esv3623327

Organism: Homo sapiens

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

Variant Calls:543
Validation:Not tested
Clinical Assertions: No
Region Size:6,005

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: 182 SVs from 49 studies. See in: genome view

Remapped(Score: Perfect):55,007,262-55,013,606

Variant Region Placement Information

Variant Region ID	Placement Type	Score	Assembly	Assembly Unit	Reciprocity	Sequence ID	Chr	Start	Stop
esv3623327	Remapped	Perfect	GRCh38.p12	Primary Assembly	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
esv3623327	Submitted genomic		GRCh37 (hg19)	Primary Assembly		NC_000010.10	Chr10	56,767,192 (-170, +170)	56,773,196 (-170, +170)

Variant Call Information

Variant Call ID	Type	Sample ID	Method	Analysis	Zygosity	Other Calls in this Sample and Study
essv13819134	inversion	SAMN00004647	Sequencing	Read depth and paired-end mapping	Heterozygous	2,660
essv13819135	inversion	SAMN00004658	Sequencing	Read depth and paired-end mapping	Heterozygous	2,650
essv13819136	inversion	SAMN00004661	Sequencing	Read depth and paired-end mapping	Heterozygous	2,731
essv13819137	inversion	SAMN00004675	Sequencing	Read depth and paired-end mapping	Heterozygous	2,600
essv13819138	inversion	SAMN00016971	Sequencing	Read depth and paired-end mapping	Heterozygous	2,465
essv13819139	inversion	SAMN00006349	Sequencing	Read depth and paired-end mapping	Heterozygous	2,741
essv13819140	inversion	SAMN00009092	Sequencing	Read depth and paired-end mapping	Heterozygous	2,808
essv13819141	inversion	SAMN00006359	Sequencing	Read depth and paired-end mapping	Heterozygous	2,753
essv13819142	inversion	SAMN00004682	Sequencing	Read depth and paired-end mapping	Heterozygous	2,758
essv13819143	inversion	SAMN00006361	Sequencing	Read depth and paired-end mapping	Heterozygous	2,773
essv13819144	inversion	SAMN00006363	Sequencing	Read depth and paired-end mapping	Heterozygous	2,862
essv13819145	inversion	SAMN00006368	Sequencing	Read depth and paired-end mapping	Heterozygous	2,552
essv13819146	inversion	SAMN00006404	Sequencing	Read depth and paired-end mapping	Heterozygous	2,621
essv13819147	inversion	SAMN00006411	Sequencing	Read depth and paired-end mapping	Heterozygous	2,770
essv13819148	inversion	SAMN00006421	Sequencing	Read depth and paired-end mapping	Heterozygous	2,532
essv13819149	inversion	SAMN00006428	Sequencing	Read depth and paired-end mapping	Heterozygous	2,754
essv13819150	inversion	SAMN00006432	Sequencing	Read depth and paired-end mapping	Heterozygous	2,258
essv13819151	inversion	SAMN00006436	Sequencing	Read depth and paired-end mapping	Homozygous	2,677
essv13819152	inversion	SAMN00006439	Sequencing	Read depth and paired-end mapping	Heterozygous	2,803
essv13819153	inversion	SAMN00006447	Sequencing	Read depth and paired-end mapping	Heterozygous	2,620
essv13819154	inversion	SAMN00006448	Sequencing	Read depth and paired-end mapping	Heterozygous	2,923
essv13819155	inversion	SAMN00004683	Sequencing	Read depth and paired-end mapping	Heterozygous	2,887
essv13819156	inversion	SAMN00004687	Sequencing	Read depth and paired-end mapping	Heterozygous	2,776
essv13819157	inversion	SAMN00004690	Sequencing	Read depth and paired-end mapping	Heterozygous	2,558
essv13819158	inversion	SAMN00004692	Sequencing	Read depth and paired-end mapping	Heterozygous	2,722
essv13819159	inversion	SAMN00004693	Sequencing	Read depth and paired-end mapping	Heterozygous	2,749
essv13819160	inversion	SAMN00006451	Sequencing	Read depth and paired-end mapping	Heterozygous	2,848
essv13819161	inversion	SAMN00004695	Sequencing	Read depth and paired-end mapping	Heterozygous	2,697
essv13819162	inversion	SAMN00006454	Sequencing	Read depth and paired-end mapping	Heterozygous	2,876
essv13819163	inversion	SAMN00006456	Sequencing	Read depth and paired-end mapping	Homozygous	2,826
essv13819164	inversion	SAMN00006466	Sequencing	Read depth and paired-end mapping	Heterozygous	2,575
essv13819165	inversion	SAMN00006468	Sequencing	Read depth and paired-end mapping	Heterozygous	2,578
essv13819166	inversion	SAMN00006474	Sequencing	Read depth and paired-end mapping	Heterozygous	2,735
essv13819167	inversion	SAMN00006475	Sequencing	Read depth and paired-end mapping	Heterozygous	2,614
essv13819168	inversion	SAMN00006478	Sequencing	Read depth and paired-end mapping	Heterozygous	2,526
essv13819169	inversion	SAMN00006480	Sequencing	Read depth and paired-end mapping	Heterozygous	2,619
essv13819170	inversion	SAMN00006492	Sequencing	Read depth and paired-end mapping	Heterozygous	2,646
essv13819171	inversion	SAMN00006502	Sequencing	Read depth and paired-end mapping	Homozygous	2,643
essv13819172	inversion	SAMN00006504	Sequencing	Read depth and paired-end mapping	Heterozygous	2,702
essv13819173	inversion	SAMN00006510	Sequencing	Read depth and paired-end mapping	Homozygous	2,790
essv13819174	inversion	SAMN00006511	Sequencing	Read depth and paired-end mapping	Heterozygous	2,127
essv13819175	inversion	SAMN01036843	Sequencing	Read depth and paired-end mapping	Heterozygous	2,809
essv13819176	inversion	SAMN00006520	Sequencing	Read depth and paired-end mapping	Heterozygous	2,560
essv13819177	inversion	SAMN01036849	Sequencing	Read depth and paired-end mapping	Heterozygous	2,759
essv13819178	inversion	SAMN00006525	Sequencing	Read depth and paired-end mapping	Heterozygous	2,393
essv13819179	inversion	SAMN00006526	Sequencing	Read depth and paired-end mapping	Heterozygous	2,229
