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

SNP - dbSNP
dbSNP	Type	Alleles	Het	Se(het)	Fxn-class	Gene Name	Assembly	Chr-pos	Sequence	Entrez Gene
rs6160675	snp	C/T	0.5	0	utr-variant-3-prime	Kdm2a	Mm_Celera	19:4318380	CTTCAGAGGAGCTGG[C/T]ACTCTGCCCCTCCCC	225876
rs6161902	snp	G/T	0.5	0	utr-variant-3-prime	Kdm2a	Mm_Celera	19:4318175	TGGGGGAAACAGAAG[G/T]CTGGTTGAATCCCCA	225876
rs6162292	snp	A/G	0.5	0	utr-variant-3-prime	Kdm2a	GRCm38.p3	19:4318147	CCACCTGCCTCTCTA[A/G]GCCAGGCTTTTCTGG	225876
rs6162333	snp	C/T	0.207612	0.24638	utr-variant-3-prime	Kdm2a	Mm_Celera	19:4318118	GGGCTCTGGTTTAGC[C/T]TGGCCCTCTGAGCCC	225876
rs6214157	snp	C/T	0.359862	0.224567	intron-variant	Kdm2a	GRCm38.p3	19:4381176	GTCTTAGGTATGTAA[C/T]AACCCTTGTTCAATT	225876
rs6214620	snp	A/T	0.5	0	intron-variant	Kdm2a	Mm_Celera	19:4381078	AATTCTTTTAAAAAA[A/T]TTTTTCAACTTTTTT	225876
rs6228316	snp	A/G	0.5	0	intron-variant	Kdm2a	GRCm38.p3	19:4347221	TGTGATCTGGTGAAC[A/G]NTTTTGAAAAGGGAC	225876
rs6228317	snp	A/G	0.5	0	intron-variant	Kdm2a	GRCm38.p3	19:4347220	GTGATCTGGTGAACN[A/G]TTTTGAAAAGGGACC	225876
rs6228846	snp	A/T	0.456747	0.140554	intron-variant	Kdm2a	GRCm38.p3	19:4347141	TATTTGGCCTTAATA[A/T]GTAGCCATTCTAAAA	225876
rs6294978	snp	C/T	0.5	0	intron-variant	Kdm2a	Mm_Celera	19:4330869	ggagaaaaattgttg[C/T]aagttccaggccagt	225876
rs6309752	snp	A/G	0.207612	0.24638	intron-variant	Kdm2a	GRCm38.p3	19:4330552	ACCGTGAGCTTAAGA[A/G]TTTACCACTCTGCCC	225876
rs6309842	snp	C/T	0.5	0	intron-variant	Kdm2a	GRCm38.p3	19:4330485	accttgaattcatga[C/T]ctgcttctacctcct	225876
rs6399090	snp	A/G	0.207612	0.24638	intron-variant	Kdm2a	GRCm38.p3	19:4325534	GTTTCAGAAAAGCAC[A/G]GGTACTACAGGATGA	225876
rs6399700	snp	C/T	0.207612	0.24638	intron-variant	Kdm2a	GRCm38.p3	19:4325400	GTGGTAGAGTTGTAA[C/T]GCTAAAATAACCTTT	225876
rs6401256	snp	A/G	0.5	0	intron-variant	Kdm2a	Mm_Celera	19:4325126	AGTAGCAGTGACATG[A/G]CTTCTCTCAGATTCT	225876
rs6401458	snp	G/T	0.489796	0.070696	intron-variant	Kdm2a	GRCm38.p3	19:4319798	ACTTGAGATGCAGAT[G/T]TAGGCATATCTCTAA	225876
rs6402021	snp	C/T	0.5	0	intron-variant	Kdm2a	GRCm38.p3	19:4319684	aagattgatttatta[C/T]atgtaagtacactgt	225876
rs6402440	snp	A/G	0.5	0	intron-variant	Kdm2a	GRCm38.p3	19:4319667	tgtaagtacactgta[A/G]ctgtcttcagagact	225876
rs6402501	snp	A/C	0.5	0	intron-variant	Kdm2a	GRCm38.p3	19:4319637	tccagaagagggaat[A/C]agatcttgttacngn	225876
rs6402519	snp	A/G	0.5	0	intron-variant	Kdm2a	GRCm38.p3	19:4319624	atnagatcttgttac[A/G]gntggttgtgagcca	225876
