iUUCD 2.0 - integrated annotations for ubiquitin and ubiquitin-like conjugation database

Wdr76

SNP - dbSNP
dbSNP	Type	Alleles	Het	Se(het)	Fxn-class	Gene Name	Assembly	Chr-pos	Sequence	Entrez Gene
rs257136926	in-del	-/AAAAG			intron-variant	Wdr76	Mm_Celera	2:121517957	AATAAATAAATCTTA[-/AAAAG]AAAAAAAAAAGAAAA	241627
rs257213971	in-del	-/TTT			intron-variant	Wdr76	GRCm38.p3	2:121523079	AAGCTTTTTTTTTTT[-/TTT]TTTTTAAAGATTTAT	241627
rs257463268	in-del	-/TTTGTTCG			intron-variant	Wdr76	Mm_Celera	2:121534586	TCTTTTCTTCTTTCT[-/TTTGTTCG]TTCGTTCGTTCGTTC	241627
rs257478835	in-del	-/TT			intron-variant	Wdr76	GRCm38.p3	2:121538141	ACACACATGGAAAAC[-/TT]TTTTTTTTTTTTTTT	241627
rs257581876	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121527834	TGATTCTAAATTGTG[C/T]CAGGTTTAAATCAGT	241627
rs257710403	snp	A/T			upstream-variant-2KB, intron-variant	Wdr76, Mfap1a	Mm_Celera	2:121506300	CAAGTGGATCCCGCT[A/T]TCCCCTTTCTCTACG	241627
rs257769897	in-del	-/T			intron-variant	Wdr76	Mm_Celera	2:121518942	CCATCTCACTGGCTC[-/T]TTTTATTTTGAGACA	241627
rs257811734	snp	A/C/G			utr-variant-3-prime	Wdr76	Mm_Celera	2:121544009	GGGGGCGGGGGGGGG[A/C/G]GCTGGGCGGCGTGGA	241627
rs257886065	snp	A/T			intron-variant	Wdr76	Mm_Celera	2:121529739	GTATGTCTGAATTGT[A/T]TTCCATAACTGGTGC	241627
rs257913976	in-del	-/T			intron-variant	Wdr76	Mm_Celera	2:121533516	TGAGCATTGGTTTTC[-/T]TTTTTTCTTTTTTTA	241627
rs257915638	snp	G/T			intron-variant	Wdr76	Mm_Celera	2:121533173	TTGATATAGCTTTAT[G/T]AACTGTGAAGAATTT	241627
rs257915893	in-del	-/TCC			cds-indel	Wdr76	Mm_Celera	2:121543958	TCCCTTCTATCTCTA[-/TCC]TCCTCTCTCTGTTAT	241627
rs257952466	in-del	-/C			intron-variant	Wdr76	Mm_Celera	2:121515932	ATTCTTGGCCATATA[-/C]TAGGTTCAAGCCTAG	241627
rs257998098	snp	C/T			intron-variant, upstream-variant-2KB	Wdr76, Mfap1a	Mm_Celera	2:121508051	CTCTTCTGCCACTGC[C/T]GCCAGACACAGTTCT	241627
rs258062163	snp	C/T			intron-variant, upstream-variant-2KB	Wdr76, Mfap1a	Mm_Celera	2:121507325	TTTAAGTAGCGAGGG[C/T]TTTCAATGAACGAAA	241627
rs258106133	snp	C/G			intron-variant	Wdr76	Mm_Celera	2:121511052	AGACTTTGTGTATCC[C/G]TGTGCTTGCGTGTGT	241627
rs258160545	snp	C/T			intron-variant, upstream-variant-2KB	Wdr76, Mfap1a	Mm_Celera	2:121508457	TTGAACTCAGGACCT[C/T]TTGAAGAGCAGTCAG	241627
rs258164016	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121519267	TTTTGTTATTGACAG[A/G]CGGTATATTTATCTA	241627
rs258178717	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121536651	CTTATTTGTGAATCT[A/G]AATATAGTTTTTCTG	241627
rs258286110	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121526141	AGAAAGCTGGGTGTG[A/G]CACCGTGTACTTAAT	241627
rs258299915	snp	A/C/G/T			intron-variant	Wdr76	GRCm38.p3	2:121537356	ACTCTTGTTTGGCAC[A/C/G/T]TGCTCTCTGAGGTTC	241627
rs258367722	snp	G/T			intron-variant	Wdr76	Mm_Celera	2:121517374	ACACAGGACCCTGGC[G/T]GTCCTAGAACTCACA	241627
rs258368887	snp	G/T			intron-variant	Wdr76	Mm_Celera	2:121528633	ATTTATTTATTTATT[G/T]GTTTTTCAAGACAGG	241627
rs258431646	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121527107	TTTGAGATGCTTGCA[A/G]TATAAAAGGTGTAAT	241627
rs258432103	snp	A/C			intron-variant	Wdr76	Mm_Celera	2:121528244	TCCAGACATGGGACT[A/C]ATGAGCCATGCATTG	241627
rs258641443	in-del	-/GTT			intron-variant	Wdr76	Mm_Celera	2:121532631	AGGACCCAGGTTTAG[-/GTT]GTTGTACCTACATGG	241627
rs258673262	in-del	-/TGA/TGGTGA			intron-variant	Wdr76	GRCm38.p3	2:121517261	CTTGTGTTTCATGGT[-/TGA/TGGTGA]TGATGATGATTAAAA	241627
rs258694485	in-del	-/A			intron-variant	Wdr76	Mm_Celera	2:121527152	AAACCTTGAAAAGTG[-/A]AAAAAAAATCATCCG	241627
rs258933100	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121528273	TGGGGACATCCTTAT[A/G]GCTTTTACTATACAC	241627
rs259026036	in-del	-/GTTT			intron-variant	Wdr76	Mm_Celera	2:121511735	TTCTTCACTGTCTGG[-/GTTT]AAATAAAGGTGTGTG	241627
rs259066282	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121528695	CTCACTTTGTAGACT[A/G]GGCTGGCCTCGAACT	241627
rs259084512	in-del	-/CTT			utr-variant-3-prime	Wdr76	Mm_Celera	2:121543277	GCTTTGAACTTAGTC[-/CTT]CTTCTGCCTCACTTT	241627
rs259122529	in-del	-/CATCCATCCATC			intron-variant	Wdr76	GRCm38.p3	2:121540707	GTCTGTCCTTCCGTC[-/CATCCATCCATC]CATCCATCCATTTAT	241627
rs259133842	snp	A/G/T			intron-variant	Wdr76	GRCm38.p3	2:121519504	ATGTGCTTAACATCC[A/G/T]CTGGACCGAGAAATG	241627
rs259199898	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121517406	TGTAGACCAGATTCC[A/G]AGATCCATTGACTTC	241627
rs259300188	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121516901	TGTGTACACATACAC[A/G]TAATTCTATTTTGGA	241627
rs259369887	snp	A/G			intron-variant, upstream-variant-2KB	Wdr76, Mfap1a	Mm_Celera	2:121508356	TTATGTTATTTATAC[A/G]AATACACTGTAGCTG	241627
rs259369926	snp	C/G			intron-variant	Wdr76	Mm_Celera	2:121517924	CATGGTGGCTTACTA[C/G]AGTGTACTTATGTAT	241627
rs259584463	in-del	-/CCCGTGCAG			intron-variant	Wdr76	Mm_Celera	2:121521573	TTTCTGAGATGGGTC[-/CCCGTGCAG]CCCTGTTTGCCTGTA	241627
rs259623694	snp	A/G			downstream-variant-500B	Wdr76	Mm_Celera	2:121545014	CAGTGCCGCCTTCTG[A/G]TCTCTGCAGGTATTG	241627
rs259625253	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121523569	GGGGGTTGGAACGGC[A/G]CAATAGGCAAGTGGT	241627
rs259631865	snp	C/T			intron-variant	Wdr76	Mm_Celera	2:121520598	TGCACAGGTGTGTAG[C/T]GTGTGCTGTGTGTAT	241627
