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

Epn2

SNP - dbSNP
dbSNP	Type	Alleles	Het	Se(het)	Fxn-class	Gene Name	Assembly	Chr-pos	Sequence	Entrez Gene
rs3698658	snp	A/G	0.5	0	intron-variant	Epn2	GRCm38.p3	11:61527477	CACCATAGTCTAAAA[A/G]GGTCATATACTGCCC	13855
rs6338513	snp	A/G	0.359862	0.224567	intron-variant	Epn2	GRCm38.p3	11:61528093	ATCTGAGCTCCTAAC[A/G]CACAAGAGCCCTGCC	13855
rs6340658	snp	A/C	0.5	0	intron-variant	Epn2	GRCm38.p3	11:61528509	ggaatgcaatgcctt[A/C]gtctggcttccacag	13855
rs26941068	snp	C/T	0.489796	0.070696	intron-variant	Epn2	GRCm38.p3	11:61543737	TTTTCTACTCCTACA[C/T]TGGGAACAGTGGCTT	13855
rs26941069	snp	C/T	0.336735	0.234472	intron-variant	Epn2	GRCm38.p3	11:61543174	TGTAAAGCTGGTCTT[C/T]CTTACCTTTCCAAAC	13855
rs26941070	snp	C/T	0.408163	0.193609	intron-variant	Epn2	GRCm38.p3	11:61543074	AGAACAGATCCTAAG[C/T]AAGTGGTAGCAAAAT	13855
rs26941071	snp	A/C	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61542549	GGAATTCTCCCAACC[A/C]TTCTCAAGTGCTTCT	13855
rs26941072	snp	A/G	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61541685	CTGGCTTTTATCAGG[A/G]TATAGCAGCAGCTCT	13855
rs26941073	snp	A/G	0.408163	0.193609	intron-variant	Epn2	GRCm38.p3	11:61541523	ACTACCAGCGCTGCC[A/G]TGGTTCCTACACTAC	13855
rs26941074	snp	A/G	0.408163	0.193609	intron-variant	Epn2	GRCm38.p3	11:61541393	AGCTCAAGGATCCCC[A/G]ACATTTTCCTAGGGA	13855
rs26941075	snp	C/T	0.244898	0.249948	intron-variant	Epn2	GRCm38.p3	11:61541277	AAATCCTCTGTGAAG[C/T]GAGCCCAGCAAAGAC	13855
rs26941076	snp	C/T	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61540820	CTTAACCACACTGAC[C/T]TCATTCACCTGCTTT	13855
rs26941077	snp	G/T	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61540264	ATAGATCAGGTTCTA[G/T]GGACCACAAGCCCAG	13855
rs26941078	snp	A/G	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61539275	AGTGAGAGCTGAGCA[A/G]GCTGACTTACCTGGG	13855
rs26941079	snp	G/T	0.142012	0.225474	intron-variant	Epn2	GRCm38.p3	11:61537575	CTTATTTAGAGACAC[G/T]CTAGCCTCAGTGATG	13855
rs26941080	snp	A/T	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61537080	TTGAAAACTGGGGAA[A/T]GAATGGTTAACAAAC	13855
rs26941081	snp	C/G	0.336735	0.234472	intron-variant	Epn2	GRCm38.p3	11:61537006	TAGACATCTCTAGGA[C/G]GCATACATGGGAAAT	13855
rs26941082	snp	C/G	0.35503	0.226867	intron-variant	Epn2	GRCm38.p3	11:61536701	TCCTACCCAATTATA[C/G]TTTTCATTGGACCTC	13855
rs26941083	snp	A/G	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61535777	AGGCATGCTTAGGAA[A/G]AGGAAGCCCACACAG	13855
rs26941084	snp	C/T	0.408163	0.193609	synonymous-codon	Epn2	GRCm38.p3	11:61535367	CTCTAACTCAGAGGA[C/T]ACTCGTGGGGAAGTA	13855
rs26941085	snp	C/T	0.408163	0.193609	intron-variant	Epn2	GRCm38.p3	11:61535056	TCACTCGGAGTTAGC[C/T]GTTTCTCTGGACACT	13855
rs26941086	snp	C/G	0.408163	0.193609	intron-variant	Epn2	GRCm38.p3	11:61535020	TCAGAAGTCCCTGGA[C/G]AGTAAGTCTACATAG	13855
rs26941087	snp	A/G	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61534883	CCACACATCTGCCAC[A/G]GGATATATTGCCCTG	13855
rs26941088	snp	A/G	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61534863	CCTTCTAGCCTTCTA[A/G]TCTCCCACACATCTG	13855
rs26941089	snp	C/T	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61533847	TTCCCAGAGGACTCA[C/T]GGAGGTTCCTCCTTC	13855
rs26941090	snp	A/C	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61533168	CACATCAGGTGATAC[A/C]ACTAGTATGCCTGGC	13855
rs26941091	snp	A/G	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61533138	GCAACATCTATCATC[A/G]GGGCCCTGTGGCACC	13855
rs26941092	snp	C/T	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61533002	ATCATCATCCCTCTT[C/T]ACCTGCCTTTGGTTT	13855
rs26941093	snp	C/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61532825	AACTTGGAAATTGAG[C/T]TGCTCCAATCCCAAA	13855
rs26941094	snp	A/T	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61532813	TAACTCCTGAATAAC[A/T]TGGAAATTGAGCTGC	13855
rs26941095	snp	C/G	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61532776	TAATATTAGTTCTCA[C/G]CACAGCACAGGCCTT	13855
rs26941096	snp	A/G	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61532353	ATTATGACTTCTTGA[A/G]CTTGAGCTGGGTGCA	13855
rs26941097	snp	A/T	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61531921	ACAGAGCCTAGCATT[A/T]GGTATACTTTAACAA	13855
rs26941098	snp	A/C	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61531892	TGGGTGTCCCAGATA[A/C]TTCATATGGGAGGAC	13855
rs26941099	snp	A/G	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61531843	GGTTCACACAGCACT[A/G]CTCGCTGCTACCAGG	13855
rs26941100	snp	A/G	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61531797	GATGCTCAACTCACT[A/G]TTCTGATCTGACAAG	13855
rs26941101	snp	C/T	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61531685	TCTACCTGCTGCCCA[C/T]GTCACAATGCATGGG	13855
rs26941102	snp	C/T	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61530882	TGGCAAATTTCATCT[C/T]CATTTGAAGAGCAAG	13855
rs26941103	snp	C/T	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61530858	TCCAGTTTTGTTAAA[C/T]AGTCGGAATGGCAAA	13855
rs26941104	snp	C/T	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61530789	TCTACCTAGTAACAA[C/T]AGTTATACAGCTCTG	13855
rs26941105	snp	C/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61530749	GAGTATGGATTCTTT[C/T]TGGAGTAATGGAAAC	13855
rs26941106	snp	C/T	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61530732	GCTGGTGGCTAGGAG[C/T]TGAGTATGGATTCTT	13855
rs26941107	snp	C/T	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61530531	AATGCAAATGTCCAA[C/T]GGGAGGAGAGTGTAC	13855
rs26941108	snp	A/C	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61529464	AGGCCTTCTGAATTA[A/C]CAGGCTGTGAGGCCT	13855
rs26941109	snp	A/G	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61529321	TTCATGTGCACAGCC[A/G]GCAGTCACAGTCCAT	13855
rs26941110	snp	C/T	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61529087	ACGAGGCTGGCCCGC[C/T]GCCCTTAGGAGAGAG	13855
rs26941111	snp	C/T	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61528702	CACCACCAGTCTGGA[C/T]ACCTGCAACACTCCT	13855
rs26941112	snp	C/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61528617	AAGACAATGCAAAGA[C/T]TAGGAGTCTGAGAGG	13855
rs26941113	snp	A/G	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61528127	GGCCCTCTCAGGCAA[A/G]AGCCACCTAGCTCAA	13855
rs26941114	snp	G/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61527884	CTGAGAATCCACACA[G/T]GAAGAACCCCAAGGG	13855
rs26941115	snp	A/G	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61527719	CTAAGTGAAGGTACA[A/G]GCCTCTGGGTAAGTG	13855
rs26941116	snp	A/G	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61527598	CCATGGGGACAGAAC[A/G]CGCAGTTGGCTTTCC	13855
rs26941117	snp	A/G	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61527564	CAGGATCTGCAAAGT[A/G]AGCTTCCCTCTCCCT	13855
rs26941118	snp	A/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61527446	AATACTCCACCAAAG[A/T]GTTTTCCCCTCACCT	13855
rs26941119	snp	A/G	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61527263	TCTCTCAGCTAGATA[A/G]ATACACTTGAGGGAC	13855
rs26941120	snp	C/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61527027	CTACAGGGGTGGTAC[C/T]TCATCAGGCATGGCT	13855
rs26941121	snp	G/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61526845	TATTTGGCCTTTCTG[G/T]TTCTAATGCTCCAGA	13855
rs26941122	snp	C/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61526737	GGCTTGCTGCAGTGA[C/T]ACACCCAAAAGTTGT	13855
rs26941123	snp	C/G	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61526606	AAGGCTTACTTGGGT[C/G]CTGCTCAGATATTGC	13855
rs26941124	snp	C/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61526169	ACACAGCTTCCATGC[C/T]TAGCCTGGCCAGACT	13855
rs26941125	snp	A/G	0.32	0.24	intron-variant	Epn2	Mm_Celera	11:61524708	GGTTATCTCTGCCTA[A/G]CTAACCTCAGCAGCA	13855
rs26941126	snp	C/T	0.391111	0.206368	intron-variant	Epn2	Mm_Celera	11:61524589	GTGGTGCATATGAAG[C/T]CTATTTTGCAACCGT	13855
rs26941127	snp	C/T	0.32	0.24	intron-variant	Epn2	Mm_Celera	11:61524570	TTTTTCCATTTGTGT[C/T]GAAGTGGTGCATATG	13855
rs26941128	snp	C/T	0.32	0.24	intron-variant	Epn2	Mm_Celera	11:61524499	TCTAACAGTTTATAA[C/T]CCTCTCAGCAGGTCC	13855
rs26941129	snp	C/T	0.244898	0.249948	intron-variant	Epn2	Mm_Celera	11:61524477	CCAGCACCGTTTCCA[C/T]GCTGGTTCTAACAGT	13855
rs26941130	snp	A/G	0.124444	0.216185	intron-variant	Epn2	Mm_Celera	11:61524202	GAAACAATATGCTGG[A/G]TAGCTATGCCAGATT	13855
rs26941131	snp	A/G	0.132653	0.220748	intron-variant	Epn2	Mm_Celera	11:61524140	ATTTCCAGATCCACC[A/G]CAAAGTGTCCTGAGC	13855
rs26941132	snp	C/T	0.489796	0.070696	intron-variant	Epn2	Mm_Celera	11:61524139	CATTTCCAGATCCAC[C/T]GCAAAGTGTCCTGAG	13855
rs26941133	snp	A/C	0.124444	0.216185	intron-variant	Epn2	Mm_Celera	11:61523798	AATTTTGAGCAACAA[A/C]GGTTAGTCAACTTAG	13855
rs26941134	snp	A/G	0.124444	0.216185	intron-variant	Epn2	Mm_Celera	11:61523545	TTCCCATCACACAAG[A/G]GGCTCACAGGGGTTC	13855
rs26941135	snp	A/G	0.124444	0.216185	intron-variant	Epn2	Mm_Celera	11:61523500	TCTGGCAAGTGCACC[A/G]AGAGGCAAAGCTAAA	13855
rs26941136	snp	C/G	0.124444	0.216185	intron-variant	Epn2	Mm_Celera	11:61523418	CACATATACACAGAG[C/G]ACACCAGTAAGAATA	13855
rs26941137	snp	A/G	0.132653	0.220748	intron-variant	Epn2	Mm_Celera	11:61523214	GAAGTCAGAGTCAAA[A/G]TTCAGAACAGGGGCT	13855
rs26941138	snp	C/T	0.32	0.24	missense	Epn2	GRCm38.p3	11:61523068	CTCCCCAGGCATCTG[C/T]TGTCTTTCCAGCATT	13855
rs26941139	snp	A/C	0.32	0.24	intron-variant	Epn2	Mm_Celera	11:61523000	AGAAGTAGTGAAGCT[A/C]TAGGAACCAGGCTGA	13855
rs26941140	snp	C/T	0.124444	0.216185	intron-variant	Epn2	Mm_Celera	11:61522831	GGTCAGTCTGCCACC[C/T]AGAAAGGAGACCAGA	13855
rs26941141	snp	A/G	0.391111	0.206368	intron-variant	Epn2	Mm_Celera	11:61522761	CAGTGTAGGAAATAC[A/G]TGTTGTTCTGGACAT	13855
rs26941142	snp	A/C	0.391111	0.206368	intron-variant	Epn2	Mm_Celera	11:61522685	GGCAACAGGTGGGAT[A/C]AGAGAACACAAGTGC	13855
rs26941143	snp	A/C	0.32	0.24	intron-variant	Epn2	Mm_Celera	11:61522660	CTTCAGTCACTTGCT[A/C]GACTGGGAAGGCAAC	13855
rs26941144	snp	A/T	0.391111	0.206368	intron-variant	Epn2	Mm_Celera	11:61522608	AGGGGCTTCTCTCCC[A/T]GGTACTCCACATCAT	13855
rs26941145	snp	A/G	0.32	0.24	intron-variant	Epn2	Mm_Celera	11:61522512	GGGGACATACAAGCT[A/G]GTGACTGAAAGCATC	13855
rs26941146	snp	C/T	0.489796	0.070696	intron-variant	Epn2	Mm_Celera	11:61522083	ATTTGGGGTTGGTGG[C/T]AAAGCACAGATGTGT	13855
rs26941147	snp	G/T	0.391111	0.206368	synonymous-codon	Epn2	Mm_Celera	11:61521770	ACTCAGGTGTTTTCC[G/T]GGCACTGCTAGGCTT	13855
rs26941148	snp	C/G	0.124444	0.216185	intron-variant	Epn2	Mm_Celera	11:61520836	GTTGGAGTTGACACT[C/G]CTGGAGATACAGTTC	13855
rs26941149	snp	A/T	0.231111	0.249285	intron-variant	Epn2	Mm_Celera	11:61520530	TTGTAAGCAAGGCCT[A/T]CCACAGTGCTAGACC	13855
rs26941150	snp	C/T	0.32	0.24	intron-variant	Epn2	Mm_Celera	11:61520458	TCTACCCATGTAGCT[C/T]GGATATCTGCCAAAA	13855
rs26941151	snp	A/G	0.391111	0.206368	intron-variant	Epn2	Mm_Celera	11:61520405	ACCCTAGGTTCAAAG[A/G]GGCTGTGTAGCCCCT	13855
rs26941152	snp	A/T	0.124444	0.216185	intron-variant	Epn2	Mm_Celera	11:61519807	CACTTTTGGCATTCC[A/T]GAAGTGATCTGAAGG	13855
rs26941153	snp	C/G	0.124444	0.216185	intron-variant	Epn2	Mm_Celera	11:61519800	CTGCCTCCACTTTTG[C/G]CATTCCAGAAGTGAT	13855
rs26941154	snp	G/T	0.124444	0.216185	missense	Epn2	Mm_Celera	11:61519621	ATGCACTGCTTCCCA[G/T]GACAGGGCTTCCCCG	13855
rs26941155	snp	A/T	0.260355	0.249785	utr-variant-3-prime	Epn2	Mm_Celera	11:61519010	CAAAGGAAAATAAAA[A/T]ATGCACAACCACTTC	13855
rs26941156	snp	A/G	0.497778	0.0332592	utr-variant-3-prime	Epn2	Mm_Celera	11:61518501	CAGAGTCAACTGACT[A/G]ATAATTCATCAAAAG	13855
rs26941157	snp	A/G	0.124444	0.216185	utr-variant-3-prime	Epn2	Mm_Celera	11:61518322	CCAGCCACATTTCTG[A/G]CCTGCAGTAAATGGA	13855
rs26941158	snp	C/T	0.391111	0.206368	utr-variant-3-prime	Epn2	GRCm38.p3	11:61518201	CTGGGCCAGTCTCTG[C/T]CATGACTCAGCTAGG	13855
rs26941159	snp	A/G	0.124444	0.216185	utr-variant-3-prime	Epn2	Mm_Celera	11:61517953	GACACAAACTGCCAG[A/G]ACCAAGAAGGGGCAG	13855
rs26941160	snp	A/G	0.231111	0.249285	utr-variant-3-prime	Epn2	Mm_Celera	11:61517769	GCCTAGGAGCAGCAT[A/G]TAGACTCAGACCCAG	13855
rs26941161	snp	C/T	0.32	0.24	utr-variant-3-prime	Epn2	GRCm38.p3	11:61517686	CCTGAATAGCAGAGC[C/T]CAAACCTTTCCCTCG	13855
rs26941162	snp	A/C	0.391111	0.206368	downstream-variant-500B	Epn2	Mm_Celera	11:61517177	AAGCTGCTTCCCTAG[A/C]CAGCCCTGCCACATC	13855
rs26941163	snp	C/T	0.124444	0.216185	downstream-variant-500B	Epn2	Mm_Celera	11:61517132	CATCAAAAGCAGACC[C/T]GAGCCTGTCCTTGAG	13855
rs26941164	snp	A/G	0.124444	0.216185	downstream-variant-500B	Epn2	Mm_Celera	11:61516885	CTGACAGAGAAATCC[A/G]GTCTGTGGAGAGGTG	13855
rs26941165	snp	A/G	0.32	0.24	downstream-variant-500B	Epn2	Mm_Celera	11:61516873	ATAAGTGCTCAACTG[A/G]CAGAGAAATCCGGTC	13855
rs26985787	snp	C/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61573135	CCCTGAGGTGTTCTG[C/T]CTGGATAGACCAAAG	13855
rs26985788	snp	G/T	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61573028	GTGGAAAGGGGAAAT[G/T]TTTTTCTCAAACTCT	13855
rs26985789	snp	C/T	0.497778	0.0332592	intron-variant	Epn2	GRCm38.p3	11:61572983	AACCCTGAGCATTAG[C/T]TCTTTCAAAATGCAA	13855
rs26985790	snp	C/G	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61572824	CACCAGAACTCCCAG[C/G]ATGTACCACCTCACA	13855
rs26985791	snp	A/G	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61572486	AACAGCAAGGTCACA[A/G]AAACACACAGAACAC	13855
rs26985792	snp	C/T	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61571952	GTATACAGAAGAGCA[C/T]CCACACCCAAGCCCA	13855
rs26985793	snp	A/G	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61571696	GGCCTGGTGTTCCTA[A/G]AGGCTACCCTAAGCA	13855
rs26985794	snp	A/G	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61571397	AGGAACCCTTGATGG[A/G]GATGATAAGAACCGG	13855
rs26985795	snp	C/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61570311	ACACCATGTCTCCAG[C/T]CCTCTGCGCACACAG	13855
rs26985796	snp	C/T	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61570184	CTACAGAATTGCCCA[C/T]TCACCATACCAAAAG	13855
rs26985797	snp	C/G	0.231111	0.249285	intron-variant	Epn2	GRCm38.p3	11:61569935	CCTGGGAAACTGGCC[C/G]GGAAAGCAGTGGAAC	13855
rs26985798	snp	C/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61569545	TCTCCTCCTTGGCTG[C/T]CCCAGCTCACATCAG	13855
rs26985799	snp	A/G	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61569163	TTCCCATTTGTCCAT[A/G]AAACTGCAAATGTGG	13855
rs26985800	snp	G/T	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61568711	AAAAGGAGGGAATGG[G/T]AAACAAACAGTCACA	13855
rs26985801	snp	A/C/T	0.336735	0.234472	intron-variant	Epn2	GRCm38.p3	11:61568635	CCTTTTCATGAACTC[A/C/T]AAGCATGACACCCAG	13855
rs26985802	snp	A/G	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61568616	GAAGTACATGATAAG[A/G]ACTCCTTTTCATGAA	13855
rs26985803	snp	A/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61568517	AGGGTACTCAGTCAC[A/T]TTTCCAGTATCTAGG	13855
rs26985804	snp	A/G	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61568465	CTTTCTTCCACTTTC[A/G]AATGAGTTTTACACA	13855
rs26985805	snp	C/T	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61568265	AGCCTGTTAAAAATT[C/T]CAGCTATCAACTAGG	13855
