esv3847026

Organism: Homo sapiens

Study:estd219 (1000 Genomes Consortium Phase 3 Integrated SV)
Variant Type:inversion
Method Type:Sequencing
Submitted on:GRCh37

Variant Calls:149
Validation:Not tested
Clinical Assertions: No
Region Size:32,383

Publication(s):1000 Genomes Consortium Phase 3 Integrated SV

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: 234 SVs from 42 studies. See in: genome view

Remapped(Score: Perfect):141,866,211-141,898,825

Variant Region Placement Information

Variant Region ID	Placement Type	Score	Assembly	Assembly Unit	Reciprocity	Sequence ID	Chr	Start	Stop
esv3847026	Remapped	Perfect	GRCh38.p12	Primary Assembly	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
esv3847026	Submitted genomic		GRCh37 (hg19)	Primary Assembly		NC_000006.11	Chr6	142,187,464 (-116, +116)	142,219,846 (-116, +116)

Variant Call Information

Variant Call ID	Type	Sample ID	Method	Analysis	Zygosity	Other Calls in this Sample and Study
essv20416098	inversion	HG00637	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,674
essv20416099	inversion	HG01092	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	2,824
essv20416100	inversion	HG01139	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,894
essv20416101	inversion	HG01894	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,983
essv20416102	inversion	HG01956	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,958
essv20416103	inversion	HG02014	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,762
essv20416104	inversion	HG02051	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,099
essv20416105	inversion	HG02054	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,702
essv20416106	inversion	HG02108	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,742
essv20416107	inversion	HG02143	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,045
essv20416108	inversion	HG02282	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,052
essv20416109	inversion	HG02308	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,862
essv20416110	inversion	HG02325	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,782
essv20416111	inversion	HG02419	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,001
essv20416112	inversion	HG02429	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,174
essv20416113	inversion	HG02450	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,332
essv20416114	inversion	HG02461	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,157
essv20416115	inversion	HG02462	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,865
essv20416116	inversion	HG02484	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,869
essv20416117	inversion	HG02489	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,310
essv20416118	inversion	HG02501	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,451
essv20416119	inversion	HG02508	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,622
essv20416120	inversion	HG02541	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,206
essv20416121	inversion	HG02577	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,617
essv20416122	inversion	HG02594	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,073
essv20416123	inversion	HG02628	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,138
essv20416124	inversion	HG02634	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,188
essv20416125	inversion	HG02642	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,234
essv20416126	inversion	HG02675	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,193
essv20416127	inversion	HG02676	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,958
essv20416128	inversion	HG02702	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,121
essv20416129	inversion	HG02721	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,188
essv20416130	inversion	HG02722	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,008
essv20416131	inversion	HG02756	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,082
essv20416132	inversion	HG02772	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,888
essv20416133	inversion	HG02799	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,947
essv20416134	inversion	HG02805	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,840
essv20416135	inversion	HG02808	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,842
essv20416136	inversion	HG02817	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,626
essv20416137	inversion	HG02837	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,642
essv20416138	inversion	HG02852	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,709
essv20416139	inversion	HG02855	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,655
essv20416140	inversion	HG02860	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,740
essv20416141	inversion	HG02881	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,261
essv20416142	inversion	HG02884	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,913
essv20416143	inversion	HG02888	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,709
essv20416144	inversion	HG02890	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,920
essv20416145	inversion	HG02923	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,132
essv20416146	inversion	HG02941	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,309
essv20416147	inversion	HG02952	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,836
essv20416148	inversion	HG02971	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Homozygous	3,790
essv20416149	inversion	HG02973	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,061
essv20416150	inversion	HG02977	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,090
essv20416151	inversion	HG03027	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,932
essv20416152	inversion	HG03045	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,132
essv20416153	inversion	HG03048	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,155
essv20416154	inversion	HG03052	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,010
essv20416155	inversion	HG03057	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,087
essv20416156	inversion	HG03073	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,051
essv20416157	inversion	HG03074	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,174
essv20416158	inversion	HG03081	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,058
essv20416159	inversion	HG03082	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,942
essv20416160	inversion	HG03084	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,128
essv20416161	inversion	HG03086	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Homozygous	3,989
essv20416162	inversion	HG03111	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,980
essv20416163	inversion	HG03135	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,987
essv20416164	inversion	HG03139	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,152
essv20416165	inversion	HG03157	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,109
essv20416166	inversion	HG03160	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,844
essv20416167	inversion	HG03163	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,980
essv20416168	inversion	HG03168	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,002
essv20416169	inversion	HG03169	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,796
essv20416170	inversion	HG03175	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,240
essv20416171	inversion	HG03196	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,938
essv20416172	inversion	HG03198	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,788
essv20416173	inversion	HG03212	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,788
essv20416174	inversion	HG03280	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,000
essv20416175	inversion	HG03294	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,594
essv20416176	inversion	HG03301	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,858
essv20416177	inversion	HG03342	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,787
essv20416178	inversion	HG03366	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,505
essv20416179	inversion	HG03370	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Homozygous	4,015
essv20416180	inversion	HG03378	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Homozygous	3,840
essv20416181	inversion	HG03385	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,886
essv20416182	inversion	HG03388	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,983
essv20416183	inversion	HG03401	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,792
essv20416184	inversion	HG03433	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,053
essv20416185	inversion	HG03436	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,813
essv20416186	inversion	HG03446	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,817
essv20416187	inversion	HG03451	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,085
essv20416188	inversion	HG03464	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,957
essv20416189	inversion	HG03470	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,775
essv20416190	inversion	HG03484	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,960
essv20416191	inversion	HG03514	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,779
essv20416192	inversion	HG03515	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,017
essv20416193	inversion	HG03538	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,894
essv20416194	inversion	HG03539	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,716
essv20416195	inversion	HG03571	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,951
essv20416196	inversion	HG03575	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,453
essv20416197	inversion	HG03577	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,990

Showing 100 of 149

Variant Call Placement Information

Variant Call ID	Placement Type	Score	HGVS	Assembly	Reciprocity	Sequence ID	Chr	Start	Stop
essv20416098	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416099	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416100	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416101	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416102	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416103	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416104	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416105	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416106	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416107	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416108	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416109	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416110	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416111	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416112	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416113	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416114	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416115	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416116	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416117	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416118	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416119	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416120	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416121	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416122	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416123	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416124	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416125	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416126	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416127	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416128	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416129	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416130	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416131	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416132	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416133	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416134	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416135	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416136	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416137	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416138	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416139	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416140	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416141	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416142	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416143	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416144	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416145	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416146	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416147	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416148	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416149	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416150	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416151	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416152	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416153	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416154	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416155	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416156	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416157	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416158	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416159	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416160	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416161	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416162	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416163	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416164	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416165	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416166	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416167	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416168	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416169	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416170	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416171	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416172	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416173	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416174	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416175	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416176	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416177	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416178	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416179	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416180	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416181	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416182	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416183	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416184	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416185	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416186	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416187	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416188	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416189	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416190	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416191	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416192	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416193	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416194	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416195	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416196	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)
essv20416197	Remapped	Perfect	NC_000006.12:g.(14 1866211_141866443) _(141898593_141898 825)inv	GRCh38.p12	First Pass	NC_000006.12	Chr6	141,866,327 (-116, +116)	141,898,709 (-116, +116)

Showing 100 of 298

dbVar

Database of genomic structural variation

esv3847026

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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.