rs259706007	snp	A/C			intron-variant	Wdr76	Mm_Celera	2:121513357	TGACTTGTGCCATTG[A/C]GACTCTCCATGTGGT	241627
rs259889881	in-del	-/TGG			intron-variant	Wdr76	GRCm38.p3	2:121528775	GCCACTATGCCCGGC[-/TGG]TTGTTTTAATTTTTA	241627
rs259909110	snp	G/T			intron-variant	Wdr76	Mm_Celera	2:121526487	AGCCGGTTTGTGTCA[G/T]GCTCACTAGGCAAGC	241627
rs259921982	in-del	-/AA			intron-variant	Wdr76	GRCm38.p3	2:121523519	AATAAATAAATCTTT[-/AA]AAAAAAAAAAAGAAT	241627
rs259979027	in-del	-/GGTGGGGTA			intron-variant	Wdr76	GRCm38.p3	2:121541986	AAAAAAAAAAAAAAG[-/GGTGGGGTA]GGTGGGGTGGGGAAT	241627
rs259982433	snp	C/T			utr-variant-3-prime	Wdr76	Mm_Celera	2:121542786	GGGTGTTTTCATGTA[C/T]TTTTTGATTGTTTTG	241627
rs260071245	in-del	-/C			intron-variant	Wdr76	GRCm38.p3	2:121511653	CTTTCTCTGATTTGT[-/C]ACTTTGTCTGCCACT	241627
rs260261415	in-del	-/TGGAGCAA			intron-variant	Wdr76	GRCm38.p3	2:121519813	TGAACAAATCTGGGC[-/TGGAGCAA]TGGTTCAGTGGTTAA	241627
rs260346893	snp	A/C			intron-variant, upstream-variant-2KB	Wdr76, Mfap1a	Mm_Celera	2:121507500	TGAGTAGCTAGGATT[A/C]TCTCCCGGTGTGCCT	241627
rs260396666	snp	C/T			intron-variant	Wdr76	Mm_Celera	2:121515129	CTTACTATACCTAGG[C/T]TATGTTAGAGCATAC	241627
rs260413174	snp	C/T			intron-variant	Wdr76	Mm_Celera	2:121537864	GTGTGTGCCACCATG[C/T]CCGGCCCTTATTTAA	241627
rs260453659	snp	A/G			intron-variant, upstream-variant-2KB	Wdr76, Mfap1a	Mm_Celera	2:121507114	GAGGAAATCCGTTAG[A/G]GGTCATTTGTTGGTT	241627
rs260479457	in-del	-/G			intron-variant, upstream-variant-2KB	Wdr76, Mfap1a	Mm_Celera	2:121507083	AGAAAAAAAAAGAAA[-/G]GATAAAGAATTAAAG	241627
rs260491311	snp	A/G			utr-variant-3-prime	Wdr76	GRCm38.p3	2:121543640	ACACAGAAATATAAG[A/G]CTTTTTGTTTTAATC	241627
rs260612800	snp	G/T			utr-variant-3-prime	Wdr76	Mm_Celera	2:121544642	TTAAAATAAAACTTA[G/T]CTTCATATGCATATA	241627
rs260691939	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121510027	TTTTTTTTTTTTTTT[C/T]CAAATTTAAACAGAC	241627
rs260767815	snp	C/T			intron-variant	Wdr76	Mm_Celera	2:121533573	TTTATTATGTGAGCA[C/T]ACTGTCACTCTTCAG	241627
rs260771991	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121514919	TGCTGGATTATGGCT[A/G]TCTGATGTAGGAATT	241627
rs260815232	in-del	-/GC			utr-variant-3-prime	Wdr76	GRCm38.p3	2:121544009	GGGGCGGGGGGGGGG[-/GC]GCTGGGCGGCGTGGA	241627
rs260875592	in-del	-/AG			intron-variant	Wdr76	Mm_Celera	2:121525894	TGGTCACAAGTTTAA[-/AG]AGAGTTGAGTTTCAT	241627
rs260967868	snp	A/G			upstream-variant-2KB, intron-variant	Wdr76, Mfap1a	Mm_Celera	2:121505912	AGGACCTTGGGAAGA[A/G]CAGTCGGTGCTCTTA	241627
rs261187358	in-del	-/TGTCC			downstream-variant-500B	Wdr76, Frmd5	GRCm38.p3	2:121545342	CAGGAAGTCAGAGGG[-/TGTCC]TATCCTCTGGAGCTA	241627
rs261195107	in-del	-/CC			intron-variant	Wdr76	GRCm38.p3	2:121529319	ATTTTTAAAGGTTTT[-/CC]TTTTCTTTTTCTTTT	241627
rs261195448	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121526626	GCTTCATCCTCTTGA[A/G]TGCTGGGATTACAGG	241627
rs261329701	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121523244	TGCTCTTAACCACAG[A/G]ACCATCTCTCCAGCC	241627
rs261401561	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121539453	TCTAGGTCACTTGTC[A/G]TATTTGTTTGTGTCT	241627
rs261438634	snp	G/T			intron-variant	Wdr76	Mm_Celera	2:121514214	TTAGCTTTATTTGGC[G/T]TATATGGGTGTAAGT	241627
rs261458837	snp	C/T			intron-variant	Wdr76	Mm_Celera	2:121523717	AAATCATTACCTATG[C/T]TATTACCTTTTTTTT	241627
rs261471668	in-del	-/G			intron-variant	Wdr76	Mm_Celera	2:121517631	AGAGAGTGAGTGTCT[-/G]GTTTTACATGTTCTT	241627
rs261510759	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121522511	GTTAGGGTTGGGGTT[A/G]GGGTTAGGGTTAGGG	241627
rs261598024	snp	C/T			intron-variant	Wdr76	Mm_Celera	2:121521631	CAGACTGGCTTCAGA[C/T]TTGTGGTTCTCTTGG	241627
rs261630419	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121530914	AAGTTGTTGGTTCTA[A/G]TCCTGTGAGATGCTC	241627
rs261660729	snp	A/C			intron-variant	Wdr76	Mm_Celera	2:121526035	GAATTAATACTGAGT[A/C]ATATATGACCAAACT	241627
rs261800978	snp	C/T			intron-variant	Wdr76	Mm_Celera	2:121517694	TTGGGTGGCTGTCGC[C/T]TATTTTATAGGATGA	241627
rs261895085	snp	A/C/G			intron-variant	Wdr76	Mm_Celera	2:121528772	TGCGCCACTATGCCC[A/C/G]GCTGGTTGTTTTAAT	241627
rs262047074	snp	G/T			intron-variant	Wdr76	Mm_Celera	2:121514058	AGGGCCCGACTTTTA[G/T]CATCAATGGTATATA	241627
rs262055775	in-del	-/CA			intron-variant	Wdr76	Mm_Celera	2:121511985	CACTAGCCTTGAACT[-/CA]CAGAGATCTCTGTGC	241627
rs262205754	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121541986	AAAAAAAAAAAAAAA[A/G]GGTGGGGTGGGGAAT	241627
rs262336353	snp	C/G			intron-variant	Wdr76	GRCm38.p3	2:121518252	TGGGTGTTGCATGCT[C/G]CCCCTCCCTGAACGT	241627
rs262427934	snp	C/T			intron-variant	Wdr76	Mm_Celera	2:121513129	TGGAGTTACCAGCAG[C/T]TATGAGATAGTCCCA	241627
rs262595193	in-del	-/TTTTTT			intron-variant	Wdr76	Mm_Celera	2:121523066	ATTATCTATCTAAGC[-/TTTTTT]TTTTTTTTTTTTTAA	241627
rs262609050	in-del	-/ACT			utr-variant-3-prime	Wdr76	Mm_Celera	2:121543951	TTTCTTTCCCTTCTA[-/ACT]TCTCTATCCTCCTCT	241627
rs262667960	snp	C/G			intron-variant	Wdr76	Mm_Celera	2:121511716	CTTCTAGAAACGGAA[C/G]TATTTCTTCACTGTC	241627
rs262722278	snp	A/T			utr-variant-3-prime	Wdr76	Mm_Celera	2:121544767	TTACTACTGAAGGAT[A/T]TATAAATAAATAGCT	241627