rs26985806	snp	A/C	0.260355	0.249785	intron-variant	Epn2	GRCm38.p3	11:61567983	CTTTTCATTCATTGA[A/C]TACTCCATAATGAAA	13855
rs26985807	snp	G/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61567305	AACCAGAGTTAGAAA[G/T]CGGCTTAGTGATCAG	13855
rs26985808	snp	C/T	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61566928	CAGCAGTTCAGCTAA[C/T]AAACAGCTCAAAGAA	13855
rs26985809	snp	A/G/T	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61566821	CTCAGACCACTGAGC[A/G/T]TGTCCTCCACACCAG	13855
rs26985810	snp	C/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61566750	GGAATGGAAACCTTT[C/T]TGCCATTGGATCCCA	13855
rs26985811	snp	A/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61566696	AACAGACTTAAAACT[A/T]TGTGGGCTATATAAA	13855
rs26985812	snp	A/C	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61566643	ACTGACAAGGACAGA[A/C]TTGACCTATCTCTAG	13855
rs26985813	snp	A/C	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61566563	CAACACATTGCTGCC[A/C]AGTAACCCCTCTAAG	13855
rs26985814	snp	A/G	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61566501	CCATCAACAGAACAT[A/G]GGGCCACTGTCTTCC	13855
rs26985815	snp	A/G	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61566323	AAGACTCTGAACTGA[A/G]CTGCCTAGAAGCCTC	13855
rs26985816	snp	C/T	0.231111	0.249285	intron-variant	Epn2	GRCm38.p3	11:61565459	TGACAAAAATAAACC[C/T]GAAATCAGTTAACAG	13855
rs26985817	snp	A/G	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61564936	TAGCACATACCCAGA[A/G]AAAATTTCCAGTCCA	13855
rs26985818	snp	C/T	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61564762	GCCTGTTCCAGCTCC[C/T]TGCTTGCACCACAGT	13855
rs26985819	snp	A/G	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61563609	CCCTGCCATGAGCAG[A/G]GTGGAGCTAGGCACC	13855
rs26985820	snp	A/G	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61561972	GTGTCTACCTAGCAA[A/G]ATGAAGCATACAAAC	13855
rs26985821	snp	C/G	0.35503	0.226867	intron-variant	Epn2	GRCm38.p3	11:61561668	CACATACTTAGGTCA[C/G]TGTCTACTACCTACC	13855
rs26985822	snp	C/T	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61560413	GCAAATCTGACAGCC[C/T]CAATAATGGCAGGGA	13855
rs26985823	snp	A/G	0.336735	0.234472	intron-variant	Epn2	GRCm38.p3	11:61558016	TGAAAACTAACTACC[A/G]CTTTGATATTTGAGG	13855
rs26985824	snp	C/T	0.336735	0.234472	intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61557221	ACAACCATTTGTTTG[C/T]ACCCAAGCTTCATCC	13855
rs26985825	snp	C/T	0.408163	0.193609	intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61556444	TTTTCCTTAGAGGTA[C/T]CCCAGGTTTTTTATC	13855
rs26985826	snp	A/T	0.408163	0.193609	intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61556395	GAGGCTGAAAGGTAA[A/T]CTCCCTTTTTTGATG	13855
rs26985827	snp	C/T	0.260355	0.249785	intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61556055	TAGGAAATGATGTCT[C/T]TCTGGCTGTTGTGAT	13855
rs26985828	snp	C/T	0.408163	0.193609	intron-variant	Epn2	GRCm38.p3	11:61554843	CAGGAGCACTCTCCT[C/T]ATATGGACTGCTCTG	13855
rs26985829	snp	A/C	0.408163	0.193609	intron-variant	Epn2	GRCm38.p3	11:61554669	ATGACAGGTATCTAA[A/C]GAGCTCTTCCCTTAC	13855
rs26985830	snp	A/G	0.5	0	intron-variant	Epn2	GRCm38.p3	11:61554646	CTGCAGCTGAACGGA[A/G]CTGGTAAATGACAGG	13855
rs26985831	snp	C/T	0.408163	0.193609	intron-variant	Epn2	GRCm38.p3	11:61554599	AGACAGTGGGTATTC[C/T]TGCTTTTCTGGCTAG	13855
rs26985832	snp	A/G	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61554204	ACACTGTCTCTCCGT[A/G]CCTAGTGTAGCACCT	13855
rs26985833	snp	C/T	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61553934	CAGGGCCCTCTTCCA[C/T]GTTTTGTTTTGTTGT	13855
rs26985834	snp	C/T	0.426035	0.177515	intron-variant	Epn2	GRCm38.p3	11:61553300	AAGAAGTGGAACTCT[C/T]AGCCACATGCCACAA	13855
rs26985835	snp	C/T	0.231111	0.249285	intron-variant	Epn2	GRCm38.p3	11:61553207	TATGCTTAATTTAGA[C/T]CTGGCTGGTGACTGG	13855
rs26985836	snp	C/T	0.497778	0.0332592	intron-variant	Epn2	GRCm38.p3	11:61552796	CTAGATGCTCTCTGC[C/T]TAGATGTTCTGTCAG	13855
rs26985837	snp	C/G	0.497778	0.0332592	intron-variant	Epn2	GRCm38.p3	11:61552673	ATACCATGTGGCATT[C/G]ATGGAAAAGAAGCAG	13855
rs26985838	snp	A/T	0.132653	0.220748	intron-variant	Epn2	GRCm38.p3	11:61552528	GATCAAACACCCTGC[A/T]CTCTGCACAAAAGGG	13855
rs26985839	snp	G/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61552372	TATTAGCAGGCTCCT[G/T]TTTAGCCCTTAGGAA	13855
rs26985840	snp	A/G	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61551951	CAGTAATTTCTGGCT[A/G]GTTAAAAAATACCAA	13855
rs26985841	snp	G/T	0.260355	0.249785	intron-variant	Epn2	GRCm38.p3	11:61551748	AGTGATCATTTTAGT[G/T]TGAAGAGAAAGGGCT	13855
rs26985842	snp	A/G	0.260355	0.249785	intron-variant	Epn2	GRCm38.p3	11:61551740	TTTTTAACAGTGATC[A/G]TTTTAGTTTGAAGAG	13855
rs26985843	snp	A/G	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61550784	GTGCAGCTAGGCAGG[A/G]AAATGCCATCCAACC	13855
rs26985844	snp	C/T	0.391111	0.206368	intron-variant	Epn2	GRCm38.p3	11:61549638	AATTTCCAGAACCTA[C/T]GCGACAATTCAGGGA	13855
rs26985845	snp	A/G	0.32	0.24	intron-variant	Epn2	GRCm38.p3	11:61549522	TGTCAAAGTTGTTAA[A/G]TCATTTCAGATCCAC	13855
rs26985846	snp	A/G	0.336735	0.234472	intron-variant	Epn2	GRCm38.p3	11:61548709	AGGTTGGGCCTCATA[A/G]AAGAAAAAGACACCT	13855
rs26985847	snp	A/G	0.277778	0.248452	intron-variant	Epn2	GRCm38.p3	11:61548179	TTCCTTCCCATCAGA[A/G]ATATAAAATACAAGG	13855
rs26985848	snp	A/G	0.497778	0.0332592	intron-variant	Epn2	GRCm38.p3	11:61547911	CCATCTCCAGCATGT[A/G]TGGTGATCGCCATCT	13855
rs26985849	snp	C/T	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61547139	AGGTTTTTGCCGGAG[C/T]GGCTAGCTTGCAGTG	13855
rs26985850	snp	A/G	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61546919	GCCATGCCCTAGAGA[A/G]AAAAAGAACACATTG	13855
rs26985851	snp	A/G	0.124444	0.216185	synonymous-codon	Epn2	GRCm38.p3	11:61546493	AGAACCTGTCTTGAT[A/G]AGGTAGTCCAGCAGT	13855
rs26985852	snp	A/G	0.244898	0.249948	synonymous-codon	Epn2	GRCm38.p3	11:61546229	AAGGTTGGGCTGGCT[A/G]GAGCCACGGCCAAAG	13855
rs26985853	snp	C/G	0.124444	0.216185	intron-variant	Epn2	GRCm38.p3	11:61546007	CAGGGGGACCAAAAG[C/G]CCCTTTGTAAGTAAC	13855
rs26985854	snp	C/T	0.244898	0.249948	intron-variant	Epn2	GRCm38.p3	11:61544900	AGAAAGCAACTCAAA[C/T]TTGAAAATTACGATA	13855
rs45637332	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61563242	GAGAAAAAAAAAAAA[A/C]CAAAATAAGAAAGGA	13855
rs46028967	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61538841	CGAACTCAGAAATCC[A/G]CCTGCCTCTGCCTCC	13855
rs46348090	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61575501	ACCTTATGCTCTGAT[A/G]AAAATGGTTCTGTTT	13855
rs46423086	snp	A/C/G			intron-variant	Epn2	GRCm38.p3	11:61562544	CTGGCAAGGCTGTGG[A/C/G]GGAAATGAGCAGCCA	13855
rs46577646	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61531671	TTTCCCCTCACCCTT[C/T]TACCTGCTGCCCATG	13855
rs46801787	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61555604	ACATAAAATAAATCT[C/T]TAAAAAAGGAAAAAA	13855
rs46888776	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61543006	ACTCACCTGAGTCAC[A/T]GCCTAGGACAGAGGA	13855
rs47065728	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61576147	TACCATGTGGTTGCT[G/T]GGATTTGAACTCGGA	13855
rs47826262	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61547994	AACACCTGAATAAAC[A/G]ATATTACACTTACAA	13855
rs47990192	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61562433	TGTGATAGTATGATA[A/T]GCTCAACTTGAGAAG	13855
rs48542178	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61558102	ATATACATACCTGCT[G/T]CTGTCAGGGCCAGAG	13855
rs48721134	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61544696	TGAGGGTTCCAACCC[C/G]CTTTGTATCCTCCAC	13855
rs48859692	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61543400	GTTGGTGCCCCTTGG[A/G]CAAAAGTAGAAGAGA	13855
rs49030329	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61556907	GGACACACGTGCAAG[C/T]CATACATGGAGGTCA	13855
rs49534804	snp	G/T			missense	Epn2	GRCm38.p3	11:61532574	GTTCCACCCCAGGGG[G/T]TGGTCTGGTTAGCAG	13855
rs49996961	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61578148	AAAAGAAAAAAAAAA[A/C]CAAGACCTACAGGTG	13855
rs50000297	snp	A/G			downstream-variant-500B	Epn2	Mm_Celera	11:61516922	CTGATGAACAGTGAT[A/G]TGGAAGCATAAATAA	13855
rs50124091	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61559160	TGTTTACCTCTGAGG[A/G]ACTGCCAAAGTACTA	13855
rs50365857	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61543005	AACTCACCTGAGTCA[A/C]TGCCTAGGACAGAGG	13855
rs50437757	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61570775	GCCGGGCGTGGTGGC[A/G]CAGGCCTTTAATCCC	13855
rs50667439	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61531699	ATGTCACAATGCATG[A/G]GTCTCCCCCCGCCCC	13855
rs50713391	snp	A/C/G			utr-variant-3-prime	Epn2	GRCm38.p3	11:61517839	TGAGTCAACTCTGTG[A/C/G]GTGCTGGGGGCCAAA	13855
rs51197897	snp	C/T			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581067	CTCTTCACAGCAATG[C/T]AAACCCTAAGACAAT	13855
rs51480842	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61570692	ATTAAATACTAGGTT[A/T]AAAAAAAAAACTCAC	13855
rs51506055	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61567591	AGTGTGGCTCTCTCG[A/C]GTTCAAGGCCAGCCT	13855
rs51567564	snp	A/G			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61579186	AAAGACGTGGGGAAG[A/G]GTATCCCCTTCCCCC	13855
rs51569334	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61573797	GGCTTAACAATTACG[A/G]GTACCATTTAATGAT	13855
rs51775042	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61539222	CCAGCCAGCAGCAGG[C/T]TGCAGGACACTCCGC	13855
rs51812189	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61548693	TACTGTATGCAGTAA[A/C]AGGTTGGGCCTCATA	13855
rs51903601	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61571768	TACTTCTAAAAATCC[C/G]TGATTGGTCTGGGAA	13855
rs52000360	snp	A/G			downstream-variant-500B	Epn2	Mm_Celera	11:61516799	CCCAGAGGGCTACCT[A/G]TAACAGTAGCTGGTA	13855
rs52042390	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61530053	CACAAGTTGGGAAAT[A/G]TATGTGTGTCTGAGC	13855
rs52284559	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61536812	TACACACACACGCGC[G/T]CGCGCGCGCGCTCGC	13855
rs211709316	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61529937	GGACACATAGCTGCT[A/G]AAGAGCTAGTGGCCC	13855
rs211755517	in-del	-/ACCT			intron-variant	Epn2	GRCm38.p3	11:61570259	TGGAGCTGCCCAGCC[-/ACCT]ACCTCTTCTGTCTTC	13855
rs211870918	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61541808	GGAGGAACACTGGCT[A/G]TACCTGAGCTGACAC	13855
rs211924986	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61572634	AATCTCCAGACCCAC[A/G]CAAAAAGCTCAGCAC	13855
rs212156803	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61560804	CTCTCAGGAGGATTA[A/T]GTAATATTGTCCTGA	13855
rs212269990	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61559269	CTCTGGCCGTCCTGG[A/T]ACTCTGTAGACCAGG	13855
rs212320828	snp	C/T			utr-variant-3-prime	Epn2	Mm_Celera	11:61518344	GTAAATGGAAGTCCC[C/T]GGCAATCCCTGCATT	13855
rs212431069	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61574224	AATTTCTGAATACAA[A/G]GCCAGCCTGGTCTAC	13855
rs212433692	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61531678	TCACCCTTCTACCTG[C/T]TGCCCATGTCACAAT	13855
rs212481606	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61548305	CCTCTCCCTGGATTG[C/T]TGTGGTGTTTCTGTC	13855
rs212556927	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61567275	GACAGAAGACACTGG[A/G]CACGTGGGATGTCTA	13855
rs212569900	snp	G/T			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581308	TAACACAAGGTCATG[G/T]GGTCACTTTTCTTTT	13855
rs212577676	snp	G/T			intron-variant	Epn2	Mm_Celera	11:61520176	CAGCTTCTCTAAAAC[G/T]TACTCAACCAAAAGG	13855
rs212620981	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61566034	TTAAAATGATTACAG[A/G]GGTCAGCTATACTTT	13855
rs212661750	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61525210	TTCTTTCCAATAAAT[C/T]AATATTCCTAAGTGG	13855
rs212726111	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61538840	TCGAACTCAGAAATC[C/T]GCCTGCCTCTGCCTC	13855
rs212788734	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61524470	AGTAATGCCAGCACC[A/G]TTTCCACGCTGGTTC	13855
rs212879446	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61554847	AGCACTCTCCTTATA[C/T]GGACTGCTCTGTAAA	13855
rs212907844	in-del	-/AA			intron-variant	Epn2	GRCm38.p3	11:61570692	ATTAAATACTAGGTT[-/AA]AAAAAAAAACTCACT	13855
rs212963071	in-del	-/AAAAA			intron-variant	Epn2	GRCm38.p3	11:61563229	CCTGTTCCAAAAGAG[-/AAAAA]AAAAAAAAAAAAACA	13855
rs213025899	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61550193	ATTGACAAAAAGCAC[-/T]TTTTTTTAGTAAAAT	13855
rs213113870	in-del	-/G			intron-variant	Epn2	GRCm38.p3	11:61550105	TGCTTTTTATTGTTT[-/G]GGGGTTTTGTTTGGT	13855
rs213171168	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61557863	CACAGGCTGTACAGC[C/T]AAGGCCCCACCAAGC	13855
rs213181912	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61571021	AAGCAAGAGGATAAC[A/G]AATTTTAGGCCAACC	13855
rs213281788	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61537565	CAGGCCCTGGCTTAT[A/T]TAGAGACACTCTAGC	13855
rs213338088	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61574916	GGGTGAGAGCAGAAG[A/G]AGGATACAGCCTGCA	13855
rs213451937	snp	G/T			utr-variant-3-prime	Epn2	Mm_Celera	11:61518048	TGAGTAGTGAGGACA[G/T]CAGGAGGTTGGGAGA	13855
rs213529044	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61563681	GTTGTCCCTCCCTCA[A/G]TGAGACTCTCCTCTA	13855
rs213538678	snp	A/T			intron-variant, utr-variant-5-prime	Epn2	GRCm38.p3	11:61578423	AGAAATTCACCTTTT[A/T]CAATCATTTCAACCC	13855
rs213538802	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61562205	ATACATACACAATTT[A/T]AAAACTCAGTATTAG	13855
rs213585785	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61576355	GAAGCTTGTAGAATC[C/T]CGCACCTTCTTCTGG	13855
rs213592702	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61540871	CTGCGCCCGGCCCGC[C/T]GCCTTACCCCCACCC	13855
rs213613363	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61549576	TGTCATGTGATTGAT[C/T]TGATATCCAGCAGTA	13855
rs213753791	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61539538	ACCACTGTGACAGCG[-/T]TTTTTTATTTGAGGT	13855
rs213763281	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61525171	TTCCACAATATACTC[-/T]TTAAAAAAAATCCTG	13855
rs213803563	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61536250	CTGTAAACCTTTCTA[C/T]TTTACACAGTGAATG	13855
rs213852319	in-del	-/TTGT			intron-variant	Epn2	GRCm38.p3	11:61553945	CCACGTTTTGTTTTG[-/TTGT]TTGTGATTTTTTTCT	13855
rs213898647	snp	C/T			upstream-variant-2KB	Epn2	GRCm38.p3	11:61580081	AAGGAGGCCAGGTGC[C/T]AGACAGGGTTGATTT	13855
rs214003109	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61523268	TGCTTTTGCAGAACA[C/T]CAGGGTTTGGTTCCA	13855
rs214253815	in-del	-/A			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61578688	TTAGTTCCCCTAGTC[-/A]AAAAAACACAAGAAT	13855
rs214311568	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61535390	GGGAAGTAGCTGTGA[A/G]ATCGGGGGACAGGAG	13855
rs214409449	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61572235	TATTCCCACCCACTG[-/A]CCTCAAATATCCTAT	13855
