esv3887805

Organism: Homo sapiens

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

Variant Calls:54
Validation:Not tested
Clinical Assertions: No
Region Size:4,407

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: 367 SVs from 47 studies. See in: genome view

Remapped(Score: Perfect):48,476,331-48,480,991

Variant Region Placement Information

Variant Region ID	Placement Type	Score	Assembly	Assembly Unit	Reciprocity	Sequence ID	Chr	Start	Stop
esv3887805	Remapped	Perfect	GRCh38.p12	Primary Assembly	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
esv3887805	Submitted genomic		GRCh37 (hg19)	Primary Assembly		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)

Variant Call Information

Variant Call ID	Type	Sample ID	Method	Analysis	Zygosity	Other Calls in this Sample and Study
essv25112104	inversion	HG01885	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,196
essv25112105	inversion	HG01889	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,246
essv25112106	inversion	HG01890	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,271
essv25112107	inversion	HG02315	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,782
essv25112108	inversion	HG02337	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,844
essv25112109	inversion	HG02420	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,119
essv25112110	inversion	HG02461	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,157
essv25112111	inversion	HG02573	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,151
essv25112112	inversion	HG02613	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,053
essv25112113	inversion	HG02623	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,072
essv25112114	inversion	HG02772	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,888
essv25112115	inversion	HG02943	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,009
essv25112116	inversion	HG02974	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,976
essv25112117	inversion	HG02977	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,090
essv25112118	inversion	HG03073	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,051
essv25112119	inversion	HG03103	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,180
essv25112120	inversion	HG03105	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,062
essv25112121	inversion	HG03129	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,795
essv25112122	inversion	HG03160	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,844
essv25112123	inversion	HG03259	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,727
essv25112124	inversion	HG03268	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,896
essv25112125	inversion	HG03294	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,594
essv25112126	inversion	HG03311	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,520
essv25112127	inversion	HG03343	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,816
essv25112128	inversion	HG03370	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,015
essv25112129	inversion	HG03517	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,434
essv25112130	inversion	HG03518	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,618
essv25112131	inversion	HG03571	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,951
essv25112132	inversion	HG03583	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,621
essv25112133	inversion	NA18498	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,953
essv25112134	inversion	NA18499	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,783
essv25112135	inversion	NA18510	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,007
essv25112136	inversion	NA18520	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,716
essv25112137	inversion	NA18861	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,974
essv25112138	inversion	NA18877	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,288
essv25112139	inversion	NA18934	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,483
essv25112140	inversion	NA19204	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,129
essv25112141	inversion	NA19213	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,956
essv25112142	inversion	NA19225	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,045
essv25112143	inversion	NA19238	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,190
essv25112144	inversion	NA19248	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,978
essv25112145	inversion	NA19256	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,295
essv25112146	inversion	NA19307	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,884
essv25112147	inversion	NA19312	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,772
essv25112148	inversion	NA19378	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,801
essv25112149	inversion	NA19383	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,071
essv25112150	inversion	NA19435	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,455
essv25112151	inversion	NA19463	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,890
essv25112152	inversion	NA19904	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,010
essv25112153	inversion	NA19913	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,809
essv25112154	inversion	NA19916	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,009
essv25112155	inversion	NA19920	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,416
essv25112156	inversion	NA20321	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	3,840
essv25112157	inversion	NA20362	Sequencing	Paired-end mapping, Read depth, Read depth and paired-end mapping, Split read mapping	Heterozygous	4,175

Variant Call Placement Information

Variant Call ID	Placement Type	Score	HGVS	Assembly	Reciprocity	Sequence ID	Chr	Start	Stop
essv25112104	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112105	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112106	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112107	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112108	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112109	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112110	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112111	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112112	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112113	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112114	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112115	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112116	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112117	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112118	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112119	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112120	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112121	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112122	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112123	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112124	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112125	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112126	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112127	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112128	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112129	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112130	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112131	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112132	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112133	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112134	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112135	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112136	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112137	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112138	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112139	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112140	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112141	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112142	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112143	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112144	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112145	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112146	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112147	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112148	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112149	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112150	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112151	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112152	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112153	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112154	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112155	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112156	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112157	Remapped	Perfect	NC_000022.11:g.(48 476331_48476585)_( 48480737_48480991) inv	GRCh38.p12	First Pass	NC_000022.11	Chr22	48,476,458 (-127, +127)	48,480,864 (-127, +127)
essv25112104	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112105	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112106	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112107	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112108	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112109	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112110	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112111	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112112	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112113	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112114	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112115	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112116	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112117	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112118	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112119	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112120	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112121	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112122	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112123	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112124	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112125	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112126	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112127	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112128	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112129	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112130	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112131	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112132	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112133	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112134	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112135	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112136	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112137	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112138	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112139	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112140	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112141	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112142	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112143	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112144	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112145	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112146	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112147	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112148	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)
essv25112149	Submitted genomic		NC_000022.10:g.(48 872143_48872397)_( 48876549_48876803) inv	GRCh37 (hg19)		NC_000022.10	Chr22	48,872,270 (-127, +127)	48,876,676 (-127, +127)

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dbVar

Database of genomic structural variation

esv3887805

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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.