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

Ube2v2

SNP - dbSNP
dbSNP	Type	Alleles	Het	Se(het)	Fxn-class	Gene Name	Assembly	Chr-pos	Sequence	Entrez Gene
rs261709440	in-del	-/G			intron-variant	Ube2v2	Mm_Celera	16:15592662	TATCTAAGAAGGAAT[-/G]TATGAGAGTCAGTGT	70620
rs261741452	snp	A/G			utr-variant-3-prime	Ube2v2	Mm_Celera	16:15553159	ATGGCCTAAAGCCAT[A/G]AACATCAAACCTATT	70620
rs261796752	snp	A/T			intron-variant	Ube2v2	Mm_Celera	16:15592253	AAAGGAAGAGAACTG[A/T]TTGCACACCATCTTC	70620
rs261813578	snp	A/T			intron-variant	Ube2v2	Mm_Celera	16:15583472	TTCAGATTAATTCTC[A/T]GAGAATAAACAGCAA	70620
rs261872829	snp	A/C			intron-variant	Ube2v2	Mm_Celera	16:15559969	GGAGGACTTCAACAC[A/C]CTACTCTCACCAATT	70620
rs261901984	snp	C/T			utr-variant-3-prime	Ube2v2	Mm_Celera	16:15551321	CCAGACGTGGTGGCG[C/T]ACGCCTTTAATCGCA	70620
rs261911632	snp	C/T			intron-variant	Ube2v2	Mm_Celera	16:15591287	TTTACTTCCCCAAAC[C/T]ACTCTGTAGAGAAAG	70620
rs261958273	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15589409	CACGAGCCAGGCATG[A/G]TGGTGCACGCCTTTA	70620
rs261989794	in-del	-/GAA			intron-variant	Ube2v2	Mm_Celera	16:15567300	AAAGAAACATCACAG[-/GAA]GAAATCTTTGGTTTT	70620
rs262085497	snp	C/G			intron-variant	Ube2v2	Mm_Celera	16:15588908	TATACAATGCATAAG[C/G]TTTCCCATCACTGTA	70620
rs262100793	in-del	-/T			intron-variant	Ube2v2	Mm_Celera	16:15591342	TATGTGTTCATAGTA[-/T]CAAGAGTTTACCAAG	70620
rs262272215	in-del	-/CAAACAAA			intron-variant	Ube2v2	Mm_Celera	16:15566256	AAAGAAACTCTGTCT[-/CAAACAAA]CAAACAAACAAACAA	70620
rs262412927	snp	G/T			upstream-variant-2KB	Ube2v2	Mm_Celera	16:15594589	TGGGGACTGTATCAG[G/T]TTCCTGTTCCTGGCA	70620
rs262414407	snp	A/C			intron-variant	Ube2v2	Mm_Celera	16:15586978	CTGGCAAAATGGCTC[A/C]GTAGATAAAGGTGCT	70620
rs262482656	in-del	-/TAGA			intron-variant	Ube2v2	Mm_Celera	16:15570088	TCTATTTTTTTTAAT[-/TAGA]TATTTTCTTCATTTA	70620
rs262513941	snp	A/C			intron-variant	Ube2v2	Mm_Celera	16:15563078	TAGCCACACTACACT[A/C]CACATACCCAAATAA	70620
rs262534737	snp	C/T			utr-variant-3-prime	Ube2v2	Mm_Celera	16:15552983	CTTCCCAATAATCAA[C/T]AATATTGTAGCTCTG	70620
rs262599611	snp	C/T			intron-variant	Ube2v2	Mm_Celera	16:15592181	AAAATATAAAAATAG[C/T]AAACATGTTGACATA	70620
rs262646489	snp	C/G			intron-variant	Ube2v2	Mm_Celera	16:15564687	GAGCAGGGGGGCAGG[C/G]AGTCATTGATCAGAA	70620
rs262668980	snp	C/T			utr-variant-3-prime	Ube2v2	Mm_Celera	16:15554538	TCATTTAAAATGAGT[C/T]CACTTATGCTGGACA	70620
rs262723146	snp	C/G			intron-variant	Ube2v2	Mm_Celera	16:15593413	ACATTTTTCATATTA[C/G]AATACACCATTTTAT	70620
rs262831354	snp	C/G			utr-variant-3-prime, downstream-variant-500B	Ube2v2	Mm_Celera	16:15552492	TGGGTAAAGATACTT[C/G]CATCTAAGCCAGATG	70620
rs262855408	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15569504	GCAATAGAAAACTAA[A/G]AGTAGTCTCTTAATT	70620
rs262876975	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15561244	GCTAATAAACATCTT[A/G]AGGCAAGTTGCTGGA	70620
rs262954768	in-del	-/AAAAAAGAAG			intron-variant, upstream-variant-2KB	Ube2v2	Mm_Celera	16:15594002	CACTTAATTGAAAAA[-/AAAAAAGAAG]AAGAAGAAGAAGAAG	70620
rs263041531	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15591752	GAGTACACTGTAGAT[A/G]TCTCCAGATACACCA	70620