rs214409542	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61540661	TTTTTGAGACAAGGT[C/T]TCATGTAGCACAAGT	13855
rs214415192	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61528266	AAATCATTGTACCAA[C/T]CTGAAGACAATAGAA	13855
rs214445523	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61550933	CCCAGCAACCACAAG[A/G]TAGCCCCCAACCATC	13855
rs214537655	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61571203	AATCCCCAGCACCCC[A/G]TGACAGCTAACTCCA	13855
rs214546334	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61567380	TGGTAAATTTCTTCC[-/A]TAAATACTTTACAGT	13855
rs214630235	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61531641	TCAGTCCCTGAATTA[C/T]GTGACACCCACTCCT	13855
rs214694625	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61530268	TGGGGAGGGGACATT[G/T]CTGGGCTTTGGTGAT	13855
rs214717158	in-del	-/CACACT			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61557327	GTGTATACATACACA[-/CACACT]CACACTCACATTCCA	13855
rs214823228	in-del	-/TA			intron-variant	Epn2	GRCm38.p3	11:61539764	ACGGTCATCCTTGGC[-/TA]TATACTGAGTTTGAG	13855
rs214863846	snp	A/G			upstream-variant-2KB	Epn2	GRCm38.p3	11:61579992	CAAGCACAGAACCCC[A/G]CCTAGCCTAATCAGA	13855
rs214928911	snp	A/G			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61578864	CAATCTGCTCCCCCT[A/G]CAAAACCACTGGGCC	13855
rs214929612	in-del	-/A			utr-variant-3-prime	Epn2	Mm_Celera	11:61518530	AGAGTTGAAGAAAGG[-/A]AAAAGGCAACTAGAG	13855
rs214984617	in-del	-/AAAA			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61556308	CTCGAAAAACAAAAC[-/AAAA]AAATAAATAAATAAA	13855
rs215027250	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61537289	GAGCAGACATGCTGC[A/T]GCAATGAGGTCTCTC	13855
rs215064760	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61523706	TTGGGCCCTGCTCTC[A/G]AGTGGCTGAGTATCA	13855
rs215085054	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61536621	CTTACATCTCCTGTC[C/T]TGAGCAGATAAGACA	13855
rs215247990	snp	A/G			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581615	CAGTAAAGACTCAAA[A/G]GACCCAGAGAAAGCT	13855
rs215306319	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61564087	ATCTGTCAGTACACA[A/G]ACATTTCCACCTCAG	13855
rs215326651	in-del	-/CTG			intron-variant	Epn2	GRCm38.p3	11:61569138	CAGTGCAGCCTCCAA[-/CTG]CTAAGTGTTCCCATT	13855
rs215390182	in-del	-/C			intron-variant	Epn2	GRCm38.p3	11:61578166	GACCTACAGGTGTTT[-/C]CCCCAACACAATCAT	13855
rs215449100	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61569854	ACTGCTCTAAGTGTG[A/G]GCATTCTAGTCCCAT	13855
rs215567627	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61554066	TCAAGAGATCCACCC[A/G]CCTTAGCATATGCAC	13855
rs215689495	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61560717	ACTAACCCTCCATGC[C/G]CTCACTGAATATAAA	13855
rs215750396	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61530187	ATACACTTTAACTTA[G/T]CAGGGTGCACAACCT	13855
rs215757545	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61565751	CTAACCAGGAAACTA[A/T]GACTGCTCTGAACCC	13855
rs215836598	in-del	-/C			intron-variant	Epn2	GRCm38.p3	11:61562950	GTGAATACATCCACA[-/C]TACCACATCCTTAAC	13855
rs215920042	in-del	-/CTACCT			intron-variant	Epn2	GRCm38.p3	11:61536841	CGCGCACACACACAC[-/CTACCT]ACCTACCTACCTACC	13855
rs215939520	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61532883	GAAGCCAGGGATCCA[A/C]TACACCAAGGTCCTT	13855
rs215942787	in-del	-/TTT			intron-variant	Epn2	GRCm38.p3	11:61558325	GATATGGGAAAGTGG[-/TTT]TTTTTTTTTTTTATT	13855
rs216105632	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61547403	AACTGAGGTACTGGG[G/T]GAGATGTCGTGATAA	13855
rs216177820	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61552830	ACAGATTCCTAATTG[A/G]GCCAAGGGAGGGTTT	13855
rs216338374	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61538890	GGTGTGCACCACCAC[A/G]ACCGGCTGTTGTTTT	13855
rs216382009	snp	A/G			downstream-variant-500B	Epn2	Mm_Celera	11:61516780	AAAACTGAAGGCCTT[A/G]GTGCCCAGAGGGCTA	13855
rs216395731	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61555097	AAGTGGCAGGGCCAG[C/T]GTGATCCCAGACCTC	13855
rs216400308	in-del	-/AAAT			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61556311	AAAAACAAAACAAAA[-/AAAT]AAATAAATAAATAAA	13855
rs216498410	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61554377	CTAAACTGCTGCACT[A/G]CCCAAAGATAATCTG	13855
rs216506920	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61555263	CCTCTGCCTCCCACC[A/T]TGCCTGGCAGCTTTT	13855
rs216525611	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61560911	ATATGGATATTGTTA[C/T]AGCTTTAAAAACAGC	13855
rs216538916	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61574289	AAACCCCCCCCCCCA[A/C]AAAAAAGAAAAACAA	13855
rs216656671	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61551048	ACACTCAAACATATT[-/A]AAATAAAAACAGTAA	13855
rs216878447	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61528704	CCACCAGTCTGGATA[C/G]CTGCAACACTCCTCC	13855
rs216904001	in-del	-/AAATAAATAAATAAATAAAT			intron-variant	Epn2	GRCm38.p3	11:61549793	GACAGGCCCTGTCTC[-/AAATAAATAAATAAATAAAT]AAATAAATAAATAAA	13855
rs216934956	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61542485	ACCAGGCCCCTCATC[C/T]TCCAGTCAGTAAGGC	13855
rs217001104	in-del	-/TTTTTTTGTTTG			intron-variant	Epn2	GRCm38.p3	11:61555127	CAGATTTCTAGTCTC[-/TTTTTTTGTTTG]TTTTTTTGTTTGGTT	13855
rs217003076	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61576193	GTCAGTGCTCTTAAC[C/T]GCTGAGCCATCTCAC	13855
rs217157866	in-del	-/AGGG			intron-variant	Epn2	GRCm38.p3	11:61525468	TTTAGGAAGGAAGAC[-/AGGG]AGTCATGTGACCAAG	13855
rs217198703	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61552715	CCAAGCTACTGAAGG[C/T]TGTGCTGGCCCAGCA	13855
rs217243300	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61551245	ATTATTTGATTGACT[A/G]GGTATTCTTGTCTCA	13855
rs217320335	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61563776	CTGGTGGGCCCACCT[A/G]TAGCCATGTACAAAC	13855
rs217408796	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61562163	TCCAATGTTCAATGG[C/T]CTCTTCTGGACTCCA	13855
rs217463936	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61536330	GACAAGTTAATTTCA[C/T]AGCTTGGGCTAATTG	13855
rs217569758	snp	G/T			missense	Epn2	Mm_Celera	11:61522409	ATCTATATCTACCTG[G/T]TTTTTTTGAAGTTCG	13855
rs217598515	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61574288	TAAACCCCCCCCCCC[A/C]AAAAAAAGAAAAACA	13855
rs218030193	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61558214	CTCTTAACCACTGAA[C/T]CACCTCTTTAGCTGT	13855
rs218041368	in-del	-/CT			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61579347	GGAGGCAGACGTCGC[-/CT]CTCTCTCGGCTCCGA	13855
rs218044195	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61557066	CTGCACTAACTCACC[C/T]AGGCTAATCTCAAAT	13855
rs218104769	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61570748	AATATTAAAGTTAAG[A/T]ACTCTTTAGTAGCCG	13855
rs218120561	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61571080	AAAATAAAGCAGAGG[G/T]TCAATAAAAAAGAAT	13855
rs218124513	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61525950	CAAGCACACTAAAGT[A/T]ACTACCACTGCCCTC	13855
rs218168202	in-del	-/TATACAGT			intron-variant	Epn2	GRCm38.p3	11:61560844	CAGGTCAGTCTAAGG[-/TATACAGT]TAGATCCTGTTTCAA	13855
rs218201250	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61570346	ATTGGTTCTGCTCCT[C/T]CTCTATCCCCCGTAA	13855
rs218334761	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61542629	AAAGAGTCAGCACAG[C/G]GACAGTATCTAGAAA	13855
rs218335212	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61522893	TCTTTCAACTGTGGG[C/T]ATACATAAGGGCCTG	13855
rs218467288	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61558959	CAAAACAGTAAATGA[A/G]GACTCAATCACACCA	13855
rs218565043	in-del	-/AG			intron-variant	Epn2	GRCm38.p3	11:61557657	CCCACACAAGACAAC[-/AG]ACTCAAGTGGGCACT	13855
rs218568398	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61560134	AATAAATCTTTTTTT[-/A]AAAGGGGGGGGGGAT	13855
rs218632768	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61558021	ACTAACTACCGCTTT[A/G]ATATTTGAGGGATTT	13855
rs218652356	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61523850	AAGGATGGCGCAGGG[C/T]TGGTGGGACAGGTCA	13855
rs218668045	in-del	-/C			intron-variant	Epn2	GRCm38.p3	11:61572360	GGGGTGAGTTACTGT[-/C]ATAGAAATGACTTTA	13855
rs218674507	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61578635	GTGTCAAACACCCTA[C/T]CCCTAGATGACCTTG	13855
rs218717635	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61568829	CATGTAGAAACAGGA[A/G]TGACTTTGGGTCAAG	13855
rs218729202	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61576742	TGGCCAACAGTTTAT[A/G]CCAGAGCAAGATTAA	13855
rs218732062	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61567661	AGAAAACCCTGTCTG[A/G]AGGAACAAAGAGTAA	13855
rs218938507	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61535431	TCATCCCATGCAAAG[A/G]CAGAACTGTCTCTCT	13855
rs218978423	snp	C/T			intron-variant, utr-variant-5-prime	Epn2	GRCm38.p3	11:61555494	ATCTTTGGGACACAG[C/T]GAGGGAGCGGGGCTG	13855
rs219022884	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61565307	ACCCAGGCCTCTGAG[A/G]GCTTGCTAACCCACT	13855
rs219083790	in-del	-/CA			intron-variant	Epn2	GRCm38.p3	11:61571659	CTTCTCTCTAGCTCC[-/CA]CATTCCCTTGCATCT	13855
rs219087061	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61559952	GAGAGATGGCTCAGC[A/G]GTTAGAGCACCAACT	13855
rs219145875	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61571877	CCATCAAATCCAAAC[C/T]CCTTAGCCACAAATC	13855
rs219334499	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61560968	TACTTACCCCTAGCC[A/G]CCACCAGGTACCTCA	13855
rs219423029	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61567346	CCATGCCTCTGTCCC[C/T]AGTCTAACATGATAG	13855
rs219441669	snp	A/G			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581440	CCTGCTTTGCCATAA[A/G]AACTATAGTTCCATT	13855
rs219658677	snp	C/G			intron-variant	Epn2	Mm_Celera	11:61520956	GAAAGAAGAGGAAGA[C/G]GTGCAAGCAGAGTGG	13855
rs219729071	snp	C/T			utr-variant-3-prime	Epn2	Mm_Celera	11:61518555	CTAGAGGCTGCGGGG[C/T]TTGTTATTGTTGGAA	13855
rs219755701	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61534692	TAACGCATGCTTATT[-/A]AAAAAATAAGGTATA	13855
rs219788397	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61564358	AAATATTTAATTCCC[C/T]TTTCTGAGCTCTAAA	13855
rs219844482	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61563048	CACACCCCAAAAGAA[A/T]TAGAAAGGAATGAGA	13855
rs219855304	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61577745	ACACTTTTTTTTTTT[A/T]AAGTTTCTCGTTTCT	13855
rs219861676	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61527563	ACAGGATCTGCAAAG[G/T]GAGCTTCCCTCTCCC	13855
rs219946649	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61571401	ACCCTTGATGGGGAT[A/G]ATAAGAACCGGCTCT	13855
rs219990483	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61526314	GGGTCTTTTCCTGGA[C/T]TGAATTCCCTATAGT	13855
rs220000688	in-del	-/C			intron-variant	Epn2	GRCm38.p3	11:61532969	TAGCTCTGGCATTGG[-/C]CCAGACCATGATTAC	13855
rs220088077	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61527781	GCGCCTTCCTACTCT[A/C]TATATACCATGTTGG	13855
rs220099820	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61524665	CCTCCTCCCATAAGG[C/T]CTACGTCTTTCATCA	13855
rs220147148	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61570460	CACGTTTTACATTGT[C/T]TATCTGCTGATACAC	13855
rs220202710	in-del	-/TTT			utr-variant-3-prime	Epn2	Mm_Celera	11:61518618	TGTAATCAAATTCCG[-/TTT]TTTTTTTTTTTCCTA	13855
rs220211687	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61569081	AGCCCCATCTAGAAA[A/T]GATGGCACCCACACT	13855
rs220269786	in-del	-/ACACACACAC			intron-variant	Epn2	GRCm38.p3	11:61573697	GTTGTCCTCTGACCT[-/ACACACACAC]ACACACACACACACA	13855
rs220384261	in-del	-/GTGTGTGTGTGTGTGTGTGTGTGTGTGTGT			intron-variant	Epn2	GRCm38.p3	11:61533394	AGTGTCTTCCTCCTG[lengthTooLong]GTGTGTGTGTGTGTG	13855
rs220399184	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61528881	GAGCTGTCAAGTCTC[C/T]ATTCTGCAAGTAACA	13855
rs220452871	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61534275	AAGGGTAAGTCACTT[A/G]CAAAATCAGAGTCCT	13855
rs220569296	snp	A/G			downstream-variant-500B	Epn2	Mm_Celera	11:61516943	GCATAAATAAACCCT[A/G]GCCTTCCCAAGTTGC	13855
rs220670891	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61522786	GGACATTGGGATGAG[C/T]CTGTGGGAAATGTCC	13855
rs220686993	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61535730	GGAGCCCAAGAGCCC[A/G]AAGGCTCCAATCAAA	13855
rs220747307	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61521580	CCCAGCCACAGGCCA[A/G]CAGTCCTTGAGAGGG	13855
rs220753180	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61573255	GGACTTCCTGCCATT[C/T]TGAAGTCCACTTTCA	13855
rs220757222	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61535573	ACAGTTGCACACCTA[A/G]AGGTGACACATAAAA	13855
rs220768763	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61552026	ATTCAAAACCTTAAA[C/G]AACCCAGACAAACAT	13855
rs220867701	snp	G/T			upstream-variant-2KB	Epn2	GRCm38.p3	11:61580922	AGCAACCACATGGTG[G/T]CTCACAACCATCTGT	13855
rs220873911	snp	A/G			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61579325	GCGAGGACAGGAGCC[A/G]AAGCCGGGAGGCAGA	13855
rs220891964	snp	A/G			upstream-variant-2KB	Epn2	GRCm38.p3	11:61580977	GTGTGTCTGAAGACA[A/G]CTACAGTATACTTAA	13855
rs220971519	snp	A/C			upstream-variant-2KB	Epn2	GRCm38.p3	11:61580056	AAAAATGTTGTGATG[A/C]AGAGACAGGAAGGAG	13855
rs221053098	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61536754	AATAAAACTGCCTCC[A/T]ATCCACTTTGCTGAT	13855
rs221068973	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61553021	GTCTACTTGTTAGAT[G/T]CTGTAACTGACACTG	13855
rs221110407	in-del	-/TG			intron-variant	Epn2	GRCm38.p3	11:61525510	CCACAGCCCTTAAAC[-/TG]TTTTTTTGTTGTTGT	13855
rs221253556	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61537994	AGAGCAAGACACTCA[A/C]GGGTTCTTTGCTGAT	13855
rs221271751	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61536916	GAATACTTAGGTCTC[C/T]ACTTTCTCATGCTCA	13855
rs221306604	in-del	-/AAAAAAAAG			intron-variant	Epn2	GRCm38.p3	11:61563239	AAGAGAAAAAAAAAA[-/AAAAAAAAG]AAACAAAATAAGAAA	13855
rs221507877	in-del	-/GAAGGAAA			intron-variant	Epn2	GRCm38.p3	11:61575842	GAGGTAGGGAGGAAG[-/GAAGGAAA]GAAGGAAGGAAAGAC	13855
rs221522578	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61538051	AGGAAGCCAGAGACA[A/T]GAGTTTACCAACTAG	13855
rs221608846	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61563503	TAAATGTCCTATCCA[-/T]TTTTTTTTTCATTTA	13855
rs221685031	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61545273	TTTCTGTTATGTTGA[C/T]ATAATGTACTGTTCT	13855
rs221698344	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61542703	ACTCCATCCAGACTC[C/T]ACCAGGCCCTCTCTA	13855
rs221757743	snp	C/T			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581676	AAGAATGAGCCACCA[C/T]ACAGAGACATGATTA	13855
rs221858696	in-del	-/AAAA			intron-variant	Epn2	GRCm38.p3	11:61570691	ATTAAATACTAGGTT[-/AAAA]AAAAAAAAAAACTCA	13855
