esv3631178

Organism: Homo sapiens

Study:estd214 (1000 Genomes Consortium Phase 3)
Variant Type:copy number variation
Method Type:Sequencing
Submitted on:GRCh37

Variant Calls:336
Validation:Not tested
Clinical Assertions: No
Region Size:248,749

Publication(s):1000 Genomes Project Consortium et al. 2015

Links to Other Resources

Overlapping Genes

Source: NCBI

Genome View
Variant Region Details and Evidence
Validation Information
Clinical Assertions
Genotype Information

Genome View

Select assembly:

Overlapping variant regions from other studies: 896 SVs from 83 studies. See in: genome view

Remapped(Score: Perfect):129,523,693-129,772,441

Variant Region Placement Information

Variant Region ID	Placement Type	Score	Assembly	Assembly Unit	Reciprocity	Sequence ID	Chr	Start	Stop
esv3631178	Remapped	Perfect	GRCh38.p12	Primary Assembly	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
esv3631178	Submitted genomic		GRCh37 (hg19)	Primary Assembly		NC_000012.11	Chr12	130,008,238	130,256,986

Variant Call Information

Variant Call ID	Type	Sample ID	Method	Analysis	Zygosity	Other Calls in this Sample and Study
essv14630269	duplication	SAMN00016975	Sequencing	Read depth and paired-end mapping	Heterozygous	2,531
essv14630270	duplication	SAMN00006424	Sequencing	Read depth and paired-end mapping	Heterozygous	2,745
essv14630271	duplication	SAMN00006477	Sequencing	Read depth and paired-end mapping	Heterozygous	2,841
essv14630272	duplication	SAMN00006478	Sequencing	Read depth and paired-end mapping	Heterozygous	2,526
essv14630273	duplication	SAMN01091079	Sequencing	Read depth and paired-end mapping	Heterozygous	2,318
essv14630274	duplication	SAMN00249888	Sequencing	Read depth and paired-end mapping	Heterozygous	2,817
essv14630275	duplication	SAMN00009119	Sequencing	Read depth and paired-end mapping	Heterozygous	2,822
essv14630276	duplication	SAMN00009120	Sequencing	Read depth and paired-end mapping	Heterozygous	2,688
essv14630277	duplication	SAMN01091082	Sequencing	Read depth and paired-end mapping	Heterozygous	2,251
essv14630278	duplication	SAMN00009125	Sequencing	Read depth and paired-end mapping	Heterozygous	2,786
essv14630279	duplication	SAMN00009128	Sequencing	Read depth and paired-end mapping	Heterozygous	2,953
essv14630280	duplication	SAMN01091084	Sequencing	Read depth and paired-end mapping	Heterozygous	2,194
essv14630281	duplication	SAMN01091061	Sequencing	Read depth and paired-end mapping	Heterozygous	2,698
essv14630282	duplication	SAMN01091085	Sequencing	Read depth and paired-end mapping	Heterozygous	2,184
essv14630283	duplication	SAMN01091103	Sequencing	Read depth and paired-end mapping	Heterozygous	2,937
essv14630284	duplication	SAMN01091087	Sequencing	Read depth and paired-end mapping	Heterozygous	2,185
essv14630285	duplication	SAMN00009171	Sequencing	Read depth and paired-end mapping	Heterozygous	2,755
essv14630286	duplication	SAMN00009174	Sequencing	Read depth and paired-end mapping	Heterozygous	2,758
essv14630287	duplication	SAMN00009177	Sequencing	Read depth and paired-end mapping	Heterozygous	2,763
essv14630288	duplication	SAMN00009186	Sequencing	Read depth and paired-end mapping	Heterozygous	2,841
essv14630289	duplication	SAMN00009192	Sequencing	Read depth and paired-end mapping	Heterozygous	2,676
essv14630290	duplication	SAMN00009195	Sequencing	Read depth and paired-end mapping	Heterozygous	2,789
essv14630291	duplication	SAMN00009198	Sequencing	Read depth and paired-end mapping	Heterozygous	3,279
essv14630292	duplication	SAMN00009199	Sequencing	Read depth and paired-end mapping	Heterozygous	2,710
essv14630293	duplication	SAMN01091063	Sequencing	Read depth and paired-end mapping	Heterozygous	2,691
essv14630294	duplication	SAMN01091092	Sequencing	Read depth and paired-end mapping	Heterozygous	2,293
essv14630295	duplication	SAMN01091065	Sequencing	Read depth and paired-end mapping	Heterozygous	2,636
essv14630296	duplication	SAMN01091066	Sequencing	Read depth and paired-end mapping	Heterozygous	2,498
essv14630297	duplication	SAMN01091068	Sequencing	Read depth and paired-end mapping	Heterozygous	2,646
essv14630298	duplication	SAMN01091069	Sequencing	Read depth and paired-end mapping	Heterozygous	2,643
essv14630299	duplication	SAMN01091070	Sequencing	Read depth and paired-end mapping	Heterozygous	2,665
essv14630300	duplication	SAMN01091071	Sequencing	Read depth and paired-end mapping	Heterozygous	2,990
essv14630301	duplication	SAMN01091073	Sequencing	Read depth and paired-end mapping	Heterozygous	2,804
essv14630302	duplication	SAMN01091074	Sequencing	Read depth and paired-end mapping	Heterozygous	2,905
essv14630303	duplication	SAMN01091075	Sequencing	Read depth and paired-end mapping	Heterozygous	2,952
essv14630304	duplication	SAMN01091096	Sequencing	Read depth and paired-end mapping	Heterozygous	2,997
essv14630305	duplication	SAMN01091077	Sequencing	Read depth and paired-end mapping	Heterozygous	2,959
essv14630306	duplication	SAMN01091078	Sequencing	Read depth and paired-end mapping	Heterozygous	2,951
essv14630307	duplication	SAMN00249815	Sequencing	Read depth and paired-end mapping	Heterozygous	2,729
essv14630308	duplication	SAMN00249816	Sequencing	Read depth and paired-end mapping	Heterozygous	2,782
essv14630309	duplication	SAMN00014418	Sequencing	Read depth and paired-end mapping	Heterozygous	2,699
essv14630310	duplication	SAMN00016848	Sequencing	Read depth and paired-end mapping	Heterozygous	2,625
essv14630311	duplication	SAMN00249860	Sequencing	Read depth and paired-end mapping	Heterozygous	2,613
essv14630312	duplication	SAMN00249880	Sequencing	Read depth and paired-end mapping	Heterozygous	2,835