rs263211613	snp	C/G			intron-variant	Ube2v2	Mm_Celera	16:15567488	CCTGGACTACCACAA[C/G]ACAGCCATTGTTGGG	70620
rs263232216	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15558694	CAGCTGAGTCCTCTG[A/G]GACACCAGAGCTGCC	70620
rs263233518	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15567264	AGTACAACCCTTTCT[A/G]GTTATATCCAACACA	70620
rs263393499	in-del	-/C			intron-variant	Ube2v2	Mm_Celera	16:15569313	TGGCCTCTGTATTAG[-/C]TACTTCCAGCTTCCC	70620
rs263538520	snp	A/C			intron-variant	Ube2v2	Mm_Celera	16:15564512	GTGGAATCTGTTCAG[A/C]AAACTTGGTTACCTT	70620
rs263541218	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15565512	AAAGAGTTCTATGCT[A/G]GCTAGTTTTTATGTC	70620
rs263624393	in-del	-/GTTT			intron-variant	Ube2v2	Mm_Celera	16:15568308	CTCATCCTGAAAGTG[-/GTTT]GTTTGGGTTTTGTGG	70620
rs263660886	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15573952	TTTTTGTCTGTGTTT[A/G]TTTTTATAAATTATA	70620
rs263819937	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15570626	TTTGTTCCCTATTCT[A/G]AGGAGGAATGAAGTA	70620
rs263894474	snp	C/T			intron-variant	Ube2v2	Mm_Celera	16:15573198	AGAGCTTGTTTCTCC[C/T]GTGATTCTGCTAGTC	70620
rs263912902	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15563231	GGGGGTGTAGATTCA[A/G]GATCAGGTGAGGGAA	70620
rs263983076	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15583256	GAATGCCAGGGCAGG[A/G]AGGTCGAAGTGGGTA	70620
rs264095374	in-del	-/A			intron-variant	Ube2v2	Mm_Celera	16:15556691	TATGGAGACTGTCTC[-/A]AAAAACAAACAAAAA	70620
rs264159540	snp	C/T			intron-variant	Ube2v2	Mm_Celera	16:15580742	CCAAAGCCACTCCTA[C/T]GCTCAGCTTGCCTAG	70620
rs264196771	snp	A/T			intron-variant	Ube2v2	Mm_Celera	16:15568506	AGCTAGGCAGAGTAA[A/T]GTGTACACCAGTATC	70620
rs264214534	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15569973	CTTGCCTGAGATCTA[A/G]GTTAAAGGGAACCAA	70620
rs264231112	in-del	-/TCG			intron-variant	Ube2v2	Mm_Celera	16:15557252	ATAAATACTTGTTAA[-/TCG]TTGTTGCTGATTTAA	70620
rs264368542	in-del	-/AAA			intron-variant	Ube2v2	Mm_Celera	16:15568094	AAAAAGAAAGAAAAG[-/AAA]AGAGAACTGCGAGTA	70620
rs264462384	snp	C/G			intron-variant	Ube2v2	Mm_Celera	16:15588192	ACAGCCAAGGCAACA[C/G]AGAGAAACCCTGTCT	70620
rs264479134	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15576675	AATTCTAAGAAAAGT[A/G]TTACCATAACTTGTA	70620
rs264619694	in-del	-/GTAA			intron-variant	Ube2v2	Mm_Celera	16:15586015	GCACTGTTTGTACTT[-/GTAA]GTAACATTTCAGTCA	70620
rs264648248	snp	A/C			intron-variant	Ube2v2	Mm_Celera	16:15574936	GATAATGAAGTGAGA[A/C]ATGTCAGGAACATGT	70620
rs264746618	snp	C/T			utr-variant-3-prime, downstream-variant-500B	Ube2v2	Mm_Celera	16:15552641	ATGAATGCACACAGG[C/T]ATGCAAATGCACAGT	70620
rs264776222	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15591787	AGAGCAGTGGATTCC[A/G]TAACTGATGGTTGCA	70620
rs264786523	snp	C/T			intron-variant	Ube2v2	Mm_Celera	16:15582658	AAGTAGATAGTAGCC[C/T]AAAACCTCAGAATAC	70620
rs264932174	in-del	-/AA			intron-variant	Ube2v2	Mm_Celera	16:15583389	AAGAAAATACCCAAT[-/AA]AAAAAAAAATTGCAG	70620
rs264942523	snp	C/T			intron-variant	Ube2v2	Mm_Celera	16:15590077	CGGATGACAAGAAGA[C/T]TTCTCTTCTATAGTT	70620
rs264952039	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15580658	TTCATCTCCGATATG[A/G]AATGTTTCCTATCCC	70620