rs262786394	snp	A/G			missense, utr-variant-5-prime	Wdr76	Mm_Celera	2:121510849	AAAGTACCAGGCTGG[A/G]ACCCAAGAGGACCTC	241627
rs262796945	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121517968	TCTTAAAAAAAAAAA[A/G]AAAAGAAACTGAGAG	241627
rs262928228	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121530013	CCTCAGCTGTTAAGA[A/G]CTCTTACTGTTCTTC	241627
rs263124778	snp	C/T			intron-variant	Wdr76	Mm_Celera	2:121537529	TTCTTCTTGAACCCA[C/T]TCCTTTATGGGACTT	241627
rs263127181	in-del	-/AT			intron-variant	Wdr76	Mm_Celera	2:121522078	AGAGAGAAGGTAGGG[-/AT]ATGTGAGGAAGGAGA	241627
rs263202087	snp	A/C			intron-variant	Wdr76	Mm_Celera	2:121510143	CAGAAACAGGTGGAA[A/C]TCTGTTAGAGGCCAC	241627
rs263266127	snp	A/G			intron-variant, upstream-variant-2KB	Wdr76, Mfap1a	Mm_Celera	2:121506979	TTATACGGATACGTG[A/G]GTCACGCATGGAATT	241627
rs263347176	in-del	-/TCT			intron-variant	Wdr76	Mm_Celera	2:121541672	CCTAGGAGTTTGTCC[-/TCT]TCTTCTAGGTTATTC	241627
rs263590304	in-del	-/AGCTAATT			intron-variant	Wdr76	GRCm38.p3	2:121517986	AAGAAACTGAGAGTG[-/AGCTAATT]AGATTCTAATCTTCC	241627
rs263591685	snp	C/T			intron-variant	Wdr76	Mm_Celera	2:121535292	CTATGCCGTTCACTG[C/T]CTGCAAAGTTATAGA	241627
rs263617692	snp	A/T			utr-variant-3-prime	Wdr76	Mm_Celera	2:121543570	CAGACTGGGCTCCAG[A/T]TGAGGGGTTTGTAGT	241627
rs263638484	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121525867	GGTGTTTGGGAGGCT[A/G]ATGCAGGAGGATGGT	241627
rs263824945	snp	A/T			intron-variant, upstream-variant-2KB	Wdr76, Mfap1a	Mm_Celera	2:121508167	GGCCAACACTGGCCA[A/T]CCATCCGCAGATTTT	241627
rs263849532	in-del	-/GA			intron-variant	Wdr76	Mm_Celera	2:121540605	GTGCTACTGTGTTTG[-/GA]TGTGTTTGATGCTGA	241627
rs263902796	snp	A/T			intron-variant	Wdr76	Mm_Celera	2:121529074	TTACTTGAGATTTGT[A/T]GTTTTGTGCTTTATG	241627
rs263938101	in-del	-/TT			intron-variant	Wdr76	Mm_Celera	2:121514089	AGAATTTCTAACGAC[-/TT]TTTTTTTTTAAAAAT	241627
rs263983803	snp	A/C			intron-variant	Wdr76	Mm_Celera	2:121518935	TTACAGAGCCATCTC[A/C]CTGGCTCTTTTATTT	241627
rs264074745	snp	C/T			intron-variant	Wdr76	Mm_Celera	2:121536562	AGGCTATCACTGAGT[C/T]AGAGAAAGATTGCTT	241627
rs264085259	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121540860	TCATTGACTTGGAGC[A/G]TGCTGTTCTGGCTAG	241627
rs264164444	snp	C/G			intron-variant	Wdr76	Mm_Celera	2:121532846	GCCTTGCCATGCTGC[C/G]TATGTTGGCTTGGAC	241627
rs264307939	snp	A/C			intron-variant	Wdr76	Mm_Celera	2:121532338	ATGGCAGAAAAGGAA[A/C]AGAAGAAAGAAGAGT	241627
rs264346944	in-del	-/A			intron-variant	Wdr76	GRCm38.p3	2:121518946	CTCACTGGCTCTTTT[-/A]ATTTTGAGACAGCCT	241627
rs264467102	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121522077	GGAGAGAGAAGGTAG[A/G]GATGTGAGGAAGGAG	241627
rs264505420	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121532500	AAAGATAGTTTACTT[A/G]TAAAAGTGTTTGCTG	241627
rs264542973	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121533982	CGGGGGTACAGATGT[A/G]TGCCTCTCATCATCT	241627
rs264551271	in-del	-/TTTTCCTT			intron-variant, upstream-variant-2KB	Wdr76, Mfap1a	Mm_Celera	2:121508300	CTCTCTCTCTCTCTC[-/TTTTCCTT]TCTTTTCCTTTCTTT	241627
rs264639661	in-del	-/TCC			intron-variant, upstream-variant-2KB	Wdr76, Mfap1a	Mm_Celera	2:121508303	TCTCTCTCTCTCTCT[-/TCC]TTTCCTTTCTTTTCT	241627
rs264730968	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121524629	TGTGTAGCCTTGGCT[A/G]CTAGAACTCCCTGTG	241627
rs264820400	snp	C/G			intron-variant	Wdr76	GRCm38.p3	2:121529516	TGTCTCTCTGTCTCT[C/G]TCTGTTTTTTTTTTG	241627
rs265031656	snp	C/T			intron-variant	Wdr76	Mm_Celera	2:121520564	AGGTGAGTGTGGGCA[C/T]GAAGGCTGTGTGAAT	241627
rs265068067	snp	G/T			intron-variant	Wdr76	Mm_Celera	2:121512134	TATGTCTTAAGCCAA[G/T]ACTGTTGGCTGTATG	241627
rs265227948	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121529358	CTTTTTTTTTTCTTT[C/T]TTCTTTTTTTGAGAC	241627
rs265373192	snp	A/C			intron-variant	Wdr76	Mm_Celera	2:121510077	GAGGAAAATTTACTA[A/C]CAACTCCAGGAATTA	241627
rs265430359	snp	C/T			intron-variant, utr-variant-5-prime	Wdr76	Mm_Celera	2:121508922	TTTTAAAAATTCTTA[C/T]TGATATTGTTATTGA	241627
rs265459319	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121538111	GCTCATGACTGCTGT[A/G]ACTTCAGCTCCCTGC	241627
rs265552043	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121511159	CAGGGATGACAGCAG[A/G]CCCCTTTCTGTTAAA	241627
rs265556928	in-del	-/GTTCGTTC			intron-variant	Wdr76	Mm_Celera	2:121534589	TTTCTTCTTTCTTTT[-/GTTCGTTC]GTTCGTTCGTTCTGG	241627
rs265702276	snp	C/T			synonymous-codon	Wdr76	Mm_Celera	2:121542418	GGTGGAAGTCTTCCA[C/T]GAGTCGGGAAAGAAT	241627
rs265759068	snp	G/T			intron-variant	Wdr76	Mm_Celera	2:121536303	GAGTGCTTATCAGAC[G/T]GCTTCTACTCCCATG	241627
rs265776624	snp	A/T			intron-variant, upstream-variant-2KB	Wdr76, Mfap1a	Mm_Celera	2:121506923	TATATTAGGAGAGAC[A/T]GTTGGTGCATATTGT	241627
rs265863431	in-del	-/A			intron-variant	Wdr76	Mm_Celera	2:121512025	CCTAATGGTAGGATT[-/A]AAGATGCTGACCACC	241627
rs265972594	snp	G/T			intron-variant	Wdr76	Mm_Celera	2:121528162	TTTTGGTGTTTGGAG[G/T]TAGTTTCTGTTTAGT	241627
rs265974391	in-del	-/AAG			cds-indel	Wdr76	Mm_Celera	2:121543355	TTAGTTTTATAAGCT[-/AAG]AACTTTTTTGGGGAT	241627