rs221957935	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61531798	ATGCTCAACTCACTA[C/T]TCTGATCTGACAAGT	13855
rs221972671	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61547822	CCGAACCCCAGAGCT[A/G]AATCACAGGCTCCAG	13855
rs221985032	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61526706	GAGGAATAAAAGCAG[C/G]CTTCACTTCTCCCCA	13855
rs221998858	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61539495	TCTAACCCAGAGCTG[C/T]ACTTTGCAGTCTCCC	13855
rs222003883	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61539702	GTGGGTGGCACATGC[C/T]GGTGACCCCAGCTCT	13855
rs222074823	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61530844	GTTTTGTTAAATATT[C/G]CAGTTTTGTTAAATA	13855
rs222124732	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61577216	CCACAAGGCAGGAGA[A/G]CTCTGCACACAGTGG	13855
rs222179110	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61575787	AAGGCCAACATGAGG[A/G]CTACATAGAGACCCT	13855
rs222200098	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61527599	CATGGGGACAGAACA[C/T]GCAGTTGGCTTTCCA	13855
rs222316932	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61540952	GACCTGGAATCTGTT[A/C]ATCTGTTTGCATGTC	13855
rs222355683	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61537719	GAAAGCTCACATTTA[A/C]AGAGACCCAAGGAAA	13855
rs222370059	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61547944	CCCATTCACAGTGAA[G/T]AGCCAGGATCCAACA	13855
rs222379927	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61561054	GGGCCTGAGAACTAC[A/G]GGGGGAAATGGCTAA	13855
rs222459137	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61530962	CGTGTCCTACTCAGG[C/T]TCCCTGTCACAGCCT	13855
rs222471690	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61536862	CCTACCTACCTACCT[A/T]TTGGTTGATTTTATT	13855
rs222523251	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61545559	ACACACAATCAGAAC[A/G]CAGATCAGTCCTGCA	13855
rs222676090	in-del	-/A			utr-variant-3-prime	Epn2	Mm_Celera	11:61519210	CTTAGGAAGAGACAC[-/A]GGGGCCCGACTAGGA	13855
rs222693736	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61549729	CAGACACAGCACTCA[C/G]GAGGCAGAGAATTAG	13855
rs222774651	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61533132	ATGACGGCAACATCT[A/G]TCATCAGGGCCCTGT	13855
rs222825123	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61550142	TTTTTTTTTTCTTGG[C/T]TTTTTTGTTTTTAAA	13855
rs222846062	in-del	-/TTTATCAAGACAGCAG			intron-variant	Epn2	GRCm38.p3	11:61572764	GCTAAGGAGGGACCC[-/TTTATCAAGACAGCAG]TTTATCAAGACAAAG	13855
rs222982245	snp	A/G			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61555804	GCCACCACTGGAAAG[A/G]CTCTGCCTCTCTTTA	13855
rs223113552	in-del	-/CT			intron-variant	Epn2	GRCm38.p3	11:61563265	AGAAAGGACCCACAC[-/CT]GTATGCTATACTACC	13855
rs223218111	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61542528	CTCTGCCAACCTCCA[A/G]CCAGAGGAATTCTCC	13855
rs223515669	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61541005	CAGACAATCTACAAG[A/G]CTGCAGGGTTACAGA	13855
rs223599048	snp	A/G			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61556804	GTCAAAGCAGGACCT[A/G]CTTCCCTACCCACTT	13855
rs223702360	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61553174	GCAGCCTGGGAAAAT[A/C]TCAAGTTCCCACGAT	13855
rs223702496	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61558844	GTACACACCTGTAAT[C/T]CCAGTACTCAGGAGG	13855
rs223714109	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61552281	GCTGACAGGTGCCAC[A/G]CAGCCTCCTTTGATT	13855
rs223783000	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61549880	TCTGAAAATGACTAT[G/T]ATTATAACCACAAAA	13855
rs223866763	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61562735	CCACATGCGTATTAC[G/T]CAGCATATGCCTGCC	13855
rs223894190	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61554878	GGTATTGGCTCCCAG[C/G]GACAGTACCAGAACT	13855
rs223950607	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61568384	AGCCTGGGAACTGAA[C/G]AAAGCAGACCCCACC	13855
rs224019919	snp	A/C			intron-variant	Epn2	Mm_Celera	11:61521645	GCAACTGCTAAAACG[A/C]AGCACATGCCTACCT	13855
rs224064507	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61519877	ACTGGCAAACATCTA[C/T]AGACTGCTAAAGCCA	13855
rs224117994	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61539906	TTTGAACCCCAAAAC[C/T]CACATGATGACTCAC	13855
rs224146426	snp	C/G			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61555883	GGTCTCAGTCAATCA[C/G]AGAGACTCCAAAAAT	13855
rs224195563	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61565161	AACCCAGCCTTAATC[C/T]TCCCGCCCTGCAACT	13855
rs224262364	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61563695	AATGAGACTCTCCTC[C/T]AAGCCCTTCCAGTTT	13855
rs224269558	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61566471	GTGCTCCAACTCCAT[A/G]GGTGGAATGAGTCCC	13855
rs224471632	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61553679	GTCAGGCCTGAAGGG[C/T]CTGAAAGTAGCTCCT	13855
rs224533707	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61567589	TCAGTGTGGCTCTCT[C/T]GAGTTCAAGGCCAGC	13855
rs224540845	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61552649	GTTATTAAAATCATG[C/T]GAAAAGGCATACCAT	13855
rs224544136	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61566569	ATTGCTGCCAAGTAA[C/T]CCCTCTAAGAAAGCA	13855
rs224630849	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61553422	ATTGTTTGGCCCCCT[A/G]ATGCACTTCTTGGGG	13855
rs224633394	in-del	-/AG			intron-variant	Epn2	GRCm38.p3	11:61564859	AAAAAAAAAAAAAAA[-/AG]GCAATAGGCTAAGTA	13855
rs224816141	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61540035	TTTAAAACACACATT[-/A]AAAAAATAAAAGCAT	13855
rs224919979	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61558388	CCTAAAACATACAAT[C/T]AAGTTTTGTTTCTAG	13855
rs224975666	in-del	-/TT			intron-variant	Epn2	GRCm38.p3	11:61544759	GATGGGCCAATCTTA[-/TT]TTTTTTTAATTAATT	13855
rs225047181	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61559693	GGCTTCGGAGGAAGC[A/G]GAAACTTAGTTTTCA	13855
rs225068078	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61570861	TAGAGTGAGTTCCAG[A/G]ACAGCCAGGGCTACA	13855
rs225077638	snp	C/T			downstream-variant-500B	Epn2	Mm_Celera	11:61517027	GTGAATGTGAAACCA[C/T]TAAAGCATGCTGAGA	13855
rs225128631	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61572658	TCAGCACAGAGCACA[C/T]GCCTATAACCCCACA	13855
rs225222529	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61561132	CTCATCTTTTTCGTC[A/C]CACTGGCCCCTTGAA	13855
rs225414987	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61528578	TGAAATAAATCTTTA[C/T]AGATAAAGTTTCTCA	13855
rs225625943	in-del	-/G			intron-variant	Epn2	GRCm38.p3	11:61550109	TTTTATTGTTTGGGG[-/G]TTTTGTTTGGTTTGT	13855
rs225711807	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61529765	GGCTCTTAGCCACTC[A/G]GTTTTAGCAGAGGCT	13855
rs225818065	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61560777	GTTTGTGCACATCTA[A/T]AATTCTATCATCTCT	13855
rs225827948	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61523974	AACACACACCCAACA[C/T]GCACTCACATACACA	13855
rs225875256	in-del	-/G			intron-variant	Epn2	GRCm38.p3	11:61558324	ATGATATGGGAAAGT[-/G]GTTTTTTTTTTTTAT	13855
rs225912245	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61569059	CTACACAGAACTGGC[A/G]CCCACAAGCCCCATC	13855
rs226017435	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61567915	GAATAATCCATGGGA[A/G]TAACCTAGATTTAAA	13855
rs226164367	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61527022	TCACACTACAGGGGT[A/G]GTACTTCATCAGGCA	13855
rs226169479	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61575958	TCCCAGCAACCACGG[G/T]GGCTCACAACCATCT	13855
rs226228144	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61525151	AATTGGTTCTGACAG[A/G]GGAATTTCCACAATA	13855
rs226264287	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61556508	ATGCATGCATGTGGT[C/T]GTGTGGTGTGTGTCT	13855
rs226288718	in-del	-/GTTTG			intron-variant	Epn2	GRCm38.p3	11:61547175	CTTTTTGTTTTGTTT[-/GTTTG]TTTGTTTGTTTGTTT	13855
rs226289403	snp	A/G			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581260	TAGAGTCCTTTTCTC[A/G]GCCCACGATATATTA	13855
rs226368073	in-del	-/CTG			intron-variant	Epn2	GRCm38.p3	11:61531841	CTGGTTCACACAGCA[-/CTG]CTCGCTGCTACCAGG	13855
rs226392437	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61569869	GGCATTCTAGTCCCA[A/T]AGGACCATGCATGTC	13855
rs226498180	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61568078	GCTGTCAGATACAAA[A/G]AGCTCTAACAAGTGT	13855
rs226540543	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61532149	AATTCTGCCAAGTTC[A/C]TGTTTTAAATCAGAC	13855
rs226559452	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61566962	TGCGTCCTTAAGTCC[A/C]TCCAAAATGTGTTGT	13855
rs226600214	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61531530	AACACTAATTGGCCC[C/T]AGGAAGTTGGCAAGC	13855
rs226684072	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61526855	TTCTGGTTCTAATGC[C/T]CCAGAACCACTAGGC	13855
rs226702015	in-del	-/TTCAGAACAGGGGC			intron-variant	Epn2	GRCm38.p3	11:61523215	AAGTCAGAGTCAAAA[-/TTCAGAACAGGGGC]TAGAGAGTATTAAAG	13855
rs226706176	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61531902	AGATAATTCATATGG[C/G]AGGACAGAGCCTAGC	13855
rs226762119	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61576254	GAGATACAGAAAATA[A/C]ATTTGAGGGTTTGAG	13855
rs226836922	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61575460	CAAATCTAAGAGTTT[C/T]CACTCACATACAGGT	13855
rs226934703	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61522695	GGGATAAGAGAACAC[A/G]AGTGCCTCCCACTGC	13855
rs226995281	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61521206	GAAATGAGGTAAGAG[A/G]TCAGAGGTCAGAGGC	13855
rs227011973	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61533254	AGCAAAGTAAGGGGG[A/G]TAGGGGATGGGGTGA	13855
rs227035907	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61566277	AATAGTCAAGGCCAT[A/T]TGGAGAAACCCTGTC	13855
rs227110935	snp	A/T			upstream-variant-2KB	Epn2	GRCm38.p3	11:61580539	GGGGAGAGTACAGGG[A/T]ACTATTTCAGTTGTT	13855
rs227229894	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61579188	AGACGTGGGGAAGAG[C/T]ATCCCCTTCCCCCGG	13855
rs227392892	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61535156	AAGACATAAACTCAT[C/T]AAGTAAGTGCCTTAA	13855
rs227476662	in-del	-/T			intron-variant	Epn2	Mm_Celera	11:61521056	TAAGCTCAGAAGGAC[-/T]TTACTGACAGCATCT	13855
rs227497018	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61527120	AGCCAGAAAAGCTGG[A/T]ATGATGACACACAGA	13855
rs227512457	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61540171	AGAGAACCTGAGACT[C/T]CAGAAGTGGATGTGA	13855
rs227583444	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61564715	GAAATGACTAGGCAC[A/G]ACATGTCATGGAGAG	13855
rs227589918	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61524046	GTTAACCCCGTGTGT[A/G]GATTTTTCAATTACC	13855
rs227606843	in-del	-/A			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581005	TAAATAGAATAAATC[-/A]ATAAATCTTAAAAAA	13855
rs227680111	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61523237	CAGGGGCTAGAGAGT[A/G]TTAAAGAGTTTCTAC	13855
rs227689119	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61578138	AACATTCAAAAAAAG[-/A]AAAAAAAAACCAAGA	13855
rs227708227	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61536161	TCAGCACACCCTCCT[C/T]CCCCTGTTCACCAAC	13855
rs227806071	snp	C/T			synonymous-codon	Epn2	GRCm38.p3	11:61546250	ACGGCCAAAGGTGAT[C/T]TGGTTGCTGCCCACG	13855
rs227806299	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61540282	ACCACAAGCCCAGCA[C/T]TGCTTGAGACTCAGG	13855
rs227861662	in-del	-/TT			intron-variant	Epn2	GRCm38.p3	11:61547172	TATCTTTTTGTTTTG[-/TT]TTTTTTGTTTGTTTG	13855
rs227877558	snp	C/T			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581416	ATGAATGAAATCACA[C/T]GTTATGTACCTGCTT	13855
rs227961732	in-del	-/AC			intron-variant	Epn2	GRCm38.p3	11:61576404	CATGTACACATAGAA[-/AC]ACACAAAAATAATAA	13855
rs227971706	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61541146	GTAAAAAACACCGGG[C/T]TCTCTTGTACCTCCT	13855
rs228049734	in-del	-/TAAG			intron-variant	Epn2	GRCm38.p3	11:61572197	TCCTCTCAGTCAGAC[-/TAAG]TGTGTCAGCAAGAAA	13855
rs228072413	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61538881	GGGATTAAAGGTGTG[C/T]ACCACCACGACCGGC	13855
rs228077563	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61571035	CGAATTTTAGGCCAA[C/T]CTAAACTATACATAG	13855
rs228285884	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61573792	GGGATGGCTTAACAA[C/T]TACGGGTACCATTTA	13855
rs228504779	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61528043	ATATTTAGTGGGTCT[A/G]TTTTGAGATAAATAG	13855
rs228508848	in-del	-/TGG			intron-variant	Epn2	GRCm38.p3	11:61536573	ACGTGGAATCATTCA[-/TGG]TGGTGGTGGTGGTGG	13855
rs228535534	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61538407	TGTTTCAAAACAAAA[A/C]CTGAACAGATGAGCA	13855
rs228543276	in-del	-/AAAA			intron-variant	Epn2	GRCm38.p3	11:61531979	AAGGTCCACTTTATG[-/AAAA]AAAAAAAAAAAAAAA	13855
rs228620540	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61554706	CAGAGACACATGCAT[A/G]TCACAGGAGATAGAA	13855
rs228622453	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61537241	GCCATGAAGTCACAG[A/G]AGATCCACCAGGTCA	13855
rs228672518	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61572058	CAGCTCAACCCTACC[G/T]CTCCCTGATATCCTC	13855
rs228748796	in-del	-/ACC			intron-variant	Epn2	GRCm38.p3	11:61533280	GGTGAGGGGATGAAG[-/ACC]AGTATAACCAATGGC	13855
rs228939492	in-del	-/TC			intron-variant	Epn2	GRCm38.p3	11:61542570	AGTGCTTCTGAGGTT[-/TC]TAAGCTTTTTTATCC	13855
rs228939706	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61546041	ATCTAGATCGAGGAC[A/G]CTGTCGCCTGGGTCT	13855
rs228992888	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61560333	AAAATAAAAAGAAGA[A/C]GACGACAACAACGAC	13855
rs229143113	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61578576	TGGGGGAATCCTAAA[C/T]GTTGAAGAAATCCTT	13855
rs229196621	in-del	-/CACACACGCGCGCGCGCGCGCGCTCGCGCG			intron-variant	Epn2	GRCm38.p3	11:61536801	CTTTAAAAATATACA[lengthTooLong]CACACACACACACCT	13855
rs229275825	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61523289	TTTGGTTCCAAGCAC[C/T]CACAACAGCATTCTC	13855
rs229276849	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61548587	CCCATCTGTTCAGCT[C/T]TCATGAATCCCCAAA	13855
rs229295518	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61574041	ATAGCTAACCCACTC[A/G]GAAGGCAGAAGCAGG	13855
rs229323608	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61536292	TGGATGGATGGGTGG[A/G]TAAGTGGGTAGACAA	13855
rs229332861	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61562042	CTGGAGAGACGGCTC[A/T]GCAGTTAGGAACACT	13855
rs229340283	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61524128	AAACACTGCTTCATT[C/T]CCAGATCCACCGCAA	13855
rs229385976	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61538008	ACGGGTTCTTTGCTG[A/G]TCTGTAAACACCAAC	13855
rs229465599	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61536033	GAGCCTGGGTGTATA[C/T]CCACCTCTGCACACT	13855
rs229476800	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61534998	AAGCTGGAAGCACAC[A/G]GCTCCCTCAGAAGTC	13855