rs265105244	snp	C/T			intron-variant	Ube2v2	Mm_Celera	16:15588120	CCAGCATTTGGTAGG[C/T]AGAGGCAGGCAATTT	70620
rs265161010	snp	A/G			upstream-variant-2KB	Ube2v2	Mm_Celera	16:15594832	GTTACATCACGAGCC[A/G]GGCGTGGTGGCGCAC	70620
rs265202673	in-del	-/AT			intron-variant	Ube2v2	Mm_Celera	16:15580175	AAACCTGAGAAAGAC[-/AT]AAAAACAAATGCACA	70620
rs265204889	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15563411	GAGACTCATAGCAAT[A/G]AGAATATGGAACCTG	70620
rs265216085	snp	A/G			utr-variant-3-prime	Ube2v2	Mm_Celera	16:15553556	TAACAGGGACCTACT[A/G]GAACAAGAATTTTAC	70620
rs265219814	in-del	-/ACCAGGAACTGAAATATTATTGATAGA			intron-variant	Ube2v2	Mm_Celera	16:15557971	TAATAAGATCTGTGC[-/ACCAGGAACTGAAATATTATTGATAGA]AACAAAGGCGTAAAT	70620
rs265245627	snp	A/T			intron-variant	Ube2v2	Mm_Celera	16:15592480	AGTAAATTGCAGTAA[A/T]TGAATCAAATGAAAT	70620
rs265379783	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15561656	AAAACAAAAATCCCA[A/G]GGTAGCTAAAACAAC	70620
rs265550636	snp	C/T			intron-variant	Ube2v2	Mm_Celera	16:15559138	AAAGAAGAAACAAAA[C/T]CCTTAAAGAAATACA	70620
rs265679264	snp	C/T			intron-variant	Ube2v2	Mm_Celera	16:15574318	ACAGCCAATTCTTTC[C/T]ATTTCCCTTCATTTC	70620
rs265680158	in-del	-/G			intron-variant	Ube2v2	Mm_Celera	16:15560674	AATCAGAAATGAAAA[-/G]TGGGGCATAACAACA	70620
rs265710091	snp	C/T			intron-variant	Ube2v2	Mm_Celera	16:15566202	GGAGGCAGAGGCAGG[C/T]GGTCTACAGAGTGAG	70620
rs265857239	snp	C/T			intron-variant	Ube2v2	Mm_Celera	16:15562594	GGCTAAGATCAAAAA[C/T]TCAAGTGACTATACA	70620
rs266005819	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15581680	CTGAAAGGCAGAGAG[A/G]GAAAGAATATGACAA	70620
rs266015875	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15569036	ATTTAAGTGGCAGGT[A/G]GTTGTTCAGTAGGTC	70620
rs266164250	in-del	-/AAAAAAG			intron-variant	Ube2v2	Mm_Celera	16:15568078	AATAAAAAAAAAAAA[-/AAAAAAG]AAAGAAAAGAAAAGA	70620
rs266179119	snp	A/G			intron-variant	Ube2v2	Mm_Celera	16:15579202	ACTGCTCTTCCAGAG[A/G]TCCTGAGTTCCCAGC	70620
rs266189281	snp	C/G			intron-variant	Ube2v2	Mm_Celera	16:15567073	GGTTCAACACACATC[C/G]CATTGCTAGGTGTGC	70620
rs387836188	in-del	-/TG			intron-variant	Ube2v2	Mm_Celera	16:15564567	GTCCTGCAGAAATGA[-/TG]TGTGTGTGTGTCAGG	70620
rs578299852	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15591499	CTTGTGAGCACTGGC[A/G]TATGTGTGTGTGTGT	70620
rs578319008	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15581595	TGCCTAGGAGTAGTA[A/G]GCCAACACAAACTTT	70620
rs578331673	snp	C/G/T			intron-variant	Ube2v2	GRCm38.p3	16:15571554	TTGAAGTCTCCCACT[C/G/T]TTATTGTGTGAAGTG	70620
rs578411972	snp	C/T			upstream-variant-2KB	Ube2v2	GRCm38.p3	16:15595837	TCATTGTTAATATTC[C/T]TTTCTTGTTTGTGCC	70620
rs578433917	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15589541	CTGTCTCACAAAACA[A/G]AAGGAAGGAAGGAAG	70620
rs578440202	snp	A/C			intron-variant	Ube2v2	GRCm38.p3	16:15572470	GGCATCTCTTTCTTT[A/C]GGTTTGGGAAGTTTT	70620
rs578642072	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15591096	AGAAAAAAAAGAGAA[A/G]AAAAAAGAAGAGAAA	70620
rs578648379	snp	C/G			utr-variant-3-prime	Ube2v2	GRCm38.p3	16:15555417	AGAAATTAAACTGAG[C/G]ATGTACGGTGTCACA	70620
rs578670515	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15571244	GCAATTTCCTGATGA[C/T]TAAGGATGTTGAACA	70620
