nsv594312

Organism: Homo sapiens

Study:nstd54 (Cooper et al. 2011)
Variant Type:copy number variation
Method Type:SNP array
Submitted on:NCBI36 (hg18)

Variant Calls:721
Validation:Not tested
Clinical Assertions: No
Region Size:1,748

Publication(s):Cooper et al. 2011

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: 245 SVs from 56 studies. See in: genome view

Remapped(Score: Perfect):61,074,735-61,076,482

Variant Region Placement Information

Variant Region ID	Placement Type	Score	Assembly	Assembly Unit	Reciprocity	Sequence ID	Chr	Inner Start	Inner Stop
nsv594312	Remapped	Perfect	GRCh38.p12	Primary Assembly	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nsv594312	Remapped	Perfect	GRCh37.p13	Primary Assembly	First Pass	NC_000004.11	Chr4	61,940,453	61,942,200
nsv594312	Submitted genomic		NCBI36 (hg18)	Primary Assembly		NC_000004.10	Chr4	61,623,048	61,624,795

Variant Call Information

Variant Call ID	Type	Method	Analysis
nssv1000000	copy number loss	SNP array	SNP genotyping analysis
nssv1000001	copy number loss	SNP array	SNP genotyping analysis
nssv1000002	copy number loss	SNP array	SNP genotyping analysis
nssv1000003	copy number loss	SNP array	SNP genotyping analysis
nssv1000004	copy number loss	SNP array	SNP genotyping analysis
nssv1000005	copy number loss	SNP array	SNP genotyping analysis
nssv1000006	copy number loss	SNP array	SNP genotyping analysis
nssv1000007	copy number loss	SNP array	SNP genotyping analysis
nssv1000008	copy number loss	SNP array	SNP genotyping analysis
nssv1000009	copy number loss	SNP array	SNP genotyping analysis
nssv1000010	copy number loss	SNP array	SNP genotyping analysis
nssv1000011	copy number loss	SNP array	SNP genotyping analysis
nssv1000012	copy number loss	SNP array	SNP genotyping analysis
nssv1000013	copy number loss	SNP array	SNP genotyping analysis
nssv1000014	copy number loss	SNP array	SNP genotyping analysis
nssv1000015	copy number loss	SNP array	SNP genotyping analysis
nssv1000016	copy number loss	SNP array	SNP genotyping analysis
nssv1000017	copy number loss	SNP array	SNP genotyping analysis
nssv1000018	copy number loss	SNP array	SNP genotyping analysis
nssv1000019	copy number loss	SNP array	SNP genotyping analysis
nssv1000020	copy number loss	SNP array	SNP genotyping analysis
nssv1000021	copy number loss	SNP array	SNP genotyping analysis
nssv1000022	copy number loss	SNP array	SNP genotyping analysis
nssv1000023	copy number loss	SNP array	SNP genotyping analysis
nssv1000024	copy number loss	SNP array	SNP genotyping analysis
nssv1000025	copy number loss	SNP array	SNP genotyping analysis
nssv1000026	copy number loss	SNP array	SNP genotyping analysis
nssv1000027	copy number loss	SNP array	SNP genotyping analysis
nssv1000028	copy number loss	SNP array	SNP genotyping analysis
nssv1000029	copy number loss	SNP array	SNP genotyping analysis
nssv1000030	copy number loss	SNP array	SNP genotyping analysis
nssv1000031	copy number loss	SNP array	SNP genotyping analysis
nssv1000032	copy number loss	SNP array	SNP genotyping analysis
nssv1000033	copy number loss	SNP array	SNP genotyping analysis
nssv1000034	copy number loss	SNP array	SNP genotyping analysis
nssv1000035	copy number loss	SNP array	SNP genotyping analysis
nssv1000036	copy number loss	SNP array	SNP genotyping analysis
nssv1000037	copy number loss	SNP array	SNP genotyping analysis
nssv1000038	copy number loss	SNP array	SNP genotyping analysis
nssv1000039	copy number loss	SNP array	SNP genotyping analysis
nssv1000040	copy number loss	SNP array	SNP genotyping analysis
nssv1000041	copy number loss	SNP array	SNP genotyping analysis
nssv1000042	copy number loss	SNP array	SNP genotyping analysis
nssv1000043	copy number loss	SNP array	SNP genotyping analysis
nssv1000044	copy number loss	SNP array	SNP genotyping analysis
nssv1000045	copy number loss	SNP array	SNP genotyping analysis
nssv1000046	copy number loss	SNP array	SNP genotyping analysis
nssv1000047	copy number loss	SNP array	SNP genotyping analysis
nssv1000048	copy number loss	SNP array	SNP genotyping analysis
nssv1000049	copy number loss	SNP array	SNP genotyping analysis
nssv1000050	copy number loss	SNP array	SNP genotyping analysis
nssv1000051	copy number loss	SNP array	SNP genotyping analysis
nssv1000052	copy number loss	SNP array	SNP genotyping analysis
nssv1000053	copy number loss	SNP array	SNP genotyping analysis
nssv1000054	copy number loss	SNP array	SNP genotyping analysis
nssv1000055	copy number loss	SNP array	SNP genotyping analysis
nssv1000056	copy number loss	SNP array	SNP genotyping analysis
nssv1000057	copy number loss	SNP array	SNP genotyping analysis
nssv1000058	copy number loss	SNP array	SNP genotyping analysis
nssv1000059	copy number loss	SNP array	SNP genotyping analysis
nssv1000060	copy number loss	SNP array	SNP genotyping analysis
nssv1000061	copy number loss	SNP array	SNP genotyping analysis
nssv1000062	copy number loss	SNP array	SNP genotyping analysis
nssv1000063	copy number loss	SNP array	SNP genotyping analysis
nssv1000064	copy number loss	SNP array	SNP genotyping analysis
nssv1000065	copy number loss	SNP array	SNP genotyping analysis
nssv1000066	copy number loss	SNP array	SNP genotyping analysis
nssv1000067	copy number loss	SNP array	SNP genotyping analysis
nssv1000068	copy number loss	SNP array	SNP genotyping analysis
nssv1000069	copy number loss	SNP array	SNP genotyping analysis
nssv1000070	copy number loss	SNP array	SNP genotyping analysis
nssv1000071	copy number loss	SNP array	SNP genotyping analysis
nssv1000072	copy number loss	SNP array	SNP genotyping analysis
nssv1000073	copy number loss	SNP array	SNP genotyping analysis
nssv1000074	copy number loss	SNP array	SNP genotyping analysis
nssv1000075	copy number loss	SNP array	SNP genotyping analysis
nssv1000076	copy number loss	SNP array	SNP genotyping analysis
nssv1000077	copy number loss	SNP array	SNP genotyping analysis
nssv1000078	copy number loss	SNP array	SNP genotyping analysis
nssv1000079	copy number loss	SNP array	SNP genotyping analysis
nssv1000080	copy number loss	SNP array	SNP genotyping analysis
nssv1000081	copy number loss	SNP array	SNP genotyping analysis
nssv1000082	copy number loss	SNP array	SNP genotyping analysis
nssv1000083	copy number loss	SNP array	SNP genotyping analysis
nssv1000084	copy number loss	SNP array	SNP genotyping analysis
nssv1000085	copy number loss	SNP array	SNP genotyping analysis
nssv1000086	copy number loss	SNP array	SNP genotyping analysis
nssv1000087	copy number loss	SNP array	SNP genotyping analysis
nssv1000088	copy number loss	SNP array	SNP genotyping analysis
nssv1000089	copy number loss	SNP array	SNP genotyping analysis
nssv1000090	copy number loss	SNP array	SNP genotyping analysis
nssv1000091	copy number loss	SNP array	SNP genotyping analysis
nssv1000092	copy number loss	SNP array	SNP genotyping analysis
nssv1000093	copy number loss	SNP array	SNP genotyping analysis
nssv1000094	copy number loss	SNP array	SNP genotyping analysis
nssv1000095	copy number loss	SNP array	SNP genotyping analysis
nssv1000096	copy number loss	SNP array	SNP genotyping analysis
nssv1000097	copy number loss	SNP array	SNP genotyping analysis
nssv1000098	copy number loss	SNP array	SNP genotyping analysis
nssv1000099	copy number loss	SNP array	SNP genotyping analysis