rs229527579	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61557377	AACGCCTCAGTTACT[C/T]CCATATCTCTATTGT	13855
rs229532594	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61550463	GGGCCTCAAAAGCCC[A/G]GCTCATCCATACTAG	13855
rs229593248	snp	A/T			intron-variant	Epn2	Mm_Celera	11:61524885	TTTTCTCCCCTCAAA[A/T]CAGAGTCTCACATAC	13855
rs229706150	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61554353	CTCTCCCCACTCAAT[A/G]TGGCCCCTCTAAACT	13855
rs229717422	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61553103	CTCCACCTAGGGGCA[A/G]GCTGTAGATGACAGT	13855
rs229718935	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61567277	CAGAAGACACTGGGC[A/C]CGTGGGATGTCTAAC	13855
rs229757826	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61566222	GGAGCAGAGGCAGTC[C/T]GTGAGTTTGAGGCCA	13855
rs229874107	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61558483	ATCCTTCTCAAATCC[C/T]CCATATCAATTAGTA	13855
rs230226455	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61542255	TGCAAAGCTGGAAGC[A/G]CTGGAACAGAACTGC	13855
rs230286884	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61540897	CACCCCCCTCACTCC[C/T]GCTGTGGAGAAAACC	13855
rs230288935	in-del	-/AA			intron-variant	Epn2	GRCm38.p3	11:61566768	CCATTGGATCCCATG[-/AA]AACACAAGTTTGTCT	13855
rs230288959	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61558008	CTTAGGAATGAAAAC[C/T]AACTACCGCTTTGAT	13855
rs230343235	in-del	-/TTTTGTTTG			intron-variant	Epn2	GRCm38.p3	11:61555130	ATTTCTAGTCTCTTT[-/TTTTGTTTG]TTTTTTTGTTTGGTT	13855
rs230343261	in-del	-/ACG			intron-variant	Epn2	GRCm38.p3	11:61570946	CTTACTTTTAAAAAC[-/ACG]ATGATTTTGCTGAGC	13855
rs230349467	snp	C/T			intron-variant, utr-variant-5-prime	Epn2	GRCm38.p3	11:61555531	CAGAGGTCTTGAGTT[C/T]TATTCTCAGCAACCA	13855
rs230423323	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61546958	AGAAGCACTGGTGAG[A/G]ATGGGAGAGCCCAAG	13855
rs230450595	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61575140	CTTAAATGCAGTACA[C/T]TGCTTGAACTAGGAT	13855
rs230600904	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61548226	TGGCTGGCTACTGTA[A/T]CAGGCTGAGACCCTC	13855
rs230689268	in-del	-/G			intron-variant	Epn2	GRCm38.p3	11:61525735	TTAAACTACAGTCAA[-/G]ATCTAGTGTGAAAAA	13855
rs230712226	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61576536	GGCATTCCATGGCAA[C/T]CAGAGCTCCACAGCC	13855
rs230713439	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61560980	GCCACCACCAGGTAC[C/T]TCATCTATAAAATGT	13855
rs230769438	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61538822	TTGTCGACCAGACTG[A/G]CCTCGAACTCAGAAA	13855
rs230827520	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61554812	AGCCTGGAGATGCGA[C/T]CTCTCCTTCCAGACC	13855
rs230840492	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61521200	AGAGTAGAAATGAGG[C/T]AAGAGATCAGAGGTC	13855
rs231061377	in-del	-/AAAACAAAAAAC			intron-variant	Epn2	GRCm38.p3	11:61570897	AAACCCTGTCCAAAA[-/AAAACAAAAAAC]AAAAAAAACCTCTTT	13855
rs231095891	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61554087	GCATATGCACAACCA[C/T]GCCCAGCATCGCTTG	13855
rs231120687	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61566690	CAAGAAAACAGACTT[-/A]AAACTTTGTGGGCTA	13855
rs231344377	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61539952	CGGTCTGAGGGGATC[G/T]GATGTTTCTGACCTC	13855
rs231350706	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61558596	GGCAATATATAGCCC[-/T]TTTTTTTTGTTTTGT	13855
rs231398123	snp	A/T			utr-variant-3-prime	Epn2	Mm_Celera	11:61518029	TTAATACTTTTCTTA[A/T]CAGTGAGTAGTGAGG	13855
rs231421742	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61548100	AGAGAAAACAAGGGC[C/T]CTCGGCAGCCCTGCT	13855
rs231528887	in-del	-/AAAAAA			intron-variant	Epn2	GRCm38.p3	11:61578129	CAAAAGCAAACATTC[-/AAAAAA]AAAAAAAGAAAAAAA	13855
rs231622036	in-del	-/G			intron-variant	Epn2	GRCm38.p3	11:61561053	GGGCCTGAGAACTAC[-/G]GGGGGGAAATGGCTA	13855
rs231764383	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61564835	CTCTTCTCCAGACTT[C/T]TGCTTTAAAAAAAAA	13855
rs231823115	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61566303	TGTCTTGGGGGGAGG[-/A]AAAAAAGACTCTGAA	13855
rs231891137	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61559216	TGTTGTTGTTTGCAC[A/G]CTGTTGTTGCTTCTC	13855
rs231904907	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61558130	GAGAGGACATCAGGT[C/T]GTCTGGAAATACAGT	13855
rs231907481	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61572497	CACAAAAACACACAG[A/C]ACACCTCAGGGTAAA	13855
rs232000608	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61571345	AATTTTGCAAAATTT[A/G]CCTGCTGAAATGATT	13855
rs232008352	snp	G/T			intron-variant	Epn2	Mm_Celera	11:61524209	TATGCTGGATAGCTA[G/T]GCCAGATTTCTGAAT	13855
rs232022785	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61523821	CAACTTAGTGTGTCA[C/T]AACTGCCTCTCACAA	13855
rs232083193	in-del	-/AGAAAATAC			intron-variant	Epn2	GRCm38.p3	11:61576684	CCAACACTGCCGGGA[-/AGAAAATAC]AGAAATCCACTAGAT	13855
rs232127344	snp	A/G			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61556011	GCTTTTAAGATATAT[A/G]GATATTTGTTTTCCT	13855
rs232138089	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61569828	ATTCTCCAGGGATTT[C/T]TAGAAAACACACTGC	13855
rs232224322	snp	A/G			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581616	AGTAAAGACTCAAAA[A/G]ACCCAGAGAAAGCTG	13855
rs232483204	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61567590	CAGTGTGGCTCTCTC[A/G]AGTTCAAGGCCAGCC	13855
rs232511015	snp	C/T			upstream-variant-2KB	Epn2	GRCm38.p3	11:61580037	GTATTTCCTCTTGCA[C/T]GTGAAAAATGTTGTG	13855
rs232524441	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61578870	GCTCCCCCTGCAAAA[C/T]CACTGGGCCAACTTC	13855
rs232526075	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61576442	GCAATAAAATAAATC[-/T]TTTTTTTTTTAATTA	13855
rs232687340	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61558991	ATCAGTGAGCCGCTC[C/T]ATTTCATGGCTAAAT	13855
rs232689599	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61557268	GGTACAGCTCAATCA[C/T]CTTTTAGGAAGTAAT	13855
rs232719084	in-del	-/TT			intron-variant	Epn2	GRCm38.p3	11:61575241	CTCAAAGAGGCATGC[-/TT]TTTTTTCCCCCCCTT	13855
rs232739926	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61572301	CCCTGCACCTTTTGG[C/T]TCCTACTCAGAGGTA	13855
rs232753217	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61570774	AGCCGGGCGTGGTGG[C/T]GCAGGCCTTTAATCC	13855
rs232796702	in-del	-/TTC			intron-variant	Epn2	GRCm38.p3	11:61563453	GTATTTTAATAACCT[-/TTC]ATTTTAGAACTGAGC	13855
rs232829950	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61574526	TTCAAGCCACCCTAA[A/G]CTACACAAGAACCTA	13855
rs232839829	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61572718	AGTTCACTGACCAGA[C/T]AGCCTAGCCAAATGA	13855
rs233051973	snp	A/G			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581124	TTTCATTCTGCCTTT[A/G]CTCACTGAAGGAGAG	13855
rs233082454	in-del	-/ACTGTTA			intron-variant	Epn2	GRCm38.p3	11:61568422	CAATAGCATCCTGAC[-/ACTGTTA]AGTGCCCATTCTCCT	13855
rs233178167	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61524979	TAGTTTTCCTATTTC[A/G]GTTATCTGAGACAGG	13855
rs233462297	in-del	-/AC			intron-variant	Epn2	GRCm38.p3	11:61533506	CCTGTTGTGTGTCCT[-/AC]ACCCTCACTGTAGTC	13855
rs233494501	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61560482	CCTGGGCAAAGGATT[A/G]AGAGGCCCAGGAACT	13855
rs233774911	snp	C/T			utr-variant-3-prime	Epn2	Mm_Celera	11:61519058	GTGGGGCCAGAGCTT[C/T]ACCTTGTCCACACCC	13855
rs233799926	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61530207	GTGCACAACCTCCCA[A/G]CAATCTAAGATGTCC	13855
rs233856324	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61528711	TCTGGATACCTGCAA[C/T]ACTCCTCCTGAGCCA	13855
rs233856366	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61543345	CCAGGGCTCAATAGA[A/G]GTTGGCTACCTTATC	13855
rs233869253	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61542499	CCTCCAGTCAGTAAG[A/G]CCTCCTAGTCCAGCT	13855
rs233896771	in-del	-/AGGA			intron-variant	Epn2	GRCm38.p3	11:61575836	AGAAAGGAGGTAGGG[-/AGGA]AGGAAGGAAGGAAGG	13855
rs233908577	in-del	-/ACAC			intron-variant	Epn2	GRCm38.p3	11:61573698	GTTGTCCTCTGACCT[-/ACAC]ACACACACACACACA	13855
rs233922698	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61563178	GAGGCAAATGTATCT[C/T]TACGAGTTTGAGGCA	13855
rs233981370	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61577945	GCCACACAGTTACAC[A/C]TAACTAGCCTAACTT	13855
rs233996539	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61565317	CTGAGAGCTTGCTAA[C/T]CCACTACAGAGGAAT	13855
rs234028922	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61573561	ATGCAGACACTGGTT[-/A]AAAAACGTATGTTCT	13855
rs234074210	snp	C/T			upstream-variant-2KB, utr-variant-5-prime	Epn2	GRCm38.p3	11:61579712	GGCAGCGAGCGCGCG[C/T]GCGCGAGCCCCGCCC	13855
rs234092196	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61531749	ACACACTATTCTACA[A/T]GACACTGTTTCTCAG	13855
rs234156459	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61536369	GTTCTAATCTATACT[A/T]AGAACTTCCTTCTTT	13855
rs234171612	snp	A/C			intron-variant	Epn2	Mm_Celera	11:61524142	TTCCAGATCCACCGC[A/C]AAGTGTCCTGAGCCC	13855
rs234225968	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61535458	CTCTTATTCCTAGTA[C/T]AAGATAGTACTCAGT	13855
rs234226301	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61552720	CTACTGAAGGCTGTG[C/T]TGGCCCAGCAGCTAC	13855
rs234237646	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61551327	TTCATCTTTCTAAAA[A/G]AAGCTAACAGCCTGT	13855
rs234305962	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61537566	AGGCCCTGGCTTATT[G/T]AGAGACACTCTAGCC	13855
rs234321957	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61558044	GGGATTTAGGATTTC[-/T]TTTTTGTGTAAAAGA	13855
rs234340813	snp	G/T			intron-variant	Epn2	Mm_Celera	11:61522496	GCTCAAAGGACCCTG[G/T]GGGGACATACAAGCT	13855
rs234431902	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61526059	CATTCTTCAGCTTCC[A/T]GAACAGTAACTTTTA	13855
rs234496527	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61539093	AAGTCAGTCTTATAT[C/T]AGTGAAGGGAAAGGT	13855
rs234512710	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61537720	AAAGCTCACATTTAC[A/C]GAGACCCAAGGAAAA	13855
rs234572205	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61554556	CAGTTCTTCCCACCA[C/T]AGAACCACATCTTGC	13855
rs234583006	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61531351	GCATCAGCTCTCATT[A/T]TGGGTGGTTGTGAGC	13855
rs234722039	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61527354	CAGAAGACTGCTGTC[A/G]TCTTTCTTCTTGCCC	13855
rs234747853	snp	C/T			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581545	CAAAAGACTAGTTAA[C/T]AGGAGTGGGCAAAAT	13855
rs234782071	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61568835	GAAACAGGAGTGACT[C/T]TGGGTCAAGAGTCTG	13855
rs234984530	snp	C/G			utr-variant-3-prime	Epn2	Mm_Celera	11:61517715	CGGCCTCTGGTCCTG[C/G]GTGGAATGGGTAGTT	13855
rs235103390	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61576159	GCTGGGATTTGAACT[C/T]GGAACCTTTGGAAGA	13855
rs235244490	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61522298	CACACACACAGGCAC[A/G]CACACAAACATGCAT	13855
rs235334872	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61550977	CCAGGGGCTCAGATA[C/T]CCATTTCTGGCATCT	13855
rs235561592	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61535393	AAGTAGCTGTGAGAT[C/T]GGGGGACAGGAGGGG	13855
rs235590023	in-del	-/AGCTCTAGG			intron-variant	Epn2	GRCm38.p3	11:61543042	AGAAGAGCTCCATGA[-/AGCTCTAGG]AGAACCTGAGAACAG	13855
rs235696973	snp	C/T			upstream-variant-2KB	Epn2	GRCm38.p3	11:61580331	AAAGCAATGTAGGGC[C/T]GGCCACATGCCAAGC	13855
rs235918189	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61536806	AAAATATACACACAC[A/G]CGCGCGCGCGCGCGC	13855
rs235976566	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61554650	AGCTGAACGGAACTG[A/G]TAAATGACAGGTATC	13855
rs236030270	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61567766	GTCACAGGCAAACCT[A/G]AGTTACAGAATAAGA	13855
rs236032461	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61553788	CCTCCCTGCCAGAAA[A/G]GCTCTTGCCTAGAGC	13855
rs236070998	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61525372	AATTTACCTATAAAG[C/T]TCTCTGGGTGGACTT	13855
rs236105472	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61564378	TGAGCTCTAAACTGA[-/T]TTTTTTTCCTTCTAA	13855
rs236321554	in-del	-/TCCC			intron-variant	Epn2	GRCm38.p3	11:61563902	CTTACCTAGCACCCA[-/TCCC]TATCAGGCCTGGACA	13855
rs236385527	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61559974	GCACCAACTGCTCTT[C/T]CAGAGGTCCTGAGTT	13855
rs236450361	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61558567	TCTTTATGGATTTCT[C/T]TATATATGGAATCAG	13855
rs236450419	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61573053	AACTCTAAACACCAA[A/C]GAATATTAAATCAAT	13855
rs236463214	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61571944	ATCGAGATGTATACA[C/G]AAGAGCATCCACACC	13855
rs236464700	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61531650	GAATTATGTGACACC[C/T]ACTCCTTTCCCCTCA	13855
rs236506451	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61547239	TTTAGCCCTGGCTGT[C/T]CTGGAACTCACTTTG	13855
rs236520772	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61560820	GTAATATTGTCCTGA[A/G]TGTGAGGCCAGGTCA	13855
rs236585236	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61559295	CCAGGTTGAATGATC[C/T]GCCTACCTCTGCTTT	13855
rs236700054	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61565951	TACCACAATCTTGAA[C/T]ACAGAGTTCATACCC	13855
rs236737357	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61570252	TTGTTGCTGGAGCTG[C/T]CCAGCCACCTACCTC	13855
rs236743173	in-del	-/GAACTC			intron-variant	Epn2	GRCm38.p3	11:61577275	GCTTCAGTCCACAAA[-/GAACTC]GAAAGTTGCCACTAT	13855
rs236984203	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61552138	AGCTATATCAGCATG[A/G]AGACTGAGAGCTGCC	13855
rs236995889	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61552898	TCATTCCTCAATGCC[A/G]TTCTAGGCTACAAAG	13855
rs237323824	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61555392	AATCCCAGCAACCAC[A/T]TGGTGGCTCACAACC	13855
rs237402085	in-del	-/ACGCCT			intron-variant	Epn2	GRCm38.p3	11:61536074	ATAAACTGCAGATGG[-/ACGCCT]ACCCATGGAAGGAGC	13855
rs237532558	snp	A/G			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61579182	CGAGAAAGACGTGGG[A/G]AAGAGTATCCCCTTC	13855
rs237695493	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61527796	CTATATACCATGTTG[C/G]CATCAGGACTAGAGG	13855
rs237707952	in-del	-/AG			intron-variant	Epn2	Mm_Celera	11:61522257	CCCGCTGGAGATGAC[-/AG]GGGGGAAAAATACAT	13855
rs237806247	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61556119	GTGAGGACCTGAAGT[C/T]CCCATGCTTCCTGTG	13855
rs237912193	snp	A/G			utr-variant-3-prime	Epn2	Mm_Celera	11:61518923	CAAGCACAGAGCCAC[A/G]GGGCAGGGTTGCGCT	13855
rs238079600	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61562182	TTCTGGACTCCACAG[A/G]CACACATATACATAC	13855