rs578671387	snp	G/T			intron-variant	Ube2v2	GRCm38.p3	16:15581846	CAGGTGGATCTCTGA[G/T]TTTGAGGCCAGTCTG	70620
rs578896298	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15588731	TCTTGTTACAGATGG[C/T]TGTGAGCCACCATGT	70620
rs578899658	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15572873	TGTAACTCTTTAAGG[A/G]ATTTTTGTGTTTCTT	70620
rs578928020	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15564709	TGATCAGAATGTAAA[A/G]TGAATTAAAAAAAAA	70620
rs579009406	snp	A/G			utr-variant-3-prime	Ube2v2	GRCm38.p3	16:15555159	CACCACACACACTGC[A/G]CACACACACACTAAA	70620
rs579244657	snp	A/T			intron-variant	Ube2v2	GRCm38.p3	16:15572578	AGGTTTGGTCTTCTC[A/T]TTGTGTCCTGAATTT	70620
rs579262323	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15563627	CAAGCACCAATCTCT[A/G]ACACTATTTTTTTTC	70620
rs579386442	snp	A/G			utr-variant-3-prime	Ube2v2	GRCm38.p3	16:15554498	AAAACACGAATAAAG[A/G]AAGTTTGTTGATAAT	70620
rs579442109	snp	G/T			intron-variant	Ube2v2	GRCm38.p3	16:15583327	GGATGGGATAGGGGG[G/T]TTGCAGAGGGGAAAC	70620
rs579470912	snp	C/G			intron-variant	Ube2v2	GRCm38.p3	16:15571883	TGTTGGGTCCTGTTT[C/G]TGTAGCCAGTCTGTT	70620
rs579497751	snp	G/T			intron-variant	Ube2v2	GRCm38.p3	16:15559257	GTGAGATGGCTCAGT[G/T]GGTAAGAGCACTGAC	70620
rs579673111	snp	G/T			intron-variant	Ube2v2	GRCm38.p3	16:15568334	TTTTGTGGGGTTTTT[G/T]GGGGGTTGTTTTGTT	70620
rs579683855	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15591004	CTGAGTTTGAGGCCA[A/G]CCTGGTCTACAGAGT	70620
rs579701780	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15573370	GCTATGTTGTTTCTG[C/T]AGCCTGCATGCTCTT	70620
rs579808594	snp	A/T			intron-variant	Ube2v2	GRCm38.p3	16:15571784	TTTCTTCGGACCACT[A/T]GCTTGGAAAATTGTT	70620
rs579815039	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15591575	TGTATGTATGTATAT[A/G]TATATGTGTATGTAT	70620
rs579965442	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15590983	GAGGCAGAGGCAGGC[A/G]GATTTCTGAGTTTGA	70620
rs580040734	snp	G/T			intron-variant	Ube2v2	GRCm38.p3	16:15567187	CCAGAGGAGTTGAGT[G/T]TGGTCCCTAGTACCT	70620
rs580077519	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15581799	GATGGTGGTGGTGCA[C/T]GCCTTTAATCCCAGC	70620
rs580224444	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15571742	GAAGTCAATTTTATT[C/T]GATATTAGAATGGTT	70620
rs580268016	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15591547	TATGTATATGTATGT[A/G]TGTATGTATGTATGT	70620
rs580343931	snp	A/T			intron-variant	Ube2v2	GRCm38.p3	16:15583896	AAAAAAAAAAAAACA[A/T]GTTTCATTCACAAAT	70620
rs580366518	snp	A/C			intron-variant	Ube2v2	GRCm38.p3	16:15575266	TGACTTCCATAGGAG[A/C]CCACCTGAACTTTCT	70620
rs580370401	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15559422	TCTTTGGGCCAGAGC[A/G]AGTGGGGCCAGAGCA	70620
rs580457346	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15590693	AAAGAAAAACAAAAA[C/T]AAATAAATAAATAAA	70620
rs580486892	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15566153	AAATAAATATTCCGC[C/T]ATTGGTGGCGCACGC	70620
rs580524936	snp	G/T			intron-variant	Ube2v2	GRCm38.p3	16:15588426	AGCAGCTCCCGACAA[G/T]TAAGCACAGTCATCA	70620
rs580628037	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15562426	CCAACAACCCAAATA[A/G]CCCATTGAAAATGGG	70620