rs6402528	snp	A/G	0.5	0	intron-variant	Kdm2a	GRCm38.p3	19:4319622	nagatcttgttacng[A/G]tggttgtgagccacc	225876
rs6402560	snp	A/G	0.5	0	intron-variant	Kdm2a	GRCm38.p3	19:4319606	TGGTTGTGAGCCACC[A/G]TGTGGTTGCTGGAGT	225876
rs6402586	snp	A/G	0.5	0	intron-variant	Kdm2a	GRCm38.p3	19:4319593	CCATGTGGTTGCTGG[A/G]GTCTCTCCAGCCGTA	225876
rs6403037	snp	C/T	0.5	0	intron-variant	Kdm2a	GRCm38.p3	19:4319562	AGAGACTTTTCTATT[C/T]CTTTTTAAACCAGAG	225876
rs13483502	snp	C/T	0.488166	0.0760073	utr-variant-3-prime, downstream-variant-500B	Kdm2a	Mm_Celera	19:4316396	TGTGTCAGCTGGTGG[C/T]CTAAGACTCATTCCC	225876
rs30322796	snp	C/T	0.432133	0.171253	intron-variant	Kdm2a	GRCm38.p3	19:4337955	ATGTTGAAAGTTCTT[C/T]ATCACCGCACTAAAA	225876
rs30324994	snp	C/T	0.444444	0.157135	intron-variant	Kdm2a	GRCm38.p3	19:4344393	GATAAGTATACATCA[C/T]CTCTTCCAAGGCTCA	225876
rs30352880	snp	C/T	0.255	0.24995	intron-variant	Kdm2a	GRCm38.p3	19:4351880	CACTGATAAAGAGAC[C/T]TGCCCACCAAAAAGA	225876
rs30353228	snp	C/T	0.5	0	intron-variant	Kdm2a	Mm_Celera	19:4390267	AACTCATGAGATACA[C/T]AATGCACAATCTGTC	225876
rs30360253	snp	C/T	0.265928	0.249492	intron-variant	Kdm2a	GRCm38.p3	19:4332829	ATTCAAAAAGCGCAC[C/T]GAGGAGTGCATGGCT	225876
rs30364256	snp	G/T	0.32	0.24	utr-variant-5-prime, intron-variant, nc-transcript-variant	Kdm2a, 9430078G10Rik	GRCm38.p3	19:4396856	CCAGCTACTCCCCAG[G/T]AGCAGAGGAGGGACT	225876
rs30365609	snp	C/T	0.444444	0.157135	intron-variant	Kdm2a	GRCm38.p3	19:4390962	GGCATCAGAACCCCT[C/T]GAACCAGAGTTATAA	225876
rs30368997	snp	A/G	0.444444	0.157135	intron-variant	Kdm2a	GRCm38.p3	19:4339440	TTTCATACGATTGGA[A/G]TCCTTTGGAAGCCTC	225876
rs30369441	snp	A/G	0.375	0.216506	intron-variant	Kdm2a	GRCm38.p3	19:4341837	TGTTGAAGTCAGTAC[A/G]ATAGTTCCTCAAAAA	225876
rs30370614	snp	A/G	0.475309	0.108333	intron-variant	Kdm2a	Mm_Celera	19:4319321	AAAAAGATTACAAAC[A/G]TAGCCACAGAGGCCC	225876
rs30376663	snp	C/T	0.32	0.24	intron-variant	Kdm2a	GRCm38.p3	19:4349879	ACCAGAAGAGGGCAT[C/T]AGATCCCATTACAGA	225876
rs30400665	snp	A/G	0.444444	0.157135	intron-variant	Kdm2a	GRCm38.p3	19:4353871	TGGCGCACGCCTTTA[A/G]TCCCAGCACTCGGGA	225876
rs30403249	snp	C/T	0.32	0.24	intron-variant	Kdm2a	Mm_Celera	19:4321919	TGACAGACCCTGCCT[C/T]AACTTTTAAAGTAGA	225876
rs30404163	snp	C/T	0.375	0.216506	intron-variant	Kdm2a	GRCm38.p3	19:4369659	CCCTAAGAAAGGAAA[C/T]TACTTAAATACATGT	225876
rs30405654	snp	C/T	0.495	0.0497494	intron-variant	Kdm2a	GRCm38.p3	19:4383096	TGACATTATACCCAG[C/T]TATTTTCAGTATATG	225876