rs266038810	snp	A/G			intron-variant	Wdr76	Mm_Celera	2:121530420	TGCCTAACATGTATA[A/G]TTCTTGGATGTCCCT	241627
rs266044179	in-del	-/T			intron-variant	Wdr76	Mm_Celera	2:121513746	TTGTTTTTGTTGTTG[-/T]TTTTTTTTTTCCCCC	241627
rs266223953	snp	A/C			intron-variant	Wdr76	Mm_Celera	2:121533235	GGAGCAGGGACAAGG[A/C]CTTGAGTTCCATCCT	241627
rs386840877	in-del	-/GG			intron-variant	Wdr76	Mm_Celera	2:121537598	CATTTTTGAAGTTGG[-/GG]TTCCTGCGTGGCGTG	241627
rs386864110	in-del	-/TTT			intron-variant	Wdr76	GRCm38.p3	2:121510025	CTTTTTTTTTTTTTT[-/TTT]CAAATTTAAACAGAC	241627
rs386879028	in-del	-/A			intron-variant	Wdr76	Mm_Celera	2:121518947	TCACTGGCTCTTTTA[-/A]TTTTGAGACAGCCTT	241627
rs386911060	in-del	-/TAGTGGCTA			intron-variant	Wdr76	Mm_Celera	2:121538819	TCTATATAGTGGCTA[-/TAGTGGCTA]GATAGCACCTGCCTC	241627
rs386940757	in-del	-/GTTCGTTC			intron-variant	Wdr76	Mm_Celera	2:121534601	TTTGTTCGTTCGTTC[-/GTTCGTTC]TGGAACTCACTCTGT	241627
rs386953522	in-del	-/C			intron-variant	Wdr76	Mm_Celera	2:121511269	TTCCGGTCTCCTTAC[-/C]ATCTAGTCTAGGCCT	241627
rs386965850	in-del	-/TCTG			intron-variant	Wdr76	Mm_Celera	2:121513421	AGCCTCCCGCATCTG[-/TCTG]AGTCCACCAAGCTCT	241627
rs386979971	in-del	-/AA			intron-variant	Wdr76	Mm_Celera	2:121516684	ATCTCTAAAAAAAAA[-/AA]GAACATGTGTACATA	241627
rs387020112	in-del	-/T			intron-variant	Wdr76	Mm_Celera	2:121529360	TTTTTTTTTCTTTTT[-/T]CTTTTTTTGAGACAG	241627
rs387045326	in-del	-/TG			intron-variant	Wdr76	Mm_Celera	2:121526688	CATTTTGAATGACTG[-/TG]GTGTACCACAGTTTC	241627
rs387051021	in-del	-/AT			intron-variant	Wdr76	Mm_Celera	2:121541253	ATATTACTTATATAT[-/AT]GTTTATGTTTGTTGA	241627
rs387053889	in-del	-/T			intron-variant	Wdr76	Mm_Celera	2:121514840	CATATTTTTTTTTTT[-/T]CAGGATTTTTTTATG	241627
rs387056105	in-del	-/A			intron-variant	Wdr76	Mm_Celera	2:121539910	TTTAAGTTTGATGAA[-/A]TTCCTGCATGATTTC	241627
rs387073381	in-del	-/T			intron-variant, upstream-variant-2KB	Wdr76, Mfap1a	Mm_Celera	2:121507805	TCAGTTTTTTTTTTT[-/T]AACCTTGCGACAGTG	241627
rs387075860	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121520719	TGAGTGTGGGCATGA[A/G]GGCTGTGTGAATGCA	241627
rs387079890	in-del	-/TTACGG			intron-variant	Wdr76	GRCm38.p3	2:121524200	CCCCTGAGGCTGGAG[-/TTACGG]ATGGTTGTGAGCCAG	241627
rs387099007	in-del	-/CA			intron-variant	Wdr76	Mm_Celera	2:121516880	TAAGATAATCCCACA[-/CA]TATATGTGTACACAT	241627
rs387108681	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121518988	CCGGCCGTGAACGTA[C/T]TGCATTTGTCTTCAG	241627
rs387116899	in-del	-/CCTACA			downstream-variant-500B	Wdr76	Mm_Celera	2:121544957	ATTGTATCCCCAGCA[-/CCTACA]TGGTGGCTCAGAACC	241627
rs387144226	in-del	-/T			intron-variant	Wdr76	Mm_Celera	2:121529715	TATATGTGTGTTTTT[-/T]CCTTGCATGTATGTC	241627
rs387166368	in-del	-/GTGC			intron-variant	Wdr76	GRCm38.p3	2:121528184	TGTTTAGTTTGTGTG[-/GTGC]TGTGTATGTGCATAT	241627
rs387175073	in-del	-/CT			intron-variant	Wdr76	GRCm38.p3	2:121541555	TCTCTCTCTCTCTCT[-/CT]TCCTCTCTTCCCTTA	241627
rs387176463	in-del	-/TAAT			intron-variant	Wdr76	Mm_Celera	2:121530636	CTGGACATGTGGAAT[-/TAAT]ATGACTGTGCATTAG	241627
rs387216396	in-del	-/GT			intron-variant	Wdr76	GRCm38.p3	2:121520687	GTGTGTGCTGTGTGT[-/GT]ATGTGGTGTATGCAG	241627
rs387225581	in-del	-/T			intron-variant	Wdr76	GRCm38.p3	2:121535218	CTCTTGTTTCTTTGT[-/T]ATTTATTTATTTATT	241627
rs387254174	in-del	-/CT			intron-variant	Wdr76	Mm_Celera	2:121538316	TCAGCATGGGAAACT[-/CT]TACACTGACATACAC	241627
rs387261065	in-del	-/ATAT			intron-variant	Wdr76	GRCm38.p3	2:121516131	CAGGCCAAATACCAA[-/ATAT]TGTGTGTGTGTGTGT	241627
rs387271086	in-del	-/GCCCCT			intron-variant	Wdr76	GRCm38.p3	2:121518252	TGGGTGTTGCATGCT[-/GCCCCT]CCCTGAACGTAAGTG	241627
rs387281899	in-del	-/CAA			intron-variant	Wdr76	Mm_Celera	2:121538878	TGAAATTAACAACAA[-/CAA]AAAAAGCCCTAATAG	241627
rs387289485	in-del	-/ACAC			intron-variant	Wdr76	Mm_Celera	2:121525059	CACACATACACACAC[-/ACAC]TCGAGTATGACAGTG	241627
rs387293778	in-del	-/TG			intron-variant	Wdr76	Mm_Celera	2:121510436	TGAATCATGTGACTG[-/TG]GAATAGGAGTTAGAC	241627
rs387340568	in-del	-/G			intron-variant	Wdr76	Mm_Celera	2:121513632	GCTTCTGACCCTAAG[-/G]TAACAATTGAAAACC	241627
rs387350377	in-del	-/A			intron-variant	Wdr76	Mm_Celera	2:121512027	TAATGGTAGGATTAA[-/A]GATGCTGACCACCAT	241627
rs387370229	in-del	-/GTGTGTGTGTGTGTGTGTGT			intron-variant	Wdr76	GRCm38.p3	2:121529937	TGTGTGTGTGTGTGT[-/GTGTGTGTGTGTGTGTGTGT]AGAGCTTGGCAAAAG	241627
rs387372317	in-del	-/A			intron-variant	Wdr76	GRCm38.p3	2:121527160	AAAAGTGAAAAAAAA[-/A]TCATCCGTACTATTT	241627
rs387383032	in-del	-/T			intron-variant	Wdr76	GRCm38.p3	2:121522332	GTTGGGGTTAGGGTT[-/T]AGGGTTAGGGTTAGG	241627
rs387387741	in-del	-/GT			intron-variant	Wdr76	Mm_Celera	2:121541297	ACATTTAAAAACTGT[-/GT]ATGATACATAAGCAC	241627
rs387387995	in-del	-/T			intron-variant	Wdr76	GRCm38.p3	2:121520787	GTGCAGGTGAGTGTG[-/T]GGCATGAGGGCTGTG	241627
rs387389033	in-del	-/T			intron-variant	Wdr76	GRCm38.p3	2:121540612	CTGTGTTTGTGTGTT[-/T]GATGCTGACTATTTT	241627
rs387493389	in-del	-/T			intron-variant	Wdr76	GRCm38.p3	2:121514829	TTGGGCTAACTCATA[-/T]TTTTTTTTTTTCAGG	241627
rs387499719	in-del	-/T			intron-variant	Wdr76	Mm_Celera	2:121510468	TGTTTAAGCAGATTT[-/T]GTTTCATGCTTTGCT	241627
rs387540506	in-del	-/CA			intron-variant, utr-variant-3-prime	Wdr76	Mm_Celera	2:121529405	CAGGCTATGAAATCA[-/CA]GAGTTCTGCCTGCCT	241627