rs580704975	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15572499	TTCTTCTATAATTTT[A/G]TTAAAGATATATACT	70620
rs580749434	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15578378	GCATTAGAGAGGCTG[C/T]GGCAAGAGGATTACT	70620
rs580813686	snp	A/T			upstream-variant-2KB	Ube2v2	GRCm38.p3	16:15595838	CATTGTTAATATTCC[A/T]TTCTTGTTTGTGCCC	70620
rs580845319	snp	A/G			utr-variant-3-prime	Ube2v2	GRCm38.p3	16:15553870	AGGGGTTTTTTTTAA[A/G]TAGGCTGGGCTCTGA	70620
rs581066903	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15586503	GTGCACTAGGTGGTG[C/T]GGGCAGAGGACAAAG	70620
rs581103994	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15591085	AAAAGAAAAGAAGAA[A/G]AAAAAGAGAAAAAAA	70620
rs581151454	snp	A/T			upstream-variant-2KB	Ube2v2	GRCm38.p3	16:15595835	CATCATTGTTAATAT[A/T]CCTTTCTTGTTTGTG	70620
rs581174539	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15570973	ATAGTGGAGCATGTG[C/T]CCTTATTACAAGTTG	70620
rs581184344	snp	A/T			intron-variant	Ube2v2	GRCm38.p3	16:15572152	ATGAATTTGGCTTTG[A/T]CATGGAATACTTTAG	70620
rs581298275	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15578049	AGCTACTCAAGGAGA[C/T]TTCAGATTTGTAATA	70620
rs581341681	snp	A/T			intron-variant	Ube2v2	GRCm38.p3	16:15572009	TGGGTTCTGTTCTTG[A/T]GGCTGTCTTCTTTTA	70620
rs581395870	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15592188	AAAAATAGTAAACAT[A/G]TTGACATATTAGGTC	70620
rs581457193	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15564137	GTGGATCCAATCTCT[A/G]ACACTATTAAAGATA	70620
rs581464370	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15588715	AGAAGAGGGCGTCAG[A/G]TCTTGTTACAGATGG	70620
rs581570210	snp	C/T			utr-variant-3-prime	Ube2v2	GRCm38.p3	16:15555069	ACAGGAAAGTGAAGG[C/T]AAGAACCAACACTCC	70620
rs581724412	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15568757	TATTTCATGTGCATT[A/G]GTGTCTTGCCTGTTC	70620
rs581730802	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15591042	AGGATAGCCAGGGCT[A/G]TACAGAGAAACCCTG	70620
rs581861763	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15581916	AAATATATAATGTGT[A/G]TGTGTGTGTGTGTGT	70620
rs581962926	snp	C/G			intron-variant	Ube2v2	GRCm38.p3	16:15589588	GAAGGAAGGAAGGAA[C/G]GAAGGAACCATTCAC	70620
rs581972385	snp	A/G			utr-variant-3-prime	Ube2v2	GRCm38.p3	16:15555470	ACATAGGCATATAGA[A/G]TAGAATTTCAATGAA	70620
rs581988810	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15566131	AAGAAGAAAATAGAA[C/T]ATAAGAAAATAAATA	70620
rs582070154	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15591098	AAAAAAAAGAGAAAA[A/G]AAAAGAAGAGAAAAG	70620
rs582103028	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15571269	TGAACATTTCTTTAG[A/G]TGCTTCTTGGCCATT	70620
rs582109115	snp	C/G			intron-variant	Ube2v2	GRCm38.p3	16:15564808	ATCGAATGTACTGTA[C/G]CGAATGCACTGTACA	70620
rs582248046	snp	A/C			intron-variant	Ube2v2	GRCm38.p3	16:15589037	CCAGAGAGAAAAAGG[A/C]CACATACAAGAAGGC	70620
rs582282259	snp	A/T			intron-variant	Ube2v2	GRCm38.p3	16:15573085	AGTGCTGGGTTCTGA[A/T]GATGCTGAGTGGTCT	70620
rs582320293	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15591551	TATATGTATGTATGT[A/G]TGTATGTATGTATGT	70620
rs582420846	snp	G/T			intron-variant	Ube2v2	GRCm38.p3	16:15572613	GATGTTTTGAGTTAG[G/T]ATCTTTTTGCATTTT	70620