Showing 100 of 721

Variant Call Placement Information

Variant Call ID	Placement Type	Score	HGVS	Assembly	Reciprocity	Sequence ID	Chr	Inner Start	Inner Stop
nssv1000000	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000001	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000002	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000003	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000004	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000005	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000006	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000007	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000008	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000009	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000010	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000011	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000012	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000013	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000014	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000015	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000016	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000017	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000018	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000019	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000020	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000021	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000022	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000023	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000024	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000025	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000026	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000027	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000028	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000029	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000030	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000031	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000032	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000033	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000034	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000035	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000036	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000037	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000038	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000039	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000040	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000041	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000042	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000043	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000044	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000045	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000046	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000047	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000048	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000049	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000050	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000051	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000052	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000053	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000054	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000055	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000056	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000057	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000058	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000059	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000060	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000061	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000062	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000063	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000064	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000065	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000066	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000067	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000068	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000069	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000070	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000071	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000072	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000073	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000074	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000075	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000076	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000077	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000078	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000079	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000080	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000081	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000082	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000083	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000084	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000085	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000086	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000087	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000088	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000089	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000090	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000091	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000092	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000093	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000094	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000095	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000096	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000097	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000098	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482
nssv1000099	Remapped	Perfect	NC_000004.12:g.(?_ 61074735)_(6107648 2_?)del	GRCh38.p12	First Pass	NC_000004.12	Chr4	61,074,735	61,076,482

Showing 100 of 2163

dbVar

Database of genomic structural variation

nsv594312

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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

No genotype data were submitted for this variant