rs238095889	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61534395	CCTCCTGGGCACCTT[A/G]ATCCTGTGGAGCCAT	13855
rs238112594	in-del	-/AT			intron-variant	Epn2	GRCm38.p3	11:61550752	TGATATCCCATAGAC[-/AT]ATGTCCTTAAGACTT	13855
rs238133489	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61544464	GTGCCCTGTGCCTGG[A/T]GGTCATGAAGAGCCT	13855
rs238370947	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61535582	CACCTAGAGGTGACA[A/C]ATAAAACCTTGGCTG	13855
rs238370973	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61521585	CCACAGGCCAGCAGT[C/T]CTTGAGAGGGGAAAA	13855
rs238378008	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61564539	TGGGGGAGATCAAAG[A/T]ATCTACACATCTGCA	13855
rs238378146	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61550331	CTGGACTGCTCAGTT[A/G]TATGAAATACCTGTA	13855
rs238437604	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61563112	CATAAAAAGAGAGGG[G/T]AAGAGCTGAGCTTAG	13855
rs238546357	snp	A/G			upstream-variant-2KB	Epn2	GRCm38.p3	11:61580936	GGCTCACAACCATCT[A/G]TAATGAGATCCGGTG	13855
rs238556426	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61579458	CGGCGAGGGGGAAGC[C/T]GGTGCTCTTAGGGGC	13855
rs238644662	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61526796	GAGCACTTCCAAATG[-/T]GCACTTTTCCTGTTC	13855
rs238658904	in-del	-/CT			intron-variant	Epn2	GRCm38.p3	11:61529408	CAGTCCTGGCCTTGG[-/CT]CTGGTAGGTGGGTAG	13855
rs238736223	in-del	-/G			intron-variant	Epn2	GRCm38.p3	11:61537417	TGCAAAGCCGAATGT[-/G]GGAACTTCAAGACAA	13855
rs238756574	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61570550	GCAGGCAGAGACTTA[A/C]ATTTTACTCACTAAC	13855
rs238785827	snp	A/G			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61556698	TCTACTATGTATGCT[A/G]GATATAGAAAGGTTA	13855
rs238818200	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61564164	TAAGGCTCAAAGATT[A/G]GAAAGTCATCAAGCT	13855
rs238836680	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61571734	CAGCTCTCCATACCC[A/G]CAATTAGAATTGTCT	13855
rs238842866	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61570366	ATCCCCCGTAACTCC[A/G]TATTTTCAAGATCCA	13855
rs238859590	snp	A/G			utr-variant-5-prime, upstream-variant-2KB	Epn2	GRCm38.p3	11:61579621	CGGCGACGCGGGAGA[A/G]GCGGGAGCGACCCGA	13855
rs238946139	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61537436	ACTTCAAGACAAGGG[G/T]TACTAAAAGTAGGAT	13855
rs239070591	in-del	-/CTCTTTCAGGACTCAGGTTTGAACCCCAAAA			intron-variant	Epn2	GRCm38.p3	11:61539873	TAAAAACACTGTCTG[lengthTooLong]CTCTTTCAGGACTCA	13855
rs239105071	in-del	-/G			intron-variant	Epn2	GRCm38.p3	11:61540864	ACACGTGCTGCGCCC[-/G]GCCCGCCGCCTTACC	13855
rs239196082	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61578845	GGTTTCTAGGGAGCT[C/T]AGACAATCTGCTCCC	13855
rs239474948	in-del	-/TGTATT			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581483	TTGGGTTTCAGAAAA[-/TGTATT]TGTGATTTCTCTGTT	13855
rs239484996	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61563918	CCCTATCAGGCCTGG[A/G]CACAAACCTGGAGCA	13855
rs239650036	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61523528	AAAGGCCTTCTGAAC[A/G]TTTCCCATCACACAA	13855
rs239806325	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61567430	AATTCTTATTAATGT[C/T]TTGCCCTAATAGAAG	13855
rs239864437	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61560943	CAGCAAGGGCAGAAA[C/G]ACTACTGTCTACTTA	13855
rs239884434	in-del	-/ACTG			intron-variant	Epn2	GRCm38.p3	11:61540685	ACAAGTTGACCTCTA[-/ACTG]ACTATGTGGCCAAGG	13855
rs240007393	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61524081	GAAAATATGAAACAA[A/G]TCATCCCTTCTGTAG	13855
rs240142305	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61539706	GTGGCACATGCTGGT[A/G]ACCCCAGCTCTTGAG	13855
rs240216010	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61547412	ACTGGGTGAGATGTC[A/G]TGATAAATGTATTTT	13855
rs240284929	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61571431	TGCCTGCTCCCTGCC[C/T]GGGGCTCAGGTGGAA	13855
rs240434157	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61540966	TCATCTGTTTGCATG[C/T]CTGCTGGGCAGCCAG	13855
rs240434201	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61526933	CTTTCACTCCAAGCC[G/T]GAAACTATACTTCCA	13855
rs240439185	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61529377	ACACCTGCTACCGGC[A/G]GGCGGAACTTAGGCT	13855
rs240451373	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61563230	CCTGTTCCAAAAGAG[-/A]AAAAAAAAAAAACAA	13855
rs240501055	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61542752	AGGGTGGGTAGAAAC[A/G]GATAGGTTGAAGGCA	13855
rs240547731	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61547993	AAACACCTGAATAAA[C/T]GATATTACACTTACA	13855
rs240570455	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61543050	TCCATGAAGCTCTAG[A/G]AGAACCTGAGAACAG	13855
rs240596936	snp	C/T			utr-variant-3-prime	Epn2	Mm_Celera	11:61518503	GAGTCAACTGACTGA[C/T]AATTCATCAAAAGAG	13855
rs240605981	in-del	-/TTG			intron-variant	Epn2	GRCm38.p3	11:61525516	CCTTAAACTGTTTTT[-/TTG]TTGTTGTTGTTGTTT	13855
rs240610574	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61546092	AGGTGCTCAGGTGTT[A/C]AGCCCCAGCACCTGC	13855
rs240648923	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61520308	TCTGCTCATCAAGGG[A/G]CACCATGACAAAGAG	13855
rs240657358	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61555216	AACTTACTCTGTAGA[A/G]CAGACTAGCCTCCAA	13855
rs240672591	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61532817	TCCTGAATAACTTGG[A/G]AATTGAGCTGCTCCA	13855
rs240681989	snp	A/G			downstream-variant-500B	Epn2	Mm_Celera	11:61517065	TCAGAACTGATAGCC[A/G]TCTGGGCTAACATCT	13855
rs240770790	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61533483	GGGTTCAATGTGGAA[G/T]TTAGCATCCTGTTGT	13855
rs240812787	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61577565	AATACCTGGGCTGGG[G/T]AGAATGCTAAGCAGT	13855
rs240816315	snp	C/G			intron-variant	Epn2	Mm_Celera	11:61522897	TCAACTGTGGGCATA[C/G]ATAAGGGCCTGTGAT	13855
rs240830416	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61549733	CACAGCACTCAGGAG[A/G]CAGAGAATTAGAGGC	13855
rs240878397	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61575923	GTACTAATTGCTCTT[A/C]CAGAGGTGCTGAGTT	13855
rs240977429	snp	A/G			upstream-variant-2KB	Epn2	GRCm38.p3	11:61580985	GAAGACAACTACAGT[A/G]TACTTAAATAGAATA	13855
rs240994240	in-del	-/CACACACGAACTCACT			intron-variant	Epn2	Mm_Celera	11:61523986	ACACGCACTCACATA[-/CACACACGAACTCACT]CACACGGGGGCAGGG	13855
rs241094410	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61536863	CTACCTACCTACCTT[C/T]TGGTTGATTTTATTC	13855
rs241216484	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61571133	GCAAGTATTGGACTT[A/G]GAAAGATAGCTCAAT	13855
rs241550254	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61548249	GACCCTCCCTACAGA[-/T]TCCTCAGGCAGCCCA	13855
rs241592907	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61558050	TTAGGATTTCTTTTT[G/T]TGTAAAAGAGTTTGC	13855
rs241610791	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61524954	ACTGACCTCGAACTT[C/T]TTTTTGTTATAGTTT	13855
rs241680453	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61538203	TAGAGGCCAGTCTGG[A/G]CTACCAGAAGACCTG	13855
rs241808970	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61576931	AAATGCCCAGAGTAC[C/T]CTAACAGACCTTGTG	13855
rs241893299	snp	C/G			intron-variant	Epn2	Mm_Celera	11:61522744	AACGTAGTAAGGGCT[C/G]GCAGTGTAGGAAATA	13855
rs242105176	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61547896	TAAGGTCCACATCTC[A/C]CATCTCCAGCATGTA	13855
rs242134749	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61520076	GTGCCTAAGAAAGGC[C/T]ATGCAGTGTCCCAGG	13855
rs242156748	in-del	-/GG			intron-variant	Epn2	GRCm38.p3	11:61538304	GTGGGGACAGCAGCA[-/GG]GGGGGGGAAGTTAAG	13855
rs242165011	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61551234	CCAATCAATAAATTA[C/T]TTGATTGACTGGGTA	13855
rs242167316	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61565302	GTCTGACCCAGGCCT[A/C]TGAGAGCTTGCTAAC	13855
rs242167576	in-del	-/AAA			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581015	AAATCAATAAATCTT[-/AAA]AAAAAAAAAAAAAGA	13855
rs242257660	in-del	-/GCGCGC			intron-variant	Epn2	GRCm38.p3	11:61533427	TGTGTGTGTGTGTGT[-/GCGCGC]GTGTGTGTGTGTTCG	13855
rs242275261	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61563748	ACAGTCCATTCAAGC[C/T]TAAGCTTTCCTTCTG	13855
rs242296717	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61553234	CTGGATGATGCTACT[C/G]CTTAGCTGTTGGCAT	13855
rs242298980	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61536094	TACCCATGGAAGGAG[C/T]CATTGTGTCTAATGG	13855
rs242363187	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61552291	GCCACGCAGCCTCCT[G/T]TGATTCTTATGTCCA	13855
rs242559645	snp	C/T			upstream-variant-2KB	Epn2	GRCm38.p3	11:61580734	CAGCTCCTCAAGCAG[C/T]GTGCCTGCCTGGACT	13855
rs242623646	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61577793	GGCACCATACACCCC[A/G]CAGCGAAAGGAGACC	13855
rs242671172	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61541217	GGTCTTTCTTCTATT[A/G]CCTAGTTATTCCTGT	13855
rs242674302	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61558231	ACCTCTTTAGCTGTG[A/G]TTTTCTTTACTCAGT	13855
rs242732842	snp	G/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61557176	TTCCTTGCTTTATTA[G/T]AACAACTATACCTCA	13855
rs242745765	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61528698	TACCCACCACCAGTC[G/T]GGATACCTGCAACAC	13855
rs242793348	in-del	-/AGGCC			intron-variant	Epn2	GRCm38.p3	11:61558887	GATCTCGTAAGTTCG[-/AGGCC]AGCCTGGTCTACATT	13855
rs242863952	snp	A/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61557494	GGCCCAAGTGCTTTC[A/T]GCACTGTATTTTAAA	13855
rs242936131	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61572635	ATCTCCAGACCCACA[C/T]AAAAAGCTCAGCACA	13855
rs242954098	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61542639	CACAGCGACAGTATC[G/T]AGAAATTCCTATCAG	13855
rs243024632	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61555827	TCTCTTTAGGAAGGG[C/T]CTTCCCACCAGGCAG	13855
rs243210690	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61529059	CCCCTAACTCCACAG[G/T]AAAGCAGCAGACACG	13855
rs243365163	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61539987	GACACCGGGCACAAA[C/T]GTGGTTCAGGTATAT	13855
rs243371974	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61565354	ACACCAGCTCTCCTG[-/A]AAAAAAAAAAAAGCA	13855
rs243442803	in-del	-/TT			intron-variant	Epn2	GRCm38.p3	11:61558326	GATATGGGAAAGTGG[-/TT]TTTTTTTTTTATTAA	13855
rs243483618	snp	G/T			utr-variant-3-prime	Epn2	Mm_Celera	11:61518345	TAAATGGAAGTCCCT[G/T]GCAATCCCTGCATTC	13855
rs243581072	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61523883	AGGAAAGGGGCTTGC[A/G]ATCAAGCCACTCAGG	13855
rs243638256	in-del	-/TA			intron-variant	Epn2	GRCm38.p3	11:61525173	CCACAATATACTCTT[-/TA]AAAAAAAATCCTGGC	13855
rs243680319	in-del	-/ACCCACATGATG			intron-variant	Epn2	GRCm38.p3	11:61539904	GGTTTGAACCCCAAA[-/ACCCACATGATG]ACTCACAACCATCTA	13855
rs243752825	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61530822	AATGTGTGGGGTTTA[-/T]TGTTTTGTTTTGTTA	13855
rs243795840	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61549934	GCAAAGCTGAGCACA[A/G]CAGCTGCTCTGGAGA	13855
rs243873824	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61562917	CTGCAAATCTCCATG[C/T]ATACCAACAGAAGGG	13855
rs243996283	in-del	-/AA			intron-variant	Epn2	GRCm38.p3	11:61578200	CACAAATGCCCTAAG[-/AA]AAAAGCTGCAGTTCC	13855
rs244011090	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61525197	TCCTGGCTTACATTT[C/T]TTTCCAATAAATCAA	13855
rs244053572	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61570992	TTTAATCCCTCCCTG[C/T]ACTTGAGAGGCTGAA	13855
rs244053592	snp	A/C			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61556154	GGCCTCTTGTCATCT[A/C]AAACAGCAGAGAAGC	13855
rs244158168	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61570129	AAGATGTTGCTTTCC[A/G]CACAGCAGGGCCATT	13855
rs244189541	in-del	-/G			intron-variant	Epn2	GRCm38.p3	11:61567259	ACCAAGATGGCACAT[-/G]GACAGAAGACACTGG	13855
rs244239926	snp	A/G			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581685	CCACCATACAGAGAC[A/G]TGATTAGACAGAACA	13855
rs244285194	in-del	-/CATCCATCC			intron-variant	Epn2	GRCm38.p3	11:61547017	CCATGGATACAAAAA[-/CATCCATCC]CATCCATCCTGCTTT	13855
rs244320112	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61532237	TATTATTTTAAGTAA[C/T]AAGAATAGCAGCAAA	13855
rs244325045	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61560800	TCATCTCTCAGGAGG[A/G]TTAAGTAATATTGTC	13855
rs244365972	snp	A/G			utr-variant-3-prime	Epn2	Mm_Celera	11:61518031	AATACTTTTCTTAAC[A/G]GTGAGTAGTGAGGAC	13855
rs244379626	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61531574	AAGTACGCTAAAGAG[C/T]AGCTGAGGCTGACAC	13855
rs244421668	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61578188	CACAATCATTAATCA[C/T]AAATGCCCTAAGAAA	13855
rs244429868	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61574220	GGCAAATTTCTGAAT[A/T]CAAGGCCAGCCTGGT	13855
rs244439392	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61539520	TCTCCCAGCACCTCA[C/T]ACACCACTGTGACAG	13855
rs244476348	in-del	-/A			utr-variant-3-prime	Epn2	Mm_Celera	11:61518367	CTGCATTCCAGGTAC[-/A]AAAAAGGGATTAGTT	13855
rs244480016	in-del	-/CCAAGGC			intron-variant	Epn2	GRCm38.p3	11:61559646	ACCATGTCATAAGGT[-/CCAAGGC]CCAGAACAGCAAATA	13855
rs244492808	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61572592	CTCAGTGGATAAGAA[A/T]ACATGCTCTACTAAC	13855
rs244526966	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61536917	AATACTTAGGTCTCT[A/T]CTTTCTCATGCTCAA	13855
rs244527597	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61576260	CAGAAAATACATTTG[A/G]GGGTTTGAGATTTGG	13855
rs244622840	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61561885	TCTGCAACTCCTAAC[A/G]CAAAACCAACCTATG	13855
rs244640886	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61553631	CAAGCCTAAATGACC[C/G]AAAGCATCCAAAACA	13855
rs244674050	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61567003	AGAAACAAACCACTT[A/C]CTGCCCTCACATATG	13855
rs244715289	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61563612	TGCCATGAGCAGGGT[A/G]GAGCTAGGCACCAAC	13855
rs244716119	in-del	-/TAATG			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581709	AGAACAGGGTAGCTC[-/TAATG]TAAGAGAGGAGACCA	13855
rs244767330	snp	A/T			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581273	TCGGCCCACGATATA[A/T]TAAAGCTGGAGGCCA	13855
rs244945037	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61531000	CGACCCTGGTCCGAC[C/T]CACTAGGAATTCTCT	13855
rs244984675	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61568347	AAGTGCTCCAAAAAC[A/T]ATGTAAGCAGATGGG	13855
rs245016993	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61545835	ACTAGGTATTTGAGT[C/T]CCTGTAGGTTTGGAA	13855
rs245084507	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61576132	CTGATGGTTGTGAGC[C/T]ACCATGTGGTTGCTG	13855
rs245120461	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61545298	TGTTCTGAAGGATAT[A/G]GGCTTGGAAGCCCGT	13855