essv13819180	inversion	SAMN00006528	Sequencing	Read depth and paired-end mapping	Heterozygous	2,458
essv13819181	inversion	SAMN01036851	Sequencing	Read depth and paired-end mapping	Heterozygous	2,756
essv13819182	inversion	SAMN00006549	Sequencing	Read depth and paired-end mapping	Heterozygous	2,738
essv13819183	inversion	SAMN00006550	Sequencing	Read depth and paired-end mapping	Heterozygous	2,675
essv13819184	inversion	SAMN00006553	Sequencing	Read depth and paired-end mapping	Heterozygous	2,674
essv13819185	inversion	SAMN00006556	Sequencing	Read depth and paired-end mapping	Heterozygous	2,702
essv13819186	inversion	SAMN00006559	Sequencing	Read depth and paired-end mapping	Homozygous	2,649
essv13819187	inversion	SAMN00006562	Sequencing	Read depth and paired-end mapping	Heterozygous	2,650
essv13819188	inversion	SAMN00006564	Sequencing	Read depth and paired-end mapping	Heterozygous	2,673
essv13819189	inversion	SAMN00006570	Sequencing	Read depth and paired-end mapping	Heterozygous	2,717
essv13819190	inversion	SAMN00006571	Sequencing	Read depth and paired-end mapping	Heterozygous	2,607
essv13819191	inversion	SAMN01036846	Sequencing	Read depth and paired-end mapping	Heterozygous	2,787
essv13819192	inversion	SAMN00006583	Sequencing	Read depth and paired-end mapping	Heterozygous	2,480
essv13819193	inversion	SAMN00249886	Sequencing	Read depth and paired-end mapping	Heterozygous	2,898
essv13819194	inversion	SAMN00249892	Sequencing	Read depth and paired-end mapping	Homozygous	2,799
essv13819195	inversion	SAMN00249895	Sequencing	Read depth and paired-end mapping	Homozygous	2,763
essv13819196	inversion	SAMN00249896	Sequencing	Read depth and paired-end mapping	Heterozygous	2,742
essv13819197	inversion	SAMN00249901	Sequencing	Read depth and paired-end mapping	Heterozygous	2,694
essv13819198	inversion	SAMN01091083	Sequencing	Read depth and paired-end mapping	Heterozygous	2,265
essv13819199	inversion	SAMN01091061	Sequencing	Read depth and paired-end mapping	Heterozygous	2,698
essv13819200	inversion	SAMN00009140	Sequencing	Read depth and paired-end mapping	Homozygous	2,481
essv13819201	inversion	SAMN00009145	Sequencing	Read depth and paired-end mapping	Heterozygous	2,935
essv13819202	inversion	SAMN00009154	Sequencing	Read depth and paired-end mapping	Heterozygous	2,953
essv13819203	inversion	SAMN00009157	Sequencing	Read depth and paired-end mapping	Homozygous	2,894
essv13819204	inversion	SAMN00009168	Sequencing	Read depth and paired-end mapping	Heterozygous	2,745
essv13819205	inversion	SAMN00009192	Sequencing	Read depth and paired-end mapping	Heterozygous	2,676
essv13819206	inversion	SAMN00009196	Sequencing	Read depth and paired-end mapping	Heterozygous	2,739
essv13819207	inversion	SAMN00009204	Sequencing	Read depth and paired-end mapping	Heterozygous	2,232
essv13819208	inversion	SAMN00009210	Sequencing	Read depth and paired-end mapping	Heterozygous	2,753
essv13819209	inversion	SAMN00009214	Sequencing	Read depth and paired-end mapping	Heterozygous	2,816
essv13819210	inversion	SAMN01091105	Sequencing	Read depth and paired-end mapping	Heterozygous	2,753
essv13819211	inversion	SAMN01091064	Sequencing	Read depth and paired-end mapping	Heterozygous	2,826
essv13819212	inversion	SAMN00009240	Sequencing	Read depth and paired-end mapping	Homozygous	2,695
essv13819213	inversion	SAMN00009241	Sequencing	Read depth and paired-end mapping	Heterozygous	2,521
essv13819214	inversion	SAMN00009245	Sequencing	Read depth and paired-end mapping	Heterozygous	2,611
essv13819215	inversion	SAMN00014321	Sequencing	Read depth and paired-end mapping	Heterozygous	2,208
essv13819216	inversion	SAMN01091112	Sequencing	Read depth and paired-end mapping	Heterozygous	2,761
essv13819217	inversion	SAMN01091074	Sequencing	Read depth and paired-end mapping	Heterozygous	2,905
essv13819218	inversion	SAMN01091131	Sequencing	Read depth and paired-end mapping	Heterozygous	3,172
essv13819219	inversion	SAMN00014350	Sequencing	Read depth and paired-end mapping	Heterozygous	2,736
essv13819220	inversion	SAMN00014360	Sequencing	Read depth and paired-end mapping	Heterozygous	2,640
essv13819221	inversion	SAMN00014368	Sequencing	Read depth and paired-end mapping	Heterozygous	2,937
essv13819222	inversion	SAMN00014369	Sequencing	Read depth and paired-end mapping	Heterozygous	2,908
essv13819223	inversion	SAMN00014384	Sequencing	Read depth and paired-end mapping	Heterozygous	2,781
essv13819224	inversion	SAMN00014390	Sequencing	Read depth and paired-end mapping	Heterozygous	2,690
essv13819225	inversion	SAMN00249676	Sequencing	Read depth and paired-end mapping	Heterozygous	2,663
essv13819226	inversion	SAMN01761423	Sequencing	Read depth and paired-end mapping	Heterozygous	2,163
essv13819227	inversion	SAMN01761406	Sequencing	Read depth and paired-end mapping	Heterozygous	2,107
essv13819228	inversion	SAMN00249811	Sequencing	Read depth and paired-end mapping	Heterozygous	2,802
essv13819229	inversion	SAMN00249812	Sequencing	Read depth and paired-end mapping	Homozygous	2,868
essv13819230	inversion	SAMN00249814	Sequencing	Read depth and paired-end mapping	Heterozygous	2,794
essv13819231	inversion	SAMN00249815	Sequencing	Read depth and paired-end mapping	Heterozygous	2,729
essv13819232	inversion	SAMN00014415	Sequencing	Read depth and paired-end mapping	Heterozygous	2,601
essv13819233	inversion	SAMN00014420	Sequencing	Read depth and paired-end mapping	Heterozygous	2,506