essv14630313	duplication	SAMN00249810	Sequencing	Read depth and paired-end mapping	Heterozygous	2,613
essv14630314	duplication	SAMN00249819	Sequencing	Read depth and paired-end mapping	Heterozygous	2,600
essv14630315	duplication	SAMN00249820	Sequencing	Read depth and paired-end mapping	Heterozygous	2,679
essv14630316	duplication	SAMN00249822	Sequencing	Read depth and paired-end mapping	Heterozygous	2,755
essv14630317	duplication	SAMN00249823	Sequencing	Read depth and paired-end mapping	Heterozygous	2,671
essv14630318	duplication	SAMN00249824	Sequencing	Read depth and paired-end mapping	Heterozygous	2,701
essv14630319	duplication	SAMN00249825	Sequencing	Read depth and paired-end mapping	Heterozygous	2,747
essv14630320	duplication	SAMN00249826	Sequencing	Read depth and paired-end mapping	Heterozygous	2,733
essv14630321	duplication	SAMN00249827	Sequencing	Read depth and paired-end mapping	Heterozygous	2,740
essv14630322	duplication	SAMN00249828	Sequencing	Read depth and paired-end mapping	Heterozygous	2,762
essv14630323	duplication	SAMN00249829	Sequencing	Read depth and paired-end mapping	Heterozygous	2,687
essv14630324	duplication	SAMN00249830	Sequencing	Read depth and paired-end mapping	Heterozygous	2,668
essv14630325	duplication	SAMN00249831	Sequencing	Read depth and paired-end mapping	Heterozygous	2,680
essv14630326	duplication	SAMN00249832	Sequencing	Read depth and paired-end mapping	Heterozygous	2,718
essv14630327	duplication	SAMN00249833	Sequencing	Read depth and paired-end mapping	Heterozygous	2,728
essv14630328	duplication	SAMN00249845	Sequencing	Read depth and paired-end mapping	Heterozygous	2,593
essv14630329	duplication	SAMN00249846	Sequencing	Read depth and paired-end mapping	Heterozygous	2,613
essv14630330	duplication	SAMN00249848	Sequencing	Read depth and paired-end mapping	Heterozygous	2,567
essv14630331	duplication	SAMN00249849	Sequencing	Read depth and paired-end mapping	Heterozygous	2,504
essv14630332	duplication	SAMN00249685	Sequencing	Read depth and paired-end mapping	Heterozygous	2,730
essv14630333	duplication	SAMN00249681	Sequencing	Read depth and paired-end mapping	Heterozygous	2,621
essv14630334	duplication	SAMN00249682	Sequencing	Read depth and paired-end mapping	Heterozygous	2,617
essv14630335	duplication	SAMN00249687	Sequencing	Read depth and paired-end mapping	Heterozygous	2,706
essv14630336	duplication	SAMN00249688	Sequencing	Read depth and paired-end mapping	Heterozygous	2,623
essv14630337	duplication	SAMN00249717	Sequencing	Read depth and paired-end mapping	Heterozygous	2,342
essv14630338	duplication	SAMN00249718	Sequencing	Read depth and paired-end mapping	Heterozygous	2,400
essv14630339	duplication	SAMN01091134	Sequencing	Read depth and paired-end mapping	Heterozygous	2,498
essv14630340	duplication	SAMN00249720	Sequencing	Read depth and paired-end mapping	Heterozygous	2,466
essv14630341	duplication	SAMN00249721	Sequencing	Read depth and paired-end mapping	Heterozygous	2,381
essv14630342	duplication	SAMN00249724	Sequencing	Read depth and paired-end mapping	Heterozygous	2,551
essv14630343	duplication	SAMN00249730	Sequencing	Read depth and paired-end mapping	Heterozygous	2,420
essv14630344	duplication	SAMN00249729	Sequencing	Read depth and paired-end mapping	Heterozygous	2,417
essv14630345	duplication	SAMN00262995	Sequencing	Read depth and paired-end mapping	Heterozygous	2,617
essv14630346	duplication	SAMN00249736	Sequencing	Read depth and paired-end mapping	Heterozygous	2,761
essv14630347	duplication	SAMN00255127	Sequencing	Read depth and paired-end mapping	Heterozygous	3,380
essv14630348	duplication	SAMN00255128	Sequencing	Read depth and paired-end mapping	Heterozygous	3,348
essv14630349	duplication	SAMN00249790	Sequencing	Read depth and paired-end mapping	Heterozygous	2,538
essv14630350	duplication	SAMN00249798	Sequencing	Read depth and paired-end mapping	Heterozygous	2,911
essv14630351	duplication	SAMN00249802	Sequencing	Read depth and paired-end mapping	Heterozygous	2,556
essv14630352	duplication	SAMN01091138	Sequencing	Read depth and paired-end mapping	Heterozygous	2,801
essv14630353	duplication	SAMN00255148	Sequencing	Read depth and paired-end mapping	Heterozygous	2,709
essv14630354	duplication	SAMN00255147	Sequencing	Read depth and paired-end mapping	Heterozygous	2,786
essv14630355	duplication	SAMN00255151	Sequencing	Read depth and paired-end mapping	Heterozygous	2,737
essv14630356	duplication	SAMN01091139	Sequencing	Read depth and paired-end mapping	Heterozygous	2,712
essv14630357	duplication	SAMN00249932	Sequencing	Read depth and paired-end mapping	Heterozygous	2,720
essv14630358	duplication	SAMN01091142	Sequencing	Read depth and paired-end mapping	Heterozygous	2,751
essv14630359	duplication	SAMN01091146	Sequencing	Read depth and paired-end mapping	Heterozygous	2,468
essv14630360	duplication	SAMN01091148	Sequencing	Read depth and paired-end mapping	Heterozygous	2,816
essv14630361	duplication	SAMN01091151	Sequencing	Read depth and paired-end mapping	Heterozygous	2,146
essv14630362	duplication	SAMN01091042	Sequencing	Read depth and paired-end mapping	Heterozygous	2,882
essv14630363	duplication	SAMN01091043	Sequencing	Read depth and paired-end mapping	Heterozygous	2,937
essv14630364	duplication	SAMN01091044	Sequencing	Read depth and paired-end mapping	Heterozygous	2,852
essv14630365	duplication	SAMN01091045	Sequencing	Read depth and paired-end mapping	Heterozygous	3,089
essv14630366	duplication	SAMN00779991	Sequencing	Read depth and paired-end mapping	Heterozygous	2,739
essv14630367	duplication	SAMN01761359	Sequencing	Read depth and paired-end mapping	Heterozygous	2,830
essv14630368	duplication	SAMN01091050	Sequencing	Read depth and paired-end mapping	Heterozygous	2,539