rs30409231	snp	A/C	0.497778	0.0332592	intron-variant	Kdm2a	GRCm38.p3	19:4390968	AGAACCCCTCGAACC[A/C]GAGTTATAAGCAGTT	225876
rs30410732	snp	C/T	0.455	0.143091	intron-variant	Kdm2a	Mm_Celera	19:4332135	GCTGTTACAGCTGCA[C/T]GCCCTCTGGGAGTTC	225876
rs30419016	snp	A/G	0.375	0.216506	intron-variant	Kdm2a	Mm_Celera	19:4320065	TGACATGTGTTATCG[A/G]TGCTAGATCCAGCTC	225876
rs30442210	snp	C/T	0.375	0.216506	intron-variant	Kdm2a	GRCm38.p3	19:4331900	TATTATCAGTTTTTG[C/T]TTTTATTTTGTAGAT	225876
rs30446315	snp	C/T	0.444444	0.157135	intron-variant	Kdm2a	Mm_Celera	19:4340421	GTCTGGAAACCTGAG[C/T]CTGATCCCTGAAACC	225876
rs30449058	snp	A/T	0.495	0.0497494	intron-variant	Kdm2a	Mm_Celera	19:4320518	GGAGTGAACAAGCTA[A/T]GTTTTCCGTCCTCTC	225876
rs30455848	snp	C/T	0	0	intron-variant	Kdm2a	Mm_Celera	19:4328904	ACATATACACAATTT[C/T]TCTGGCACCAATACC	225876
rs30457491	snp	A/T	0.5	0	intron-variant	Kdm2a	GRCm38.p3	19:4386429	TCTTTAAAAAACATT[A/T]AAAAAAAAAGGAGAA	225876
rs30498056	snp	C/G	0.290657	0.246672	intron-variant	Kdm2a	GRCm38.p3	19:4333430	AACGGAGGGCCCTCT[C/G]ATCAAGCTGTAAGTA	225876
rs30501428	snp	A/G	0.375	0.216506	intron-variant	Kdm2a	GRCm38.p3	19:4324086	ACAAGGTAAGTTAGG[A/G]GGGGAAGACAAGCTC	225876
rs30503336	snp	C/T	0.32	0.24	intron-variant	Kdm2a	Mm_Celera	19:4382749	TGAGTCAGGGTTTCC[C/T]ATAACCCAGACTACT	225876
rs30504725	snp	A/C	0.444444	0.157135	intron-variant	Kdm2a	Mm_Celera	19:4361311	CCCTGGCTGTCCTGG[A/C]ACTCACTCTGTAGAC	225876
rs30509021	snp	A/G	0.375	0.216506	intron-variant	Kdm2a	GRCm38.p3	19:4358743	ACGTGAACTCACTCT[A/G]TAGACTAGGCTATCC	225876
rs30519151	snp	C/T	0.444444	0.157135	intron-variant	Kdm2a	Mm_Celera	19:4390605	AGCTGTCTTCAGACA[C/T]ACCAGAAGAGGGCAT	225876
rs30545328	snp	C/G	0.255	0.24995	intron-variant, upstream-variant-2KB	Kdm2a	GRCm38.p3	19:4334931	ATTGACACTTCACAT[C/G]ATCTATTCTGTCTAG	225876
rs30568100	snp	A/C	0.33241	0.236027	intron-variant	Kdm2a	Mm_Celera	19:4324271	GCAGGTCTATTTATG[A/C]CTGACAATATCAAGG	225876
rs30603394	snp	A/G	0.444444	0.157135	intron-variant	Kdm2a	GRCm38.p3	19:4356596	ATGAGGAGATGGGGA[A/G]GTGAGCAAGACAGGG	225876
rs30610815	snp	C/T	0.375	0.216506	intron-variant	Kdm2a	GRCm38.p3	19:4384323	AGGCATGTGCCACCA[C/T]ACTTGATATGAATAT	225876
rs30612704	snp	C/T	0.493827	0.0552116	intron-variant	Kdm2a	GRCm38.p3	19:4326410	GTAAACCTGCTTAAC[C/T]GGATACTCTAGTATA	225876
rs30615987	snp	C/T	0.5	0	intron-variant	Kdm2a	Mm_Celera	19:4347720	TTGTCTTCTAAGCTC[C/T]GTTCATATGCCTTGG	225876
rs30616257	snp	C/T	0.277778	0.248452	intron-variant	Kdm2a	GRCm38.p3	19:4339346	GTCAGTCTATTCAGA[C/T]ATAGGCCACAATGTG	225876