rs387557386	in-del	-/AATA			intron-variant	Wdr76	GRCm38.p3	2:121538606	GATTCCTTAAAGCTA[-/AATA]GTTTTCCTGTGTGTG	241627
rs387564091	in-del	-/AT			intron-variant	Wdr76	Mm_Celera	2:121541577	CTTCCCTTAGTGTAT[-/AT]GTGTTTGAGTCCTCT	241627
rs387569536	in-del	-/AG			intron-variant	Wdr76	Mm_Celera	2:121536242	GTCTTTGGGTGCAGA[-/AG]TAGTGTCTAGCAGAG	241627
rs387588095	in-del	-/ATATGTGTGTGTGTGTGT			intron-variant	Wdr76	GRCm38.p3	2:121516131	GCAGGCCAAATACCA[-/ATATGTGTGTGTGTGTGT]GTGTGTGTGTGTGTG	241627
rs387599459	in-del	-/TGGTGGTGGTAGTGGTGG			intron-variant, utr-variant-5-prime	Wdr76	Mm_Celera	2:121508829	TGGTGGTGGTGGTGG[-/TGGTGGTGGTAGTGGTGG]GAGTTCATTTGTGTA	241627
rs387608257	in-del	-/T			intron-variant	Wdr76	Mm_Celera	2:121518531	TAGGCATTTTTTTTT[-/T]CTTTTTTCCTTTTTT	241627
rs387627418	in-del	-/TCTCTTCACACCTGTCCCTTCACGTCTGACCCCTCACATCTA			intron-variant	Wdr76	GRCm38.p3	2:121535032	TGTCTGACACATCTG[lengthTooLong]TCTCTTCACACCTGT	241627
rs387629734	in-del	-/A			intron-variant	Wdr76	Mm_Celera	2:121526376	AAAGAAAAAAAAAAA[-/A]GTGAACTCTTGCAGT	241627
rs387640384	in-del	-/GAT			intron-variant	Wdr76	Mm_Celera	2:121517271	ATGGTTGATGATGAT[-/GAT]TAAAAATATCTTTCA	241627
rs387650821	in-del	-/TATATATATATATATATATATATA			intron-variant	Wdr76	GRCm38.p3	2:121512238	TAATATATATATATA[-/TATATATATATATATATATATATA]AACATTGCAGCATTT	241627
rs387657263	in-del	-/A			downstream-variant-500B	Wdr76, Frmd5	Mm_Celera	2:121545096	AGGTTAAAAAAAAAA[-/A]TCTAAGAATTTAGTG	241627
rs387663776	in-del	-/CTC			intron-variant	Wdr76	Mm_Celera	2:121521450	GCTCTTAGCATCCTC[-/CTC]ATTTCACCTTCTAAT	241627
rs387696886	in-del	-/T			intron-variant	Wdr76	Mm_Celera	2:121533522	TTGGTTTTCTTTTTT[-/T]CTTTTTTTAAAAAAA	241627
rs387716748	in-del	-/TGGA			intron-variant	Wdr76	Mm_Celera	2:121541384	AAAGCTGAGTGTGGA[-/TGGA]GGTGCAACCCAGGTA	241627
rs387724793	in-del	-/AA			intron-variant	Wdr76	Mm_Celera	2:121515467	GAGAAACGACATAAA[-/AA]GTTATTCTTATGTTT	241627
rs387774317	in-del	-/TATATATACACACACA			intron-variant	Wdr76	GRCm38.p3	2:121530316	ATATATATATATATA[-/TATATATACACACACA]CACACATATATGTAT	241627
rs387783662	in-del	-/GCTCTTAGCCAGTGAGT			intron-variant	Wdr76	GRCm38.p3	2:121514377	GCATTAGCCGCAAGT[-/GCTCTTAGCCAGTGAGT]CATCTCTGTAGCTCC	241627
rs387791236	in-del	-/AC			intron-variant	Wdr76	GRCm38.p3	2:121518264	GCTGCCCCTCCCTGA[-/AC]GTAAGTGGAGGCTGG	241627
rs387810268	in-del	-/CT			intron-variant	Wdr76	Mm_Celera	2:121529229	AATCACATGAAAACT[-/CT]GAGTTTTAACATTAT	241627
rs387812885	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121520716	AGGTGAGTGTGGGCA[C/T]GAGGGCTGTGTGAAT	241627
rs387835027	in-del	-/CT			intron-variant	Wdr76	Mm_Celera	2:121539439	TTTGGAGAAAACTCT[-/CT]AGGTCACTTGTCGTA	241627
rs387837050	in-del	-/T			intron-variant	Wdr76	Mm_Celera	2:121524024	TCATATTTCATTTTT[-/T]ATAGACGCATATTAT	241627
rs387848312	in-del	-/AT			utr-variant-3-prime	Wdr76	Mm_Celera	2:121544403	GGATTAGAACAACAT[-/AT]TCTTATAGTTCTGTG	241627
rs387877197	in-del	-/T			upstream-variant-2KB, intron-variant	Wdr76, Mfap1a	Mm_Celera	2:121505773	TTCTTCTTTTTTTTT[-/T]AAAGATTTTATTTAT	241627
rs387885808	in-del	-/GAA			intron-variant	Wdr76	Mm_Celera	2:121516757	AAAAAAAAGAAAAAA[-/GAA]AAGAAACCCTGCCTC	241627
rs387893407	in-del	-/T			intron-variant	Wdr76	Mm_Celera	2:121518006	ATTAGATTCTAATCT[-/T]CCATAGTGTCCTATG	241627
rs387901152	in-del	-/TTT			intron-variant	Wdr76	Mm_Celera	2:121529528	TCTGTCTGTTTTTTT[-/TTT]GAGACAGGGTTTCTC	241627
rs578285045	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121519501	AGGATGTGCTTAACA[C/T]CCTCTGGACCGAGAA	241627
rs578480410	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121528351	AGCAGGACAAGGGCC[A/G]GGAGTGCGGATCCTC	241627
rs578482096	snp	A/T			intron-variant	Wdr76	GRCm38.p3	2:121512460	ATTGTAGCCCTGTAC[A/T]CCGGGGTCTGGCTAA	241627
rs578487313	snp	G/T			intron-variant	Wdr76	GRCm38.p3	2:121539646	TTTCCTGATGTTGTT[G/T]TTATTTTTTTTTTTA	241627
rs578561617	snp	A/G/T			intron-variant	Wdr76	GRCm38.p3	2:121522375	GTTGGGGTTAGGGTT[A/G/T]GGGTTAGGGTTTAGG	241627
rs578759496	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121522577	GTTGGGGTTGGGGTT[A/G]GGGTTGGGGTTAGGG	241627
rs578859326	snp	C/G			intron-variant, utr-variant-5-prime	Wdr76	GRCm38.p3	2:121509709	GAGCTATCCAGAACA[C/G]AAAACAAAACAGGCG	241627
rs578894841	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121528055	TTAAATACATGGTGT[A/G]CGTTCTGTGTAACTC	241627
rs578926042	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121528739	GCCTCTGCCTCCCTA[A/G]TGCTGGGATTAAAGG	241627
rs578975185	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121541686	CTCTTCTTCTAGGTT[A/G]TTCAGTTTGTTGGTT	241627
rs578987019	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121522801	GTTGGGGTTAGGGTT[A/G]GGGTTGGGGTTGGGG	241627
rs579096039	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121524030	TTTCATTTTTATAGA[C/T]GCATATTATTTTATT	241627
rs579096183	snp	C/G			upstream-variant-2KB, intron-variant	Wdr76, Mfap1a	GRCm38.p3	2:121505118	CTAAAGTTCCTAACT[C/G]GTCTCTTCTCCCCAC	241627
rs579306939	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121526932	TGGTTTACGGCTTTT[A/G]GGATCATGTACTAAG	241627
rs579328514	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121518954	GCTCTTTTATTTTGA[A/G]ACAGCCTTGGTAGCC	241627