Showing 100 of 336

Variant Call Placement Information

Variant Call ID	Placement Type	Score	HGVS	Assembly	Reciprocity	Sequence ID	Chr	Start	Stop
essv14630269	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630270	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630271	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630272	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630273	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630274	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630275	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630276	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630277	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630278	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630279	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630280	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630281	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630282	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630283	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630284	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630285	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630286	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630287	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630288	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630289	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630290	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630291	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630292	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630293	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630294	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630295	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630296	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630297	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630298	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630299	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630300	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630301	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630302	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630303	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630304	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630305	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630306	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630307	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630308	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630309	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630310	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630311	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630312	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630313	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630314	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630315	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630316	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630317	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630318	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630319	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630320	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630321	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630322	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630323	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630324	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630325	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630326	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630327	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630328	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630329	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630330	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630331	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630332	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630333	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630334	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630335	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630336	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630337	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630338	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630339	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630340	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630341	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630342	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630343	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630344	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630345	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630346	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630347	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630348	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630349	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630350	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630351	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630352	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630353	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630354	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630355	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630356	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630357	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630358	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630359	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630360	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630361	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630362	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630363	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630364	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630365	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630366	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630367	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441
essv14630368	Remapped	Perfect	NC_000012.12:g.129 523693_129772441du p	GRCh38.p12	First Pass	NC_000012.12	Chr12	129,523,693	129,772,441

Showing 100 of 672

dbVar

Database of genomic structural variation

esv3631178

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Variant Region Placement Information

Variant Call Information

Variant Call Placement Information

No validation data were submitted for this variant

No clinical assertion data were submitted for this variant

Genotype and/or allele frequency data can be found on dbVar's FTP site.