rs245198935	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61559727	CAGACTCAGCTAGCC[A/G]TGACAAGCCTGAAAA	13855
rs245433198	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61538751	GGTTTTTTGTTTTTG[-/T]TTTTTTTTTGAGACA	13855
rs245590034	in-del	-/G			intron-variant	Epn2	GRCm38.p3	11:61578137	AAACATTCAAAAAAA[-/G]AAAAAAAAAACCAAG	13855
rs245612073	in-del	-/AG			intron-variant	Epn2	GRCm38.p3	11:61548059	GTAAGATAAAGAAAC[-/AG]AAATCTCAAGACAAC	13855
rs245703933	snp	A/G			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61579145	GGAGTGGGGGCCGGG[A/G]AGGGGAATCCAGTCC	13855
rs246071019	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61523241	GGCTAGAGAGTATTA[A/G]AGAGTTTCTACTGCT	13855
rs246077011	snp	G/T			intron-variant	Epn2	Mm_Celera	11:61524025	GGCAGGGGCGGGACT[G/T]TAAATGTTAACCCCG	13855
rs246084979	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61525019	TGTGTAGCTCTGGCT[A/G]TCCTGGAACTCACTC	13855
rs246108709	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61541057	GCAGCTACAGGATGT[C/G]GTTCCACAGTGGTCC	13855
rs246137825	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61538472	TTGTCCACAGTGTGT[A/G]TCAATGTGTCCATAA	13855
rs246139731	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61524171	CCTGAGCCATTCCTT[C/T]AGTTTATCACACCTT	13855
rs246151001	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61537283	GGCTCTGAGCAGACA[C/T]GCTGCAGCAATGAGG	13855
rs246183028	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61540448	TGGTGCCCTGGTCTG[C/T]TTACAAATAATCCCT	13855
rs246205208	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61567968	TTCACTAAATTATGT[C/G]TTTTCATTCATTGAC	13855
rs246456007	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61527404	ATCATATCCAGCCCC[A/T]GCTGCCCTTTTTTAA	13855
rs246481084	in-del	-/GATCTCT			intron-variant	Epn2	GRCm38.p3	11:61549737	CACTCAGGAGGCAGA[-/GATCTCT]GAATTAGAGGCCATC	13855
rs246502925	in-del	-/A			intron-variant	Epn2	Mm_Celera	11:61520579	TCTGGCACTGGGCAC[-/A]AGAGTCTCTTGGGCA	13855
rs246506177	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61543144	AAACAGTTCTAACCC[C/T]GACATCAGTAACTGT	13855
rs246520243	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61572422	CAAGCCCCCTCCCAA[C/T]CTGAGAGCACTAACC	13855
rs246597315	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61545243	TCACTTTCAGAAAGT[-/A]AAAAAACAAAAAGGT	13855
rs246624392	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61548117	TCGGCAGCCCTGCTA[C/G]AGTTGCTCAGTCCCT	13855
rs246638269	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61554756	CATTTTGCAGGAGAC[A/G]ACACAGAAACTTCTC	13855
rs246679229	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61574014	TACACACTTGCCTTT[-/A]AGAAAATAATAATAG	13855
rs246714991	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61539432	CAGGAAAGGGGGCGG[A/T]GAGGAAGAATGCTGA	13855
rs246914768	snp	A/G			upstream-variant-2KB	Epn2	GRCm38.p3	11:61579980	CCCTTAAATCCTCAA[A/G]CACAGAACCCCGCCT	13855
rs247078967	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61574281	CCTGTCTTAAACCCC[C/T]CCCCCCAAAAAAAAG	13855
rs247126148	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61561059	TGAGAACTACGGGGG[A/G]AAATGGCTAACAGCA	13855
rs247248004	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61554630	CAAAAAGCAACAGCA[G/T]CTGCAGCTGAACGGA	13855
rs247261483	snp	A/G			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581217	TCACAAGAAAGAAAA[A/G]GCACCTGGGTCTCAA	13855
rs247281218	in-del	-/CTCCACCATACTA			intron-variant	Epn2	Mm_Celera	11:61522711	AGTGCCTCCCACTGC[-/CTCCACCATACTA]CTCCAAACGTAGTAA	13855
rs247301301	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61521317	AGAAACTTGTGCCAG[A/G]CATTATAACAGGGGC	13855
rs247499380	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61579190	ACGTGGGGAAGAGTA[C/T]CCCCTTCCCCCGGTC	13855
rs247681905	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61558879	GGCAGAAGGGATCTC[A/G]TAAGTTCGAGCCTGG	13855
rs247685442	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61542415	CCTCCAATAAGCCTT[A/C]TTGGGTCTTCTCTAG	13855
rs247785910	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61558428	AATTTTGTGCAAGCA[C/T]CACCATCAAATTAGA	13855
rs247837527	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61561053	AGGGCCTGAGAACTA[C/T]GGGGGGAAATGGCTA	13855
rs247864645	in-del	-/CT			intron-variant	Epn2	GRCm38.p3	11:61566610	GCAGGCCATTCCATC[-/CT]CCCCCCACTAAGTAC	13855
rs248019018	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61569622	AGGCAGCACCCAAAA[G/T]AGACGCCATATATAC	13855
rs248056643	in-del	-/CATG			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61556488	TGACTGGTATGAAAC[-/CATG]CATGCATGCATGTGG	13855
rs248064028	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61548616	AAACCTGTCAGAAAA[C/T]AGATAAAACCTTTTT	13855
rs248135987	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61549641	TTCCAGAACCTATGC[A/G]ACAATTCAGGGAACC	13855
rs248173314	in-del	-/T			intron-variant, utr-variant-5-prime	Epn2	GRCm38.p3	11:61555481	ACATATAAATAAATC[-/T]TTTGGGACACAGCGA	13855
rs248183301	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61562263	TCCAGCACTTGGGAA[A/G]CAGAGATAAGCAGAT	13855
rs248186049	in-del	-/C			intron-variant	Epn2	GRCm38.p3	11:61571502	TTTCTTTACCCTCTG[-/C]TAAAGTACTCACTTC	13855
rs248297265	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61561510	CTCCTCTCCTCCTTG[C/T]ACCTTGTGGAGGGAA	13855
rs248378032	snp	C/T			downstream-variant-500B	Epn2	Mm_Celera	11:61516945	ATAAATAAACCCTAG[C/T]CTTCCCAAGTTGCTT	13855
rs248382979	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61550522	CAAGGGAACTCAGTG[A/C]TCCCCAAGAAAGTAG	13855
rs248441075	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61554996	GCTGCAGGTGTCTAC[C/T]CTTTAATCTTCATAA	13855
rs248543950	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61528082	AATGCATGCAAATCT[A/G]AGCTCCTAACACACA	13855
rs248638991	in-del	-/ACACTGTAGTTGA			intron-variant	Epn2	GRCm38.p3	11:61531196	ATTATGTATATGGGT[-/ACACTGTAGTTGA]ACAGCTGGTTTTAAG	13855
rs248775066	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61540246	GTCACTGCTTTCTAT[C/G]AGATAGATCAGGTTC	13855
rs248786501	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61555910	AAATGATCAAGAATG[C/T]GTTTTTTCAAGCTGC	13855
rs248788721	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61538886	TAAAGGTGTGCACCA[C/G]CACGACCGGCTGTTG	13855
rs249040274	in-del	-/AAA			intron-variant	Epn2	GRCm38.p3	11:61568730	AAACAGTCACAACAC[-/AAA]AAAAAAAAATACCAT	13855
rs249044283	in-del	-/TGTTGTTGC			intron-variant	Epn2	GRCm38.p3	11:61550070	TGGTTTTGTTGTTGT[-/TGTTGTTGC]TGCTGCTGCTGTTGT	13855
rs249103407	in-del	-/G			intron-variant	Epn2	GRCm38.p3	11:61551092	CACTAGTTTACACCA[-/G]GCTCCATGGTTACTA	13855
rs249149851	snp	A/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61578601	ATCCTTAAGTGTCCC[A/T]GAGTTGGGGCTTCCA	13855
rs249190432	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61523347	GGATTTGACATTCTC[A/G]GGCCTTCTCAGGCAT	13855
rs249197096	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61555129	GATTTCTAGTCTCTT[G/T]TTTTGTTTGTTTTTT	13855
rs249235176	snp	C/T			downstream-variant-500B	Epn2	Mm_Celera	11:61516929	ACAGTGATGTGGAAG[C/T]ATAAATAAACCCTAG	13855
rs249252749	in-del	-/AAAAA			intron-variant	Epn2	GRCm38.p3	11:61564842	CCAGACTTCTGCTTT[-/AAAAA]AAAAAAAAAAAAAGC	13855
rs249259335	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61536320	CAAAAAGAAGGACAA[A/G]TTAATTTCATAGCTT	13855
rs249275001	in-del	-/TGTGTGTGTG			intron-variant	Epn2	Mm_Celera	11:61524264	GTGTGTGTGTATGTA[-/TGTGTGTGTG]TGTGTGTGTGTGTTC	13855
rs249328424	snp	A/G			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581417	TGAATGAAATCACAT[A/G]TTATGTACCTGCTTT	13855
rs249332255	snp	G/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61555738	ATGGGGAGCAACTGT[G/T]TCTTGCCCACCCATG	13855
rs249345133	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61569063	ACAGAACTGGCACCC[A/C]CAAGCCCCATCTAGA	13855
rs249597095	snp	C/G			intron-variant	Epn2	Mm_Celera	11:61524416	TGTTCTGTGCACACA[C/G]TGACAACTGTTGGGC	13855
rs249624167	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61523844	TCTCACAAGGATGGC[A/G]CAGGGTTGGTGGGAC	13855
rs249672900	in-del	-/TG			intron-variant	Epn2	GRCm38.p3	11:61559927	CTCAAGAATAATTAC[-/TG]TGGGGCTGGAGAGAT	13855
rs249697047	in-del	-/C			intron-variant	Epn2	GRCm38.p3	11:61527674	GCACAGCAGTTCCCA[-/C]CCTGCAGTAGTCCTA	13855
rs249742880	in-del	-/C			intron-variant	Epn2	GRCm38.p3	11:61548509	AGATAGGCTGAGGAG[-/C]CCTGTCTGTGCCTGA	13855
rs249749628	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61574321	CTAGTAATAAGTGTA[-/T]TTTTTTAGAAACTTG	13855
rs249796773	snp	A/G			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581669	TTTGATGAAGAATGA[A/G]CCACCATACAGAGAC	13855
rs249853835	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61566252	AGCTTTGTCTACAAA[A/G]CAGTTCCAAAATAGT	13855
rs249870720	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61560407	CCCACAGCAAATCTG[A/T]CAGCCCCAATAATGG	13855
rs249889692	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61529917	TTTTCAATAGCACCT[A/C]CACAGGACACATAGC	13855
rs249922769	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61564591	AGCCAGGTAGACCTA[A/G]CACCGCTGCATGGTA	13855
rs250058937	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61555436	TCTGATGCCCCTTTC[C/T]CGTGTGTCTAAAGAC	13855
rs250090983	snp	A/G			utr-variant-3-prime	Epn2	Mm_Celera	11:61519076	CTTGTCCACACCCTG[A/G]AGATAACTGGGGGTG	13855
rs250195616	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61532809	GGGCTAACTCCTGAA[G/T]AACTTGGAAATTGAG	13855
rs250207026	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61526676	AGGCTACTGGCTAGT[A/G]TAGTGTAGGATGGAG	13855
rs250220282	in-del	-/AA			intron-variant	Epn2	GRCm38.p3	11:61577331	TTTAACTTCTAGAAG[-/AA]AAAAAAAAAAAACAC	13855
rs250260971	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61548295	AGTGAACCTTCCTCT[C/T]CCTGGATTGCTGTGG	13855
rs250361108	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61578072	GATCTCTGTGCATTC[A/C]AGGCCAGACTGACTA	13855
rs250499251	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61574571	CAGAGTGTTGTCAGG[C/T]TTTATCTACTGAATT	13855
rs250600098	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61559261	CTGTGTAACTCTGGC[C/T]GTCCTGGAACTCTGT	13855
rs250640873	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61566278	ATAGTCAAGGCCATT[C/T]GGAGAAACCCTGTCT	13855
rs250660388	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61558152	AAATACAGTTTTGAC[C/T]TGTCATGTGGATACT	13855
rs250672803	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61537452	TACTAAAAGTAGGAT[A/C]ACCCCTACACACTGT	13855
rs250688549	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61554132	CTAACCTGCAGGCCT[C/T]ACATACTCCCTCCCC	13855
rs250942247	in-del	-/A			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61555688	AACTGCAGGCCTAGG[-/A]AAAACCCTCTTGTCT	13855
rs250991261	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61566026	CTTGACACTTAAAAT[A/G]ATTACAGAGGTCAGC	13855
rs251041348	in-del	-/GCTTCCA			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61578610	TGTCCCAGAGTTGGG[-/GCTTCCA]GCTGTGTCAAACACC	13855
rs251051721	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61564273	CTATTTCCGTGGGCC[C/T]CAGAGGGCAGAAGTC	13855
rs251258168	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61540977	CATGTCTGCTGGGCA[A/G]CCAGGTTAAAGACAG	13855
rs251275919	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61570756	AGTTAAGAACTCTTT[A/G]GTAGCCGGGCGTGGT	13855
rs251365792	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61542880	AGTGAAGAGAAAAGG[-/A]AAAAAAAAATTGGCT	13855
rs251497238	in-del	-/CACGTAT			intron-variant	Epn2	GRCm38.p3	11:61531547	GAAGTTGGCAAGCTC[-/CACGTAT]CACTGTAGCCAAAGT	13855
rs251502518	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61530243	CAAGCTCTGAGCTGG[C/T]GGGGAGAGGTGGGGA	13855
rs251541372	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61529098	CCGCCGCCCTTAGGA[A/G]AGAGAAAGGGCAATG	13855
rs251557243	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61528840	AAATGACATAGATCA[C/T]CAGGGATAAACAGTT	13855
rs251621477	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61549779	AGTAACTTCCTCCAG[A/G]ACAGGCCCTGTCTCA	13855
rs251675239	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61550909	AGGACAAAGGACTGG[A/C]GTTCAGATCCCAGCA	13855
rs251705191	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61573430	TCAGCGCGGGATTTA[A/G]AAGCATTCTCATTTC	13855
rs251712119	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61562224	ACTCAGTATTAGGCA[C/T]GCATAGTGATGCATG	13855
rs251823451	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61536426	GACTGCTTACCACAA[C/T]GCTTTCTCCAGCTCT	13855
rs251912510	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61535474	AAGATAGTACTCAGT[G/T]TTCATCTCAAACCCA	13855
rs251922182	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61551333	TTTCTAAAAGAAGCT[A/G]ACAGCCTGTGAAGTG	13855
rs251934179	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61557301	GTGAGTCTAACACCA[C/T]ATAGCAGTGAGTGTA	13855
rs251968797	snp	C/T			upstream-variant-2KB	Epn2	GRCm38.p3	11:61580763	CTGTGCCCTGCTTCC[C/T]GCCATGTTGGTAATG	13855
rs252042922	in-del	-/C			intron-variant	Epn2	GRCm38.p3	11:61541973	TGTAGCTTTGCTAGT[-/C]CCACAGTACTTGGTG	13855
rs252141676	snp	A/C			intron-variant	Epn2	Mm_Celera	11:61520638	CCAGCCACAGGGCAA[A/C]CTTTCTCTAGGGATA	13855
rs252178549	snp	A/G			utr-variant-3-prime	Epn2	Mm_Celera	11:61518504	AGTCAACTGACTGAT[A/G]ATTCATCAAAAGAGT	13855
rs252212180	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61533033	CCTGGCTAGCAGCAC[C/T]CAGTACCCAACCTAA	13855
rs252272270	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61579039	TCGCCCACCCGGACT[C/T]GCCCAACAGGGCCGC	13855
rs252322685	snp	A/G			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581604	GAAGCCTTCAGCAGT[A/G]AAGACTCAAAAGACC	13855
rs252330993	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61577597	AAGAGCACATACTTT[C/T]TAAAGAACCAGAGCT	13855
rs252583456	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61539190	CTTTCAGAGAGAACA[C/T]CAACAAAGCCCACAG	13855
rs252584368	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61524603	GCCTATTTTGCAACC[A/G]TTTTATGTTTACTTG	13855
rs252595097	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61537937	CCAGCATAGCTCCAC[A/G]TACAATGAGACACCT	13855
rs252604069	snp	C/T			synonymous-codon	Epn2	GRCm38.p3	11:61546649	GCTGGATGGGCCCCA[C/T]GGGTCATTGGAGGTG	13855
rs252641558	in-del	-/AC			intron-variant	Epn2	GRCm38.p3	11:61536798	GTACTTTAAAAATAT[-/AC]ACACACACGCGCGCG	13855
rs252688626	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61560543	AACTTCTTCTTCCTA[C/T]AACGCCACAACTGAA	13855
rs252803865	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61537152	ACTGAATGAAAATCC[A/G]GGAAGAAACGTCACA	13855
rs252837024	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61558488	CTCAAATCCCCCATA[-/T]TCAATTAGTAGTCAT	13855
rs252999982	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61571144	ACTTGGAAAGATAGC[C/T]CAATGGTTAAGGAAA	13855