rs579351207	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121531036	CTTACGTATGTGCAT[C/T]CTGGCATCTATGAGG	241627
rs579363952	snp	G/T			upstream-variant-2KB, intron-variant	Wdr76, Mfap1a	GRCm38.p3	2:121505891	TGGTTGCTGGGATTT[G/T]AACTCAGGACCTTGG	241627
rs579528927	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121519893	TAAACTTACTGCCAG[A/G]GAATTTGACCCCTCT	241627
rs579549392	snp	G/T			upstream-variant-2KB, intron-variant	Wdr76, Mfap1a	GRCm38.p3	2:121506192	GCGCCCTGTGGTACA[G/T]CAGTATGTCCTCTCA	241627
rs579616693	snp	A/G			utr-variant-3-prime	Wdr76	GRCm38.p3	2:121543371	AGAACTTTTTTGGGG[A/G]TCCTTGTATCTCAGC	241627
rs579662594	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121522861	GTTGGGGTTGGGGTT[A/G]GGGTTAGGGTTTAGG	241627
rs579807712	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121522911	GTTGGGGTTAGGGTT[A/G]GGGTTAGGGTTGGGG	241627
rs579845749	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121527733	ATAGATCAAACTACA[A/G]TGGGTGCATCTTCCC	241627
rs579871194	snp	G/T			downstream-variant-500B	Wdr76, Frmd5	GRCm38.p3	2:121545060	CAAGCAGAACACTCA[G/T]AACACATAAGATTAA	241627
rs579958889	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121528358	CAAGGGCCAGGAGTG[C/T]GGATCCTCTGTGGCT	241627
rs580058919	snp	A/T			intron-variant	Wdr76	GRCm38.p3	2:121514677	TCCGGCCCTGCACTT[A/T]ATTTTAAGTCTTCTT	241627
rs580199833	snp	C/G			intron-variant	Wdr76	GRCm38.p3	2:121531946	TAGAGCGAAGAGTAT[C/G]TTAGATAAGAGACAT	241627
rs580241344	snp	A/C			intron-variant	Wdr76	GRCm38.p3	2:121519541	AGGGTTTCAAGTTGG[A/C]CCGAGAAATGTTGCT	241627
rs580333985	snp	C/T			upstream-variant-2KB, intron-variant	Wdr76, Mfap1a	GRCm38.p3	2:121506370	GCTAGGTTTTAAGGG[C/T]CAGCCGAGCTGGCAT	241627
rs580367171	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121529534	TGTTTTTTTTTTGAG[A/G]CAGGGTTTCTCTGTA	241627
rs580377347	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121516103	CTTCTGACACCCTCA[C/T]ACAGACATACATGCA	241627
rs580408275	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121527786	ACAGACATTCCTCAG[A/G]CCTACTGGACTCTCC	241627
rs580475805	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121535054	ACACCTGTCCCTTCA[C/T]GTCTGACCCCTCACA	241627
rs580481919	snp	G/T			intron-variant	Wdr76	GRCm38.p3	2:121519676	TGTTCACAAAGATTG[G/T]TGATTCCTTGGAAGT	241627
rs580617431	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121522467	GTTGGGGTTGGGGTT[A/G]GGGTTGGGGTTAGGG	241627
rs580711387	snp	C/T			upstream-variant-2KB, utr-variant-5-prime	Wdr76, Mfap1a	GRCm38.p3	2:121506614	AGGAGCCGAAAGCCC[C/T]GTCCCACAGGCTGTG	241627
rs580905093	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121516563	GTCTTGAGTTCAAGT[C/T]CCAGCAACTACATGG	241627
rs580971233	snp	A/T			intron-variant	Wdr76	GRCm38.p3	2:121527854	TTTAAATCAGTATTA[A/T]CACCTGAAAGCAGTC	241627
rs580977888	snp	A/G			intron-variant, upstream-variant-2KB	Wdr76, Mfap1a	GRCm38.p3	2:121507063	AAAAAAGAAAAGAAA[A/G]GAAAAAGAAAAAAAA	241627
rs580995916	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121522944	AGGGTTACCGCCTTA[A/G]TAGGCGGCAACTTTC	241627
rs581079852	snp	A/T			intron-variant	Wdr76	GRCm38.p3	2:121530749	CCCTGGCTGTCCTGG[A/T]ACTCACTCTGTAGAC	241627
rs581163807	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121517981	AAGAAAAGAAACTGA[A/G]AGTGAGCTAATTAGA	241627
rs581193194	snp	A/T			intron-variant	Wdr76	GRCm38.p3	2:121523741	TTTTTTTTTTTTAAA[A/T]AAAAAAAAACATTGT	241627
rs581601214	snp	A/C			upstream-variant-2KB, utr-variant-5-prime	Wdr76, Mfap1a	GRCm38.p3	2:121506605	CGAAAAGCAAGGAGC[A/C]GAAAGCCCTGTCCCA	241627
rs581725271	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121521023	TGAGTGTGGGCATGA[A/G]GGCTGTGTGAATGCA	241627
rs581925250	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121540712	TCCTTCCGTCCATCC[A/G]TCCATCCATCCATCC	241627
rs581952434	snp	A/T			intron-variant	Wdr76	GRCm38.p3	2:121513208	CCTTGTCACTTGCGG[A/T]ATGAAACCTTGTCCT	241627
rs582046286	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121528352	GCAGGACAAGGGCCA[A/G]GAGTGCGGATCCTCT	241627
rs582060751	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121522583	GTTGGGGTTGGGGTT[A/G]GGGTTAGGGGTTAGG	241627
rs582162721	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121528664	GTTTCTCTGTGTAGC[C/T]CTGGCTGTCCTGGAA	241627
rs582203871	snp	C/T			intron-variant, downstream-variant-500B	Wdr76	GRCm38.p3	2:121531811	TGCCCCAGATGTCTG[C/T]GACTATAGTATGGGC	241627
rs582396603	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121519565	TGTTGCTGAGGGTTT[C/T]AAGTTTGCGACAGGG	241627
rs582503836	snp	A/T			upstream-variant-2KB, intron-variant	Wdr76, Mfap1a	GRCm38.p3	2:121506053	TTATCATCATTTGTA[A/T]GGATGCTATGTGTGG	241627
rs582506303	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121526920	TATCACTTGGGATGG[C/T]TTACGGCTTTTAGGA	241627
rs582518473	snp	C/T			upstream-variant-2KB, intron-variant	Wdr76, Mfap1a	GRCm38.p3	2:121505766	TCTCTTCTTCTTCTT[C/T]TTTTTTTAAAGATTT	241627
rs582543258	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121533010	GACAAATTTTTTGGC[A/G]TTTTTGAGACGGTCT	241627
rs582621444	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121521248	AGGTGAGTGTGGGCA[C/T]GAGGGCTGTGTGAAT	241627
