.00882441684298056	2.694572	11	17	0.002439565