rs582540921	snp	A/G			utr-variant-3-prime	Ube2v2	GRCm38.p3	16:15555201	AAATTAAAGATAGGG[A/G]AGGAAAGTCTTCAAT	70620
rs582550761	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15581796	CTGGATGGTGGTGGT[A/G]CATGCCTTTAATCCC	70620
rs582659477	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15566154	AATAAATATTCCGCC[A/G]TTGGTGGCGCACGCC	70620
rs582777784	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15590949	CATGGTGGCACACTC[C/T]TTTAATCCCAGCACT	70620
rs582894733	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15591501	TGTGAGCACTGGCAT[A/G]TGTGTGTGTGTGTGT	70620
rs582920860	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15571682	GATTTTACCTTTGAT[A/G]AGTATGAAGTGCCCC	70620
rs583057038	snp	A/C			intron-variant	Ube2v2	GRCm38.p3	16:15573371	CTATGTTGTTTCTGT[A/C]GCCTGCATGCTCTTC	70620
rs583097033	snp	A/T			intron-variant	Ube2v2	GRCm38.p3	16:15587128	ACAGACAGACACACA[A/T]ACACACACACACACA	70620
rs583108243	snp	G/T			intron-variant	Ube2v2	GRCm38.p3	16:15568342	GGTTTTTTGGGGGTT[G/T]TTTTGTTTTGTTTTG	70620
rs583110485	snp	A/T			intron-variant	Ube2v2	GRCm38.p3	16:15591021	CTGGTCTACAGAGTG[A/T]GTTCCAGGATAGCCA	70620
rs583200332	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15568106	AAGAAAAGAGAACTG[C/T]GAGTAAGATGAAGAT	70620
rs583298939	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15561097	TTGAAGTTCTAGCTA[A/G]AGCAAAATAACAACT	70620
rs583378480	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15571842	CTGTCTTTTTCCCTG[A/G]GATGGGTTTCCTGTA	70620
rs583381317	snp	A/T			intron-variant	Ube2v2	GRCm38.p3	16:15591589	TGTATATGTGTATGT[A/T]TACGTATACACATAA	70620
rs583386145	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15590996	GCAGATTTCTGAGTT[C/T]GAGGCCAACCTGGTC	70620
rs583407744	snp	A/C			upstream-variant-2KB	Ube2v2	GRCm38.p3	16:15594946	ACAGCCAGAGCTATA[A/C]AGAGAAACCCTGTCT	70620
rs583446043	snp	C/G			utr-variant-3-prime	Ube2v2	GRCm38.p3	16:15551960	AGACAGACAGACAGA[C/G]AGAGAGAGAGAGATT	70620
rs583569097	snp	C/G			intron-variant	Ube2v2	GRCm38.p3	16:15578295	TAAATTACTTAAAAA[C/G]AAGGAAAAATAAAAA	70620
rs583686596	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15576490	GGGGGGGGGGGGCTC[A/G]AGACAGGGTTTCTCT	70620
rs583715233	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15559429	GCCAGAGCAAGTGGG[A/G]CCAGAGCAAGCAGAG	70620
rs583767452	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15571911	GTTAGTCTATGTCTT[C/T]TTATTGAGGAATTGA	70620
rs583971502	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15591711	ATACATCTTTTAAAA[A/G]AAAGGATTATTTATT	70620
rs583989844	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15583665	CTAGTCTGGAACTCA[C/T]TATTTTAAATTGATA	70620
rs584007792	snp	C/T			utr-variant-3-prime	Ube2v2	GRCm38.p3	16:15554029	GACACATTTTCAAGG[C/T]AGAAAAGAACTGGTA	70620
rs584074717	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15559260	AGATGGCTCAGTGGG[C/T]AAGAGCACTGACTGC	70620
rs584173333	snp	C/G			intron-variant	Ube2v2	GRCm38.p3	16:15579217	GTCCTGAGTTCCCAG[C/G]AACCACATGGTGGCT	70620
rs584213455	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15589433	GCCTTTAATCTCACC[A/G]ATTGGGAGGCAGAGG	70620
rs584281634	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15571396	CGGTACCATGAGGTG[C/T]TGAGAAGGTTTATCC	70620