rs253070322	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61570448	AATGTCTAACACCAC[G/T]TTTTACATTGTCTAT	13855
rs253192077	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61565358	CAGCTCTCCTGAAAA[A/G]AAAAAAAAGCAACAC	13855
rs253216349	snp	C/T			intron-variant, utr-variant-5-prime	Epn2	GRCm38.p3	11:61555534	AGGTCTTGAGTTCTA[C/T]TCTCAGCAACCACGA	13855
rs253328483	in-del	-/C			intron-variant	Epn2	GRCm38.p3	11:61537524	AATTCACAGCCACCA[-/C]CCACACAATCAGCTG	13855
rs253391153	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61568558	GCACTGAGATACTGA[C/T]CACAGACTTGTGTAA	13855
rs253507052	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61540899	CCCCCCTCACTCCCG[A/C]TGTGGAGAAAACCCA	13855
rs253534433	in-del	-/TA			intron-variant	Epn2	GRCm38.p3	11:61559086	TCTATGTTGTATGGC[-/TA]TGTTTTCTCCTTCTG	13855
rs253559987	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61539611	TAAAAATTCCTGGGC[C/T]GGGGCTCAATATGGC	13855
rs253560000	snp	G/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61556453	GAGGTACCCCAGGTT[G/T]TTTATCTACTGTTCA	13855
rs253571602	in-del	-/TTGTTT			intron-variant	Epn2	GRCm38.p3	11:61530821	AATGTGTGGGGTTTA[-/TTGTTT]TTGTTTTGTTTTGTT	13855
rs253572743	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61546013	GACCAAAAGCCCCTT[A/T]GTAAGTAACTCAATC	13855
rs253625081	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61528592	ATAGATAAAGTTTCT[C/G]AGGCAGAATAAGACA	13855
rs253637090	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61560137	AAATCTTTTTTTAAA[A/G]GGGGGGGGGGATGGA	13855
rs253658451	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61531367	TGGGTGGTTGTGAGC[C/T]ACCATGTGGTTGCTG	13855
rs253734090	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61558825	CATATAGCTGGGCAT[A/G]GTGGTACACACCTGT	13855
rs253758364	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61541763	GGTGGGCTGTGCACC[A/G]TAGCAGGCAGGACAA	13855
rs253810609	in-del	-/G			intron-variant	Epn2	GRCm38.p3	11:61567926	GGAGTAACCTAGATT[-/G]TAAAATGTTGAAGCT	13855
rs253919690	snp	C/T			utr-variant-3-prime	Epn2	Mm_Celera	11:61517780	GCATGTAGACTCAGA[C/T]CCAGGAGGGGCTTAA	13855
rs254077826	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61562118	TGAAAGACCCATACA[C/T]AGCCACACAGAACTT	13855
rs254138727	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61576185	GAAGAGCAGTCAGTG[C/T]TCTTAACTGCTGAGC	13855
rs254203157	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61522315	ACACAAACATGCATG[C/T]ACACACACAAAGTTG	13855
rs254297768	in-del	-/GGGAGTTCTCTTT			intron-variant	Epn2	GRCm38.p3	11:61551844	GGGGACAAGTGAAAA[-/GGGAGTTCTCTTT]CCTCTTACAACATAA	13855
rs254442689	in-del	-/GTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGT			intron-variant	Epn2	GRCm38.p3	11:61533393	AGTGTCTTCCTCCTG[lengthTooLong]GTGTGTGTGTGTGTG	13855
rs254459445	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61531688	ACCTGCTGCCCATGT[A/C]ACAATGCATGGGTCT	13855
rs254589418	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61547322	GCCGGGATTAAAGGC[G/T]TGCACCACCACACCC	13855
rs254654056	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61544920	AAATTACGATAGCCA[A/G]AAATACAAGAAAATG	13855
rs254660150	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61531674	CCCCTCACCCTTCTA[C/G]CTGCTGCCCATGTCA	13855
rs254679554	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61547080	CTAAACAATAAACTC[A/G]TTTAAACCTTAAGCA	13855
rs254684084	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61525657	TCAAAGGTATGCACC[A/G]CCCTCCCAGCTGTAA	13855
rs255015561	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61554364	CAATATGGCCCCTCT[A/G]AACTGCTGCACTACC	13855
rs255050098	snp	A/C			intron-variant	Epn2	Mm_Celera	11:61521637	ATAGCACAGCAACTG[A/C]TAAAACGAAGCACAT	13855
rs255060635	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61572132	ACAAAAATCAAAATC[A/T]CAGTTTAACACACCG	13855
rs255081130	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61553110	TAGGGGCAGGCTGTA[A/G]ATGACAGTCCCAGAA	13855
rs255132710	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61538826	CGACCAGACTGGCCT[C/G]GAACTCAGAAATCCG	13855
rs255196898	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61575442	TCTTGCAGCTTAACC[C/T]AGCAAATCTAAGAGT	13855
rs255234151	snp	A/G			utr-variant-5-prime, upstream-variant-2KB	Epn2	GRCm38.p3	11:61579619	GCCGGCGACGCGGGA[A/G]AAGCGGGAGCGACCC	13855
rs255382446	snp	A/C			utr-variant-5-prime, upstream-variant-2KB	Epn2	GRCm38.p3	11:61579634	GAAGCGGGAGCGACC[A/C]GAGCCTGTGCAGCGT	13855
rs255395482	in-del	-/G			intron-variant	Epn2	GRCm38.p3	11:61542186	CAACAGAGAGACACA[-/G]GGGCCCAGTCTTTCT	13855
rs255405524	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61522833	TCAGTCTGCCACCCA[A/G]AAAGGAGACCAGAAC	13855
rs255495421	in-del	-/AGA			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581824	TACAGGCTAACTTAC[-/AGA]AGAACTTCTCCATGG	13855
rs255631245	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61565127	AGAGCACGCAGCAAT[G/T]CCAAAAGTTTGGTTC	13855
rs255635805	snp	C/T			upstream-variant-2KB	Epn2	GRCm38.p3	11:61580975	TGGTGTGTCTGAAGA[C/T]AACTACAGTATACTT	13855
rs255702051	snp	A/C			intron-variant	Epn2	Mm_Celera	11:61521201	GAGTAGAAATGAGGT[A/C]AGAGATCAGAGGTCA	13855
rs255801212	in-del	-/G			intron-variant	Epn2	GRCm38.p3	11:61538305	GTGGGGACAGCAGCA[-/G]GGGGGGAAGTTAAGG	13855
rs255970157	snp	A/C			utr-variant-3-prime	Epn2	Mm_Celera	11:61517700	CCCAAACCTTTCCCT[A/C]GGCCTCTGGTCCTGG	13855
rs256042531	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61527501	ACTGCCCTGACAACC[A/G]GGGAGAATCCTTGTG	13855
rs256056926	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61540840	TCACCTGCTTTCACG[A/C]ATGCACACACACGTG	13855
rs256070468	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61570814	GGAGGCAGAGGCAGG[C/T]GGATTTCTGAGTTCG	13855
rs256093294	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61562187	GACTCCACAGACACA[C/T]ATATACATACACAAT	13855
rs256114019	in-del	-/AAG			intron-variant	Epn2	GRCm38.p3	11:61575810	GAGACCCTGCTTCAA[-/AAG]AAGAAAAGAAGAAAG	13855
rs256244791	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61552262	CTGCAACAAGCTCAG[A/G]TGAGCTGACAGGTGC	13855
rs256305980	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61550360	TACTCCACAGCAAGT[C/T]ATGTTGTTATAGGCA	13855
rs256322074	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61544613	TGTAAGAAGGGTCTG[A/G]TGAAACAACCAGGCT	13855
rs256410038	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61563121	AGAGGGTAAGAGCTG[A/G]GCTTAGAGGCATATA	13855
rs256464982	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61568365	GTAAGCAGATGGGCC[C/T]GCCAGCCTGGGAACT	13855
rs256500328	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61577733	CCCAGACACACACAC[-/T]TTTTTTTTTTTAAAG	13855
rs256617669	snp	G/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61557040	TAAAGGAGGATGGGG[G/T]TTGGGAGGGGCTGCA	13855
rs256630495	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61577980	CTAGGAAAACCAAAC[-/T]TTTAAAGTCACAAAA	13855
rs256676427	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61530589	CTTCTGGCCAGGAAA[A/G]GACTAAACACCTACT	13855
rs256682007	snp	C/G			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61555858	ATCAGGTCTGAGTAT[C/G]AAACAGTGTGGTCTC	13855
rs256734136	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61535698	AAGAGTTCCTGAAGA[A/G]CCTTCAGCCACGTGA	13855
rs256738830	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61536200	TTTAGCCTCCTGCAC[C/T]GGGACCCACAGAGTA	13855
rs256781985	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61558605	ATAGCCCTTTTTTTT[G/T]TTTTGTTTTGTTTTG	13855
rs256783887	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61569391	AACAGAAACACAAGG[A/T]TTCTTTAGAGATGGG	13855
rs256949136	in-del	-/C			intron-variant	Epn2	GRCm38.p3	11:61545181	GCACCCTGAAGGTTG[-/C]ATTAGGAAGATAGCA	13855
rs256962382	snp	A/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61556029	TATTTGTTTTCCTAA[A/T]CTTATATTCTTAGGA	13855
rs256978711	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61569845	AGAAAACACACTGCT[C/T]TAAGTGTGGGCATTC	13855
rs257047159	in-del	-/TGTGTGTGTGTG			intron-variant	Epn2	Mm_Celera	11:61524263	GTGTGTGTGTATGTA[-/TGTGTGTGTGTG]TGTGTGTGTGTGTGT	13855
rs257080190	in-del	-/TT			utr-variant-3-prime	Epn2	Mm_Celera	11:61518619	TGTAATCAAATTCCG[-/TT]TTTTTTTTTCCTATA	13855
rs257276400	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61526960	TCCAGATCCTCTCCT[A/T]TGTGTGGGATGCTTT	13855
rs257400628	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61525049	CTGTAAACCAGGCTG[A/G]CCTTGAACTCACAGA	13855
rs257400692	snp	A/C			intron-variant	Epn2	GRCm38.p3	11:61539750	AGAATCAGAAGTTCA[A/C]GGTCATCCTTGGCTA	13855
rs257470975	snp	A/C/T			intron-variant	Epn2	GRCm38.p3	11:61538634	CAAATCCCCTCAGGG[A/C/T]CCAAACTGGGACCTA	13855
rs257491294	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61554642	GCAGCTGCAGCTGAA[C/T]GGAACTGGTAAATGA	13855
rs257496370	in-del	-/A			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61555614	AATCTCTAAAAAAGG[-/A]AAAAAAGATAAATCC	13855
rs257533254	in-del	-/AAA			intron-variant	Epn2	GRCm38.p3	11:61577330	TTTAACTTCTAGAAG[-/AAA]AAAAAAAAAAAAAAC	13855
rs257534507	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61568258	GTAAAGAAGCCTGTT[-/A]AAAATTCCAGCTATC	13855
rs257649643	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61527767	CAGGTGGGGCTGGAG[C/T]GCCTTCCTACTCTCT	13855
rs257671491	in-del	-/AGACAGAC			intron-variant	Epn2	GRCm38.p3	11:61575853	GAAGGAAGGAAGGAA[-/AGACAGAC]AGACAGACAGACAGA	13855
rs257709607	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61547457	GGGTACTGAACTCTG[A/G]GCCACATGCATATCA	13855
rs257711307	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61532102	AGCAATTAAGAAATT[C/T]CATGTGCCAGGAAAA	13855
rs257733576	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61559055	CTCTGCTTTATGAAT[A/G]ATGATGTTAGGAACA	13855
rs257779678	snp	A/G			intron-variant	Epn2	Mm_Celera	11:61524857	ATCTTCACACATACT[A/G]TGATAATGATCCTTT	13855
rs257820472	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61560956	AAGACTACTGTCTAC[C/T]TACCCCTAGCCACCA	13855
rs257830932	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61531428	GTCAGTGCTCTTAGC[C/T]GCTGAGCCATCTCGC	13855
rs257885529	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61524123	TGTTTAAACACTGCT[C/T]CATTTCCAGATCCAC	13855
rs257936192	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61578853	GGGAGCTCAGACAAT[C/T]TGCTCCCCCTGCAAA	13855
rs258005677	in-del	-/TTA			intron-variant	Epn2	GRCm38.p3	11:61576452	AAATCTTTTTTTTTT[-/TTA]AATTAAGAAAGCTAG	13855
rs258056746	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61553988	AGATAATTCAAGACA[G/T]GGTTTTTCTGTGTAG	13855
rs258089497	in-del	-/G			intron-variant	Epn2	GRCm38.p3	11:61526190	GGCCAGACTCCCTAT[-/G]CTCCTTGGACACACC	13855
rs258196741	snp	C/T			intron-variant, upstream-variant-2KB	Epn2	GRCm38.p3	11:61579295	AAACTGAAGGCTCTG[C/T]CGCTGAGGTGTGAGG	13855
rs258323021	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61578098	GACTACCCAGTGAGA[G/T]CCTGTCACAAACATA	13855
rs258364526	in-del	-/GTGTGTGTGTATGTATGTGTGTGT			intron-variant	Epn2	Mm_Celera	11:61524249	AAATCAGGTAAAGGG[-/GTGTGTGTGTATGTATGTGTGTGT]GTGTGTGTGTGTGTT	13855
rs258375014	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61545184	ACCCTGAAGGTTGAT[A/T]AGGAAGATAGCAAGT	13855
rs258401618	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61573858	ACCCATCTCTGGGTG[C/T]TCACAACCACCTTTA	13855
rs258429114	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61555224	CTGTAGAGCAGACTA[A/G]CCTCCAACTCAGAGA	13855
rs258482646	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61569064	CAGAACTGGCACCCA[C/T]AAGCCCCATCTAGAA	13855
rs258553413	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61562980	CTTGATTCTATTCCA[C/T]TTCTGTGAGTTCCAG	13855
rs258617601	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61561568	CCTGAAGCATCTTAA[C/T]ATGTCTCCCAAGAGA	13855
rs258636100	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61575242	CTCAAAGAGGCATGC[-/T]TTTTTCCCCCCCTTT	13855
rs258681850	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61558068	TAAAAGAGTTTGCCT[A/G]CATGTACACACATGT	13855
rs258725731	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61575956	ATTCCCAGCAACCAC[A/G]GGGGCTCACAACCAT	13855
rs258775619	snp	A/G			upstream-variant-2KB	Epn2	GRCm38.p3	11:61581235	ACCTGGGTCTCAAAA[A/G]CAGGGAATTTAGAGT	13855
rs258924157	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61524039	TTTAAATGTTAACCC[C/T]GTGTGTAGATTTTTC	13855
rs258952037	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61530070	ATGTGTGTCTGAGCG[C/T]AACAATACACAATGT	13855
rs259010717	snp	C/G			intron-variant	Epn2	GRCm38.p3	11:61542507	CAGTAAGGCCTCCTA[C/G]TCCAGCTCTGCCAAC	13855
rs259162176	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61525846	CCACCTGGTGCTTCC[-/A]AAATTTCAAACATGT	13855
rs259170069	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61562702	ACAGAAGTAACTCCC[A/G]AGTTGTCTTTCTGAC	13855
rs259205443	in-del	-/AAAAAA			intron-variant	Epn2	GRCm38.p3	11:61565353	ACACCAGCTCTCCTG[-/AAAAAA]AAAAAAAAAAAAAGC	13855
rs259229649	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61563317	AGCAGGCAGAATTCG[A/G]GTGATCAGGAGTGAC	13855
rs259255864	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61577142	GTTACACAGTGAGAC[C/T]CTTTGGGGAATAAAT	13855
rs259387313	in-del	-/TCT			intron-variant	Epn2	GRCm38.p3	11:61575992	TGGGACCTGATGCCC[-/TCT]TCTTCTTCTTCCTCC	13855
rs259431200	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61560892	AACAAAACACTACCA[A/T]GGCATATGGATATTG	13855
rs259572450	snp	C/T			intron-variant	Epn2	Mm_Celera	11:61520343	CTATAATACTCTGAC[C/T]CACTCTAGGGGTTAT	13855
rs259746975	in-del	-/A			intron-variant	Epn2	GRCm38.p3	11:61555234	ACTAGCCTCCAACTC[-/A]AGAGATCCACCTTCC	13855
rs259876275	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61568403	GCAGACCCCACCCCA[C/T]ATGCAATAGCATCCT	13855
rs259906464	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61538218	GCTACCAGAAGACCT[A/G]TCTCAGTAAGACAAA	13855
rs259952235	in-del	-/AAA			intron-variant	Epn2	GRCm38.p3	11:61532494	ACAGGCAAGCCCAGG[-/AAA]AAAAAAAAAAGCAAT	13855
rs259970340	snp	A/T			intron-variant	Epn2	GRCm38.p3	11:61537174	AACGTCACACTGGCA[A/T]GGAGTGTTCACTCAG	13855
rs260066847	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61527229	CACAAAAGAAACACC[C/T]CACTGCAAGGTCAAC	13855
rs260085732	snp	C/T			intron-variant	Epn2	GRCm38.p3	11:61553803	GGCTCTTGCCTAGAG[C/T]CATTCCCACAACTGC	13855
rs260099652	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61559331	CTGAGATTTAAGGAG[G/T]GAGTATGGCACTACC	13855
rs260158818	snp	G/T			intron-variant	Epn2	GRCm38.p3	11:61536864	TACCTACCTACCTTT[G/T]GGTTGATTTTATTCC	13855
rs260163076	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61572636	TCTCCAGACCCACAC[A/G]AAAAGCTCAGCACAG	13855
rs260180156	snp	A/G			intron-variant	Epn2	GRCm38.p3	11:61523230	TTCAGAACAGGGGCT[A/G]GAGAGTATTAAAGAG	13855
rs260213679	in-del	-/T			intron-variant	Epn2	GRCm38.p3	11:61558773	CAGCAATATATAGCC[-/T]TTTTATGTCTGGATT	13855

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