rs582731528	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121531273	CTTTTCCTCACCCCC[A/G]ACTTTGTTCCAGACC	241627
rs582744209	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121528193	TTGTGTGTGCGTGTG[C/T]ATGTGCATATATGCT	241627
rs582904853	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121511718	TCTAGAAACGGAACT[A/G]TTTCTTCACTGTCTG	241627
rs582958640	snp	A/C/G			intron-variant	Wdr76	GRCm38.p3	2:121522887	TTAGGGTTTAGGGTT[A/C/G]GGGTTAGGGTTGGGG	241627
rs582992864	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121541960	CTACATAAGACCCTG[A/G]TATCCAAAAAAAAAA	241627
rs582996860	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121522807	GTTAGGGTTGGGGTT[A/G]GGGTTGGGGTTGGGG	241627
rs583139720	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121517982	AGAAAAGAAACTGAG[A/G]GTGAGCTAATTAGAT	241627
rs583218442	snp	G/T			intron-variant	Wdr76	GRCm38.p3	2:121529707	AACATTATATATATG[G/T]GTGTTTTTCCTTGCA	241627
rs583233288	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121516424	GTCAGATCTCATTAT[A/G]GATGGTTGTGAGCCA	241627
rs583319035	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121522923	GTTGGGGTTAGGGTT[A/G]GGGTTAGGGTTACCG	241627
rs583573243	snp	A/C			intron-variant	Wdr76	GRCm38.p3	2:121527669	CTGTGCATCATCATA[A/C]CCCGCCTTTTCTCTC	241627
rs583573300	snp	C/T			upstream-variant-2KB, intron-variant	Wdr76, Mfap1a	GRCm38.p3	2:121506193	CGCCCTGTGGTACAG[C/T]AGTATGTCCTCTCAA	241627
rs583644797	snp	C/G			upstream-variant-2KB, utr-variant-5-prime	Wdr76, Mfap1a	GRCm38.p3	2:121506612	CAAGGAGCCGAAAGC[C/G]CTGTCCCACAGGCTG	241627
rs583679722	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121538272	GCCTCCCCAGTGCTG[A/G]TATTAAAGGCGTGCG	241627
rs583703301	snp	G/T			upstream-variant-2KB, utr-variant-5-prime	Wdr76, Mfap1a	GRCm38.p3	2:121506548	GACCGACATGGTGAC[G/T]GCTGCCGCGGGGACT	241627
rs583801952	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121527737	ATCAAACTACAGTGG[A/G]TGCATCTTCCCACCT	241627
rs583841786	snp	A/G			synonymous-codon	Wdr76	GRCm38.p3	2:121528910	CCACCCATCAGAAGT[A/G]AGAACCTTGGTAGCA	241627
rs583929362	snp	A/C			intron-variant	Wdr76	GRCm38.p3	2:121535062	CCCTTCACGTCTGAC[A/C]CCTCACATCTATCTC	241627
rs583934841	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121527791	CATTCCTCAGACCTA[C/T]TGGACTCTCCAAGTG	241627
rs583940150	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121519754	TATCAGGTTGGTAGC[A/G]TGGGGGTTGTAGTTG	241627
rs583952442	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121539972	ACAAACAAGGCATAG[A/G]ACATCCCACCGCACC	241627
rs584041181	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121515464	CCTGAGAAACGACAT[A/G]AAAAGTTATTCTTAT	241627
rs584049776	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121523419	AAATCCCAGCAACCA[C/T]ATGGTGGCTCACAAC	241627
rs584151674	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121522473	GTTGGGGTTGGGGTT[A/G]GGGTTAGGGTTTAGG	241627
rs584295501	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121516625	GCCCTCTTCTGGTGT[A/G]TCTGAAGACAGCTAC	241627
rs584337477	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121519330	ATTTTCTAAATAAAC[A/G]TAGCTATAGTAGCAG	241627
rs584364858	snp	C/T			intron-variant, downstream-variant-500B	Wdr76	GRCm38.p3	2:121531608	GTGACCTTCATAAGT[C/T]TCTTAACTTCTGTGC	241627
rs584511014	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121530777	GACCAGGCTGGCCTC[A/G]AACTCAGAAATCCAC	241627
rs584601589	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121528046	ACATTTTATTTAAAT[A/G]CATGGTGTGCGTTCT	241627
rs584606582	snp	A/T			intron-variant	Wdr76	GRCm38.p3	2:121523740	TTTTTTTTTTTTTAA[A/T]AAAAAAAAAACATTG	241627
rs584645137	snp	A/T			intron-variant	Wdr76	GRCm38.p3	2:121523742	TTTTTTTTTTTAAAA[A/T]AAAAAAAACATTGTT	241627
rs584753867	snp	G/T			intron-variant	Wdr76	GRCm38.p3	2:121527838	TCTAAATTGTGTCAG[G/T]TTTAAATCAGTATTA	241627
rs584757676	snp	C/G			upstream-variant-2KB, utr-variant-5-prime	Wdr76, Mfap1a	GRCm38.p3	2:121506633	CCACAGGCTGTGCCC[C/G]ACACAGCTGCGCAAC	241627
rs584848300	snp	G/T			intron-variant, upstream-variant-2KB	Wdr76, Mfap1a	GRCm38.p3	2:121507094	AGAAAGATAAAGAAT[G/T]AAAGGAGGAAATCCG	241627
rs584862979	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121512323	CATGCTAGAGAAGCA[C/T]TGTTCTAAGGAGACA	241627
rs584965614	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121530964	TAGTGGACTCACATG[C/T]TTGAACCCAGAACTC	241627
rs585025617	snp	G/T			utr-variant-3-prime	Wdr76	GRCm38.p3	2:121544427	TTCTGTGGGTTTTTT[G/T]TTTTTTTTTTTTTAA	241627
rs585128554	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121528288	GGCTTTTACTATACA[C/T]CATTGAATCAGTTCC	241627
rs585175905	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121527520	GGTGCCCACAGAGGC[C/T]GGAAGAGTATGCTGC	241627
rs585178338	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121522363	GTTAGGGTTAGGGTT[A/G]GGGTTAGGGTTGGGG	241627
rs585349848	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121522899	GTTGGGGTTAGGGTT[A/G]GGGTTAGGGTTGGGG	241627
rs585367748	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121519511	TAACATCCTCTGGAC[C/T]GAGAAATGTTGCTGA	241627
rs585400845	snp	C/G			intron-variant	Wdr76	GRCm38.p3	2:121513402	TCCCAGGTCTGTGCT[C/G]CCACAGCCTCCCGCA	241627