rs584392525	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15591101	AAAAAGAGAAAAAAA[A/G]AGAAGAGAAAAGAAG	70620
rs584456480	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15571010	ATTCTGGGTATATGC[C/T]CAGGACAGGTATTGC	70620
rs584507438	snp	A/C			upstream-variant-2KB	Ube2v2	GRCm38.p3	16:15595836	ATCATTGTTAATATT[A/C]CTTTCTTGTTTGTGC	70620
rs584538730	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15572397	TATTATGTGTCGGGA[A/G]GAATTTCTTTTCTGG	70620
rs584539140	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15564701	GCAGTCATTGATCAG[A/G]ATGTAAAGTGAATTA	70620
rs584684911	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15591088	AGAAAAGAAGAAAAA[A/G]AAGAGAAAAAAAAAG	70620
rs584791161	snp	G/T			intron-variant	Ube2v2	GRCm38.p3	16:15572068	TTTCTAGGGCATTAT[G/T]TCCATCCTTGTATTG	70620
rs584887986	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15588719	GAGGGCGTCAGATCT[C/T]GTTACAGATGGCTGT	70620
rs584982179	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15572511	TTTGTTAAAGATATA[C/T]ACTGGCCCTTTAAGT	70620
rs585034268	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15569298	AAAAGCACTCCTCCA[C/T]GGCCTCTGTATTAGC	70620
rs585127893	snp	A/G			utr-variant-3-prime	Ube2v2	GRCm38.p3	16:15555131	CACACGTATGCGCGC[A/G]CACACATCCCCCCAC	70620
rs585133928	snp	A/C			intron-variant	Ube2v2	GRCm38.p3	16:15581606	AGTAGGCCAACACAA[A/C]CTTTTTTTTTTTTTT	70620
rs585209533	snp	C/T			utr-variant-3-prime	Ube2v2	GRCm38.p3	16:15555479	TATAGAATAGAATTT[C/T]AATGAAAGTCTTTGA	70620
rs585258960	snp	A/T			upstream-variant-2KB	Ube2v2	GRCm38.p3	16:15595839	ATTGTTAATATTCCT[A/T]TCTTGTTTGTGCCCA	70620
rs585393501	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15562599	AGATCAAAAATTCAA[A/G]TGACTATACATGCTG	70620
rs585404905	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15588662	AGATTTATTTATTTA[C/T]TATATGTAAGTACAC	70620
rs585506496	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15571775	TCCAGCTTGTTTCTT[C/T]GGACCACTAGCTTGG	70620
rs585511089	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15583282	GGGTAGGTGGGTGGG[A/G]GAACACCCTCATAGA	70620
rs585621370	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15564809	TCGAATGTACTGTAG[C/T]GAATGCACTGTACAC	70620
rs585724421	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15573364	CCAGAAGCTATGTTG[C/T]TTCTGTAGCCTGCAT	70620
rs585764062	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15566248	GACTACACAAAGAAA[C/T]TCTGTCTCAAACAAA	70620
rs585841764	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15591573	TATGTATGTATGTAT[A/G]TGTATATGTGTATGT	70620
rs585846188	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15591533	TGTGTGTGTATGTGT[A/G]TGTATATGTATGTAT	70620
rs585978395	snp	C/T			utr-variant-3-prime	Ube2v2	GRCm38.p3	16:15555346	AGATCTTTTTTAATA[C/T]TGCCTATGATGAAAT	70620
rs586074087	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15573373	ATGTTGTTTCTGTAG[C/T]CTGCATGCTCTTCTG	70620
rs586079170	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15590966	TTAATCCCAGCACTC[A/G]GGAGGCAGAGGCAGG	70620
rs586184243	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15571706	GTGCCCCTCCTTGTC[C/T]TTTTTGTTAACTTTG	70620