rs30616325	snp	A/G/T	0.444444	0.157135	intron-variant	Kdm2a	GRCm38.p3	19:4343456	TCCCAGGCTAGACTG[A/G/T]ACTACATAGTGAGTT	225876
rs30619117	snp	C/T	0.5	0	intron-variant	Kdm2a	Mm_Celera	19:4357402	ACCTCCCCCTACCCC[C/T]AACAACAACAAAAAA	225876
rs30664260	snp	A/T	0.33241	0.236027	intron-variant	Kdm2a	Mm_Celera	19:4341689	CTATCTCACTGCAAT[A/T]CATAGGCCTTCGTCC	225876
rs30690648	snp	A/G	0.475309	0.108333	intron-variant	Kdm2a	GRCm38.p3	19:4330350	ACAGCAAGGTAGAAA[A/G]TTACACAGGAAGTAA	225876
rs30697961	snp	C/T	0.444444	0.157135	intron-variant	Kdm2a	GRCm38.p3	19:4340198	AATTTCTGACAAAGG[C/T]ATTAAAATATACATT	225876
rs30701294	snp	C/T	0.255	0.24995	intron-variant, upstream-variant-2KB	Kdm2a	GRCm38.p3	19:4335019	GAAAGGGGAGCTTCA[C/T]TTAGGCCAGAGGCCT	225876
rs30709398	snp	A/C	0.375	0.216506	intron-variant	Kdm2a	Mm_Celera	19:4344881	CACGCATGCGCTCAA[A/C]ACAGTCTATAACTCC	225876
rs30717760	snp	C/T	0.49827	0.0293608	intron-variant	Kdm2a	GRCm38.p3	19:4362612	TGTTTTTCCCAGTAA[C/T]CTTCTTGTTCTAATA	225876
rs30718309	snp	A/G	0.444444	0.157135	intron-variant	Kdm2a	GRCm38.p3	19:4356612	GTGAGCAAGACAGGG[A/G]TTCATGATGTGAAGC	225876
rs30738214	snp	A/G	0.304688	0.243945	intron-variant	Kdm2a	Mm_Celera	19:4384978	AGGTTCTGGCTTGTC[A/G]CATACGTACCGCCAC	225876
rs30743894	snp	C/T	0.444444	0.157135	intron-variant	Kdm2a	GRCm38.p3	19:4339468	CTCCCCTTAACTCAC[C/T]CGCTTGCTTTACTGC	225876
rs30745742	snp	C/T	0.46875	0.121031	intron-variant	Kdm2a	Mm_Celera	19:4319549	CCACCTCAGAGATCT[C/T]TGGTTTAAAAAGGAA	225876
rs30750477	snp	C/G/T	0.345679	0.230967	intron-variant	Kdm2a	GRCm38.p3	19:4333549	GCATTGTCCTGGACT[C/G/T]GCCCAGCAGGCAGTT	225876
rs30751231	snp	C/T	0.255	0.24995	intron-variant, upstream-variant-2KB	Kdm2a	GRCm38.p3	19:4335209	ATTTATTTATGTGTG[C/T]GGTGGATGTCAGAGG	225876
rs30754696	snp	A/G	0.265928	0.249492	intron-variant	Kdm2a	GRCm38.p3	19:4336940	ATAACTACTATTTCC[A/G]TGGTTATTTGCTACC	225876
rs30754823	snp	C/T	0.5	0	intron-variant	Kdm2a	GRCm38.p3	19:4339480	CACCCGCTTGCTTTA[C/T]TGCTGCTTCCTTTTA	225876
rs30759557	snp	C/T	0.444444	0.157135	intron-variant	Kdm2a	Mm_Celera	19:4339138	CACTCTCTTCAGACA[C/T]ACCAGAAGAGGGCAT	225876
rs30761654	snp	A/G	0.32	0.24	intron-variant	Kdm2a	GRCm38.p3	19:4354158	GACAGACAAGGCTAC[A/G]CAGGGAAATCCTGTC	225876
rs30762887	snp	C/T	0.375	0.216506	intron-variant	Kdm2a	GRCm38.p3	19:4372523	AAACTAACCTCAGCC[C/T]CCAATTCTATATCCT	225876
rs30762977	snp	A/G	0.444444	0.157135	intron-variant	Kdm2a	GRCm38.p3	19:4343582	AGAACACTTGCACTT[A/G]CAAAGGATCCAGGTT	225876
