# 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	regulation of intrinsic apoptotic signaling pathway	15	1.09607e-19	9.615456753333333e-17	2.461388	131	0.02553109	230	0.003575533729217391	1.606582	57	155	0.01326198	
GO Biological Process	mitochondrial translation	26	9.860964e-17	4.990785587538462e-14	3.037196	77	0.01500682	218	0.0027497287849541285	1.755676	43	107	0.01000465	
GO Biological Process	mitochondrial translational termination	31	1.909471e-15	8.105396415806451e-13	3.28201	63	0.01227831	243	0.004890859682263374	1.807769	36	87	0.008375989	
GO Biological Process	cellular protein complex disassembly	34	3.383774e-15	1.3096200607647058e-12	2.525512	94	0.01832002	299	0.016185882471237457	1.59495	46	126	0.01070265	
GO Biological Process	translational elongation	35	3.414748e-15	1.2838476837714286e-12	2.812727	78	0.01520172	176	0.0009672238835227273	1.794319	46	112	0.01070265	
GO Biological Process	mitochondrial translational elongation	38	1.03636e-14	3.5888055894736843e-12	3.230504	61	0.01188852	254	0.006550907668897639	1.798908	35	85	0.008143322	
GO Biological Process	translational termination	40	2.021083e-14	6.648857799249999e-12	2.956215	68	0.01325278	226	0.003370780909424779	1.793498	39	95	0.009073988	
GO Biological Process	protein complex disassembly	42	4.0964e-14	1.2834411333333333e-11	2.228828	111	0.02163321	280	0.012618752555357143	1.538688	56	159	0.01302932	
GO Biological Process	negative regulation of intrinsic apoptotic signaling pathway	47	1.492763e-13	4.1794187908510644e-11	2.503863	84	0.01637108	396	0.03908405763888889	1.626672	35	94	0.008143322	
GO Biological Process	macromolecular complex disassembly	53	4.616057e-13	1.1460885672264152e-10	2.044667	124	0.02416683	284	0.012954382183450705	1.486756	65	191	0.01512331	
GO Biological Process	interaction with host	54	5.30846e-13	1.2935930581481482e-10	2.040272	124	0.02416683	158	0.00034095010642405064	1.713246	60	153	0.01395998	
GO Biological Process	regulation of mRNA stability	62	1.497101e-12	3.177476138548387e-10	2.04834	118	0.02299747	249	0.005910113824899598	1.591276	55	151	0.01279665	
GO Biological Process	cellular response to topologically incorrect protein	64	2.246795e-12	4.61962115703125e-10	2.247075	94	0.01832002	336	0.02397729196220238	1.540072	49	139	0.01140065	
GO Biological Process	mRNA transport	99	5.231143e-10	6.953193003737374e-8	2.011325	95	0.01851491	335	0.02401856884358209	1.526079	51	146	0.01186598	
GO Biological Process	modulation by symbiont of host cellular process	102	7.968199e-10	1.0279757905980393e-7	3.137	40	0.007795751	303	0.01771891487491749	2.340416	15	28	0.003489995	
GO Biological Process	RNA 3'-end processing	110	1.438336e-9	1.7206421294545455e-7	2.358822	63	0.01227831	314	0.020860183217834397	1.633187	40	107	0.009306654	
GO Biological Process	regulation of very-low-density lipoprotein particle remodeling	145	9.755794e-9	8.853551258344829e-7	15.91401	9	0.001754044	337	0.024491448800296738	4.368776	5	5	0.001163332	
GO Biological Process	alcohol biosynthetic process	153	1.33895e-8	0.0000011515845130718955	2.234905	62	0.01208341	283	0.012889217250883392	1.805761	31	75	0.007212657	
GO Biological Process	regulation of myotube differentiation	154	1.490792e-8	0.0000012738527225974026	2.338888	56	0.01091405	315	0.021423578878095238	1.906375	24	55	0.005583993	
GO Biological Process	modulation by virus of host process	169	3.688319e-8	0.000002871869214260355	2.95393	35	0.006821282	361	0.03155915315180056	2.36642	13	24	0.003024663	