rs585422710	snp	C/G			intron-variant	Wdr76	GRCm38.p3	2:121528355	GGACAAGGGCCAGGA[C/G]TGCGGATCCTCTGTG	241627
rs585470971	snp	C/G			upstream-variant-2KB, intron-variant	Wdr76, Mfap1a	GRCm38.p3	2:121506190	TTGCGCCCTGTGGTA[C/G]AGCAGTATGTCCTCT	241627
rs585610313	snp	G/T			upstream-variant-2KB, intron-variant	Wdr76, Mfap1a	GRCm38.p3	2:121505841	TTCCAGAAGAGGGCA[G/T]TAGATTTCGTTATGG	241627
rs585616202	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121534654	CGAACTCAGAAATCC[A/G]CCTGCCTCTGCCTCC	241627
rs585682305	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121531936	AGATTGCATCTAGAG[C/T]GAAGAGTATGTTAGA	241627
rs585685500	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121536757	TTCTAGGCATACATA[A/G]TGAGATACCTTTTGG	241627
rs585723515	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121527673	GCATCATCATACCCC[A/G]CCTTTTCTCTCCTCT	241627
rs585725737	snp	A/G			upstream-variant-2KB, intron-variant	Wdr76, Mfap1a	GRCm38.p3	2:121506290	CAGGTAGATGCAAGT[A/G]GATCCCGCTATCCCC	241627
rs586051673	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121526925	CTTGGGATGGTTTAC[A/G]GCTTTTAGGATCATG	241627
rs586083872	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121519621	TTCTCAAGTGTTTGG[A/G]TCATGGGCGTGTGCC	241627
rs586185491	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121522614	GTTAGGGTTAGGGTT[A/G]GGGTTTAGGGTTTAG	241627
rs586385699	snp	G/T			utr-variant-3-prime	Wdr76	GRCm38.p3	2:121543366	AGCTAAGAACTTTTT[G/T]GGGGATCCTTGTATC	241627
rs586391775	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121522819	GTTGGGGTTGGGGTT[A/G]GGGTTAGGGTTAGGG	241627
rs586609518	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121530748	GCCCTGGCTGTCCTG[A/G]AACTCACTCTGTAGA	241627
rs586740448	snp	C/T			upstream-variant-2KB, utr-variant-5-prime	Wdr76, Mfap1a	GRCm38.p3	2:121506590	ACTCAATCCCAACAA[C/T]GAAAAGCAAGGAGCC	241627
rs586788782	snp	C/G			upstream-variant-2KB, utr-variant-5-prime	Wdr76, Mfap1a	GRCm38.p3	2:121506613	AAGGAGCCGAAAGCC[C/G]TGTCCCACAGGCTGT	241627
rs586884979	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121519805	CTTTGAAAGTGAACA[A/G]ATCTGGGCTGGTTCA	241627
rs586886195	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121537910	AAATGTGTAGGACGC[A/G]TATATAGCATGTTTT	241627
rs586945015	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121530826	TGCTGGGATTAAAGG[C/T]ATGCTCCACCACTGC	241627
rs587050144	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121521020	AGGTGAGTGTGGGCA[C/T]GAGGGCTGTGTGAAT	241627
rs587060186	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121513549	TGGCAGGTCACCTTC[C/T]CCAAGGCAGCTTGCC	241627
rs587098161	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121527755	CATCTTCCCACCTCA[A/G]TCAAGATAATTCTCT	241627
rs587101790	snp	A/G			intron-variant	Wdr76	GRCm38.p3	2:121527844	TTGTGTCAGGTTTAA[A/G]TCAGTATTATCACCT	241627
rs587105524	snp	G/T			intron-variant	Wdr76	GRCm38.p3	2:121538273	CCTCCCCAGTGCTGA[G/T]ATTAAAGGCGTGCGC	241627
rs587116008	snp	C/T			intron-variant, upstream-variant-2KB	Wdr76, Mfap1a	GRCm38.p3	2:121507027	GAAAGAGGATTGCAG[C/T]GTTTTGTAAAATTAA	241627
rs587300240	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121522937	TGGGGTTAGGGTTAC[C/T]GCCTTAGTAGGCGGC	241627
rs587343419	snp	C/G			intron-variant	Wdr76	GRCm38.p3	2:121516764	AAGAAAAAAAAGAAA[C/G]CCTGCCTCAACAAAA	241627
rs587435425	snp	A/T			intron-variant	Wdr76	GRCm38.p3	2:121529310	TTGTGGTGAATTTTT[A/T]AAGGTTTTCCTTTTC	241627
rs587530688	snp	C/T			intron-variant	Wdr76	GRCm38.p3	2:121515801	GAGTTGGTAGAGTGG[C/T]CCCTCCCTGTAGAAG	241627
rs864256812	snp	A/G			utr-variant-3-prime	Wdr76	GRCm38.p3	2:121544764	AAATTACTACTGAAG[A/G]ATTTATAAATAAATA	241627
rs864262877	snp	A/G			utr-variant-3-prime	Wdr76	GRCm38.p3	2:121543886	TAGTAGTTGTGCTCA[A/G]AGAAGCAGCAAAAGG	241627
rs864276235	snp	A/G			utr-variant-3-prime	Wdr76	GRCm38.p3	2:121544339	AACCACGGCTCTGCT[A/G]GAGCACAATGCAAAT	241627
rs864280309	snp	A/G			utr-variant-3-prime	Wdr76	GRCm38.p3	2:121544302	ATGACATGCAATTGA[A/G]GAAATTATCTATAGC	241627
rs864286637	snp	A/T			intron-variant, downstream-variant-500B	Wdr76	GRCm38.p3	2:121531821	GTCTGCGACTATAGT[A/T]TGGGCATGTGCCACC	241627
rs864299148	snp	C/G/T			intron-variant	Wdr76	GRCm38.p3	2:121527835	GATTCTAAATTGTGT[C/G/T]AGGTTTAAATCAGTA	241627
rs864307562	snp	A/G			utr-variant-3-prime	Wdr76	GRCm38.p3	2:121544270	GCATACCCTCTGAAA[A/G]GTTCCCAGAGTTCCA	241627
rs864310494	in-del	-/CA			intron-variant, utr-variant-3-prime	Wdr76	GRCm38.p3	2:121529404	GCAGGCTATGAAATC[-/CA]AGAGTTCTGCCTGCC	241627
rs864311476	in-del	-/CA			intron-variant, utr-variant-3-prime	Wdr76	GRCm38.p3	2:121529403	AGCAGGCTATGAAAT[-/CA]CAGAGTTCTGCCTGC	241627
rs864312787	in-del	-/CT			intron-variant	Wdr76	GRCm38.p3	2:121529227	AAAATCACATGAAAA[-/CT]CTGAGTTTTAACATT	241627
rs864314008	in-del	-/CT			intron-variant	Wdr76	GRCm38.p3	2:121529228	AAATCACATGAAAAC[-/CT]TGAGTTTTAACATTA	241627
rs864315392	snp	A/T			upstream-variant-2KB, intron-variant	Wdr76, Mfap1a	GRCm38.p3	2:121504882	AGCCCAAATACCTTC[A/T]AAAACAAAACAAAAC	241627
rs864319206	snp	A/T	0.375	0.216506	upstream-variant-2KB, intron-variant	Wdr76, Mfap1a	GRCm38.p3	2:121504881	AGCCCAAATACCTTT[A/T]AAAACAAAACAAAAC	241627

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