Showing 100 of 543

Variant Call Placement Information

Variant Call ID	Placement Type	Score	HGVS	Assembly	Reciprocity	Sequence ID	Chr	Start	Stop
essv13819134	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819135	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819136	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819137	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819138	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819139	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819140	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819141	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819142	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819143	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819144	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819145	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819146	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819147	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819148	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819149	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819150	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819151	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819152	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819153	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819154	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819155	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819156	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819157	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819158	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819159	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819160	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819161	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819162	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819163	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819164	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819165	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819166	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819167	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819168	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819169	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819170	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819171	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819172	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819173	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819174	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819175	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819176	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819177	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819178	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819179	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819180	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819181	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819182	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819183	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819184	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819185	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819186	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819187	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819188	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819189	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819190	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819191	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819192	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819193	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819194	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819195	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819196	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819197	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819198	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819199	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819200	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819201	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819202	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819203	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819204	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819205	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819206	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819207	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819208	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819209	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819210	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819211	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819212	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819213	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819214	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819215	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819216	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819217	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819218	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819219	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819220	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819221	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819222	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819223	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819224	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819225	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819226	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819227	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819228	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819229	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819230	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819231	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819232	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)
essv13819233	Remapped	Perfect	NC_000010.11:g.(55 007262_55007602)_( 55013266_55013606) inv	GRCh38.p12	First Pass	NC_000010.11	Chr10	55,007,432 (-170, +170)	55,013,436 (-170, +170)

Showing 100 of 1086

dbVar

Database of genomic structural variation

esv3623327

Links to Other Resources

Genome View

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.