rs586219582	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15572659	GTTGTGTCCATGTTC[C/T]CTATGGAATCTTCTG	70620
rs586243687	snp	A/C			intron-variant	Ube2v2	GRCm38.p3	16:15559261	GATGGCTCAGTGGGT[A/C]AGAGCACTGACTGCT	70620
rs586248252	snp	A/T			intron-variant	Ube2v2	GRCm38.p3	16:15583684	TTTAAATTGATAACA[A/T]GTTTCGGGGGCTGGT	70620
rs586455457	snp	C/G			intron-variant	Ube2v2	GRCm38.p3	16:15589592	GAAGGAAGGAAGGAA[C/G]GAACCATTCACATTG	70620
rs586481907	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15566151	GAAAATAAATATTCC[A/G]CCATTGGTGGCGCAC	70620
rs586538739	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15590997	CAGATTTCTGAGTTT[A/G]AGGCCAACCTGGTCT	70620
rs586541643	snp	C/G			utr-variant-3-prime	Ube2v2	GRCm38.p3	16:15551964	AGACAGACAGAGAGA[C/G]AGAGAGAGATTGATT	70620
rs586670613	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15587356	AGGAAGAAGAAGAAG[A/G]AGAAGAAGAAAATGA	70620
rs586804833	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15571844	GTCTTTTTCCCTGAG[A/G]TGGGTTTCCTGTAAG	70620
rs586813412	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15591592	ATATGTGTATGTATA[C/T]GTATACACATAAGAA	70620
rs586849955	snp	A/C			intron-variant	Ube2v2	GRCm38.p3	16:15570896	TCTATATGCATTCCT[A/C]TGTTGAGAGACATCT	70620
rs586903747	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15578305	AAAAAGAAGGAAAAA[C/T]AAAAACAACAACAAA	70620
rs586922152	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15568298	GGCACACTGACTCAT[C/T]CTGAAAGTGGTTTGT	70620
rs587008585	snp	C/G			intron-variant	Ube2v2	GRCm38.p3	16:15584822	TTGCAAAGTACATTA[C/G]ACTATGGTATGGACA	70620
rs587022644	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15572113	ATTATCCTTTGAAGG[A/G]CTGGATTCATGGAAA	70620
rs587051259	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15560734	GTCTTACTTTAAAAG[C/T]CTGTACTCCACAAAA	70620
rs587104787	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15592019	TTTTTTTTTTTTTTC[C/T]CTAAGCCTCTCTCAT	70620
rs587146546	snp	C/T			upstream-variant-2KB	Ube2v2	GRCm38.p3	16:15595305	AAAGTCCAGGCAAGC[C/T]CAGGCAAGTCAATTA	70620
rs587264417	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15577567	TTCTTTTTATTCTCA[C/T]ATGGATTGCTAAATA	70620
rs587266875	snp	A/G			intron-variant	Ube2v2	GRCm38.p3	16:15591076	CGAAAAACAAAAAGA[A/G]AAGAAGAAAAAAAAG	70620
rs587462103	snp	C/G			intron-variant	Ube2v2	GRCm38.p3	16:15571944	CCATTGATATTAAGA[C/G]ATATTAAGGAAAAGT	70620
rs587538864	snp	A/T			intron-variant	Ube2v2	GRCm38.p3	16:15588663	GATTTATTTATTTAC[A/T]ATATGTAAGTACACT	70620
rs587577418	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15568383	TTTGTTTTGTTTTGT[C/T]TTGTGACACAAGTCA	70620
rs587578659	snp	C/T			intron-variant	Ube2v2	GRCm38.p3	16:15591031	GAGTGAGTTCCAGGA[C/T]AGCCAGGGCTATACA	70620
rs864272358	snp	A/G/T			intron-variant	Ube2v2	GRCm38.p3	16:15591571	TGTATGTATGTATGT[A/G/T]TATGTATATGTGTAT	70620
rs864276282	snp	A/T			utr-variant-3-prime	Ube2v2	GRCm38.p3	16:15552953	ATCAGAAAAGTAAGA[A/T]CTGTGTCTGCTATCC	70620
rs864288747	snp	C/G			utr-variant-3-prime	Ube2v2	GRCm38.p3	16:15554579	CTGAACTAGTACTTG[C/G]GAGGCTGAGACAGAA	70620
rs864301010	snp	A/T			utr-variant-3-prime	Ube2v2	GRCm38.p3	16:15555568	GGCCAGGAACTTGTA[A/T]TCGCCTGCCTCTGCC	70620

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