rs30795993	snp	A/G	0.498615	0.0262793	intron-variant	Kdm2a	Mm_Celera	19:4319447	CTGCCTCTAAGGACC[A/G]TGGGCAAGTGAGCAG	225876
rs30800763	snp	A/T	0.5	0	intron-variant	Kdm2a	Mm_Celera	19:4324078	CCACCAGCACAAGGT[A/T]AGTTAGGAGGGGAAG	225876
rs30805578	snp	A/G	0.375	0.216506	intron-variant	Kdm2a	GRCm38.p3	19:4371342	CAGAGGTCAGAAAAA[A/G]GAGATGAATTCCCTA	225876
rs30806380	snp	C/T	0.5	0	intron-variant	Kdm2a	Mm_Celera	19:4383836	AGTACACTGTAGCTG[C/T]CTTCAGACACTCCAG	225876
rs30839204	snp	C/G	0.359862	0.224567	intron-variant	Kdm2a	Mm_Celera	19:4373881	TGATAGTGAACTGAG[C/G]TCTCTCTCATCTATT	225876
rs30849641	snp	A/G	0.375	0.216506	intron-variant	Kdm2a	GRCm38.p3	19:4324088	AAGGTAAGTTAGGAG[A/G]GGAAGACAAGCTCAC	225876
rs30851428	snp	C/T	0.5	0	intron-variant	Kdm2a	Mm_Celera	19:4382011	AACATATAGAAACAG[C/T]CCATCTATCAACAGA	225876
rs30859859	snp	C/T	0.5	0	intron-variant	Kdm2a	Mm_Celera	19:4376995	TCACAAATAAATATA[C/T]ATGCAGACACCAGGC	225876
rs30865756	snp	C/T	0.265928	0.249492	intron-variant	Kdm2a	GRCm38.p3	19:4337872	ATGCTCTAGTTTTTT[C/T]CCCAATTAATCCCAT	225876
rs30891076	snp	A/G	0.33241	0.236027	intron-variant, utr-variant-5-prime	Kdm2a	Mm_Celera	19:4333823	TAGGGCAGTCCTGCT[A/G]TAGCCCGTCAGGCTA	225876
rs30891239	snp	G/T	0.375	0.216506	intron-variant	Kdm2a	GRCm38.p3	19:4358730	TATGTAGCCCTATAC[G/T]TGAACTCACTCTATA	225876
rs30895389	snp	C/T	0.197531	0.244432	intron-variant	Kdm2a	GRCm38.p3	19:4362359	TAAGGAATCCAACAT[C/T]ATAAAAGAAATTTCA	225876
rs30915977	snp	C/T	0.375	0.216506	intron-variant, upstream-variant-2KB	Kdm2a, 9430078G10Rik	GRCm38.p3	19:4394728	TATTTTCACCCCTCC[C/T]CTGGTACACAGAAAA	225876
rs30945063	snp	A/G	0.387812	0.208586	intron-variant	Kdm2a	Mm_Celera	19:4320715	AAATTCTTAAAATGT[A/G]TAGAATGGACTTCTT	225876
rs30962898	snp	A/G	0.5	0	utr-variant-5-prime, intron-variant, nc-transcript-variant	Kdm2a, 9430078G10Rik	Mm_Celera	19:4396954	GCGACGGGCCCGGGA[A/G]CTGGAAAGGTGCTCT	225876
rs30968106	snp	A/T	0.48	0.0979796	utr-variant-3-prime	Kdm2a	Mm_Celera	19:4317805	CATTTTCTTTCTTTC[A/T]TTTTTTTTTTTTTTC	225876
rs30968597	snp	C/T	0.456747	0.140554	intron-variant	Kdm2a	GRCm38.p3	19:4377487	GATCTTCCAGTGTGC[C/T]ATCACTCTGACTAGC	225876
rs30989640	snp	G/T	0.265928	0.249492	intron-variant	Kdm2a	GRCm38.p3	19:4355166	ATAGCTTTCACAATA[G/T]ACTAGATAGCCAGCA	225876
rs30996606	snp	C/G	0.444444	0.157135	intron-variant	Kdm2a	GRCm38.p3	19:4341391	CTTCTGAGGCAGAGG[C/G]AGGCAGATCTCTAGG	225876

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