GO Cellular Component	mitochondrial ribosome	24	5.600547e-20	4.03239384e-18	4.001105	65	0.0126681	49	0.0006764612179591836	1.901703	37	85	0.008608655	
GO Cellular Component	ribosomal subunit	29	1.748113e-17	1.0416342289655173e-15	2.4978	112	0.0218281	54	0.00165161664	1.55859	66	185	0.01535598	
GO Cellular Component	mitochondrial large ribosomal subunit	30	2.574407e-17	1.4828584320000001e-15	4.763935	46	0.008965114	66	0.009805339636363635	1.970232	23	51	0.005351326	
GO Cellular Component	catalytic step 2 spliceosome	37	1.461651e-14	6.826305210810811e-13	2.733172	78	0.01520172	80	0.0187370172	1.638291	36	96	0.008375989	
GO Cellular Component	ribosome	38	3.640545e-14	1.655489936842105e-12	2.068958	132	0.02572598	47	0.0004134802519148936	1.536476	83	236	0.01931131	
GO Cellular Component	spliceosomal complex	42	1.70585e-12	7.018354285714285e-11	2.010058	123	0.02397194	48	0.00058342644	1.597187	68	186	0.01582131	
GO Cellular Component	large ribosomal subunit	44	3.552563e-12	1.395188378181818e-10	2.588246	70	0.01364256	84	0.026203494857142857	1.557564	41	115	0.009539321	
GO Cellular Component	melanosome	52	1.351177e-9	4.4900651076923076e-8	2.005957	91	0.01773533	50	0.0009186400511999999	1.789118	43	105	0.01000465	
GO Cellular Component	PcG protein complex	59	1.092071e-8	3.198472352542373e-7	2.452137	52	0.01013448	71	0.013240483605633803	1.994441	21	46	0.004885993	
GO Cellular Component	nucleosome	69	3.656127e-7	0.000009156213704347826	2.391722	43	0.008380433	74	0.015719377816216216	1.622688	39	105	0.009073988	
GO Cellular Component	cytoplasmic stress granule	76	0.000001319776	0.000030007538526315788	2.384973	39	0.007600858	62	0.004734006503225806	2.133588	21	43	0.004885993	
GO Cellular Component	spherical high-density lipoprotein particle	80	0.000001577556	0.000034075209599999996	6.565074	11	0.002143832	93	0.04830034993548387	3.276582	6	8	0.001395998	
GO Cellular Component	DNA packaging complex	89	0.000005891103	0.00011438006723595506	2.07734	46	0.008965114	76	0.015905214568421054	1.599284	41	112	0.009539321	
GO Cellular Component	female pronucleus	123	0.0001078022	0.001514489443902439	4.505111	10	0.001948938	93	0.04830034993548387	3.276582	6	8	0.001395998	
GO Molecular Function	structural constituent of ribosome	10	2.716571e-10	1.1469362761999998e-7	2.114394	87	0.01695576	32	0.01681412819375	1.56413	58	162	0.01349465	
Human Phenotype	Increased serum lactate	9	7.218451e-10	5.352080391444445e-7	2.365091	65	0.0126681	17	0.03661949668058823	1.74751	40	100	0.009306654	
Mouse Phenotype Single KO	abnormal vitelline vein morphology	1	4.597289e-12	4.2097375373000004e-8	3.128982	51	0.009939583	63	0.010549334931428572	2.621266	15	25	0.003489995	
Mouse Phenotype Single KO	decreased creatinine clearance	160	0.0001731244	0.0099081258175	2.945054	16	0.003118301	95	0.02626244950105263	2.826855	11	17	0.00255933	
Mouse Phenotype	abnormal vitelline vein morphology	1	4.597289e-12	4.3954680129000004e-8	3.128982	51	0.009939583	103	0.006737185569320388	2.621266	15	25	0.003489995	
Mouse Phenotype	abnormal amino acid metabolism	4	5.624558e-11	1.34440997595e-7	9.285511	16	0.003118301	201	0.03840083369701493	3.744665	6	7	0.001395998	
Mouse Phenotype	decreased creatinine clearance	166	0.0001731244	0.009971339689156627	2.945054	16	0.003118301	163	0.015981639692024537	2.826855	11	17	0.00255933