esv2763776

Organism: Homo sapiens

Study:estd203 (Vogler et al. 2010)
Variant Type:copy number variation
Method Type:SNP array
Submitted on:NCBI36 (hg18)

Variant Calls:148
Validation:Not tested
Clinical Assertions: No
Region Size:261,221

Publication(s):Vogler et al. 2010

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: 2715 SVs from 109 studies. See in: genome view

Remapped(Score: Good):195,514,028-195,775,248

Variant Region Placement Information

Variant Region ID	Placement Type	Score	Assembly	Assembly Unit	Reciprocity	Sequence ID	Chr	Inner Start	Outer Stop
esv2763776	Remapped	Good	GRCh38.p12	Primary Assembly	First Pass	NC_000003.12	Chr3	195,514,028	195,775,248
esv2763776	Remapped	Good	GRCh37.p13	Primary Assembly	First Pass	NC_000003.11	Chr3	195,240,824	195,502,119
esv2763776	Submitted genomic		NCBI36 (hg18)	Primary Assembly		NC_000003.10	Chr3	196,722,113	196,987,753

Variant Call Information

Variant Call ID	Type	Sample ID	Method	Analysis	Other Calls in this Sample and Study
essv7028450	copy number gain	SW_1066	SNP array	SNP genotyping analysis	22
essv7028345	copy number loss	SW_1020	SNP array	SNP genotyping analysis	32
essv7028347	copy number loss	SW_0085	SNP array	SNP genotyping analysis	42
essv7028348	copy number loss	SW_0100	SNP array	SNP genotyping analysis	38
essv7028349	copy number loss	SW_0142	SNP array	SNP genotyping analysis	27
essv7028350	copy number loss	SW_0185	SNP array	SNP genotyping analysis	43
essv7028351	copy number gain	SW_0214	SNP array	SNP genotyping analysis	25
essv7028352	copy number gain	SW_0354	SNP array	SNP genotyping analysis	16
essv7028353	copy number loss	SW_0605	SNP array	SNP genotyping analysis	40
essv7028354	copy number loss	SW_0625	SNP array	SNP genotyping analysis	41
essv7028355	copy number loss	SW_0640	SNP array	SNP genotyping analysis	30
essv7028356	copy number loss	SW_0653	SNP array	SNP genotyping analysis	37
essv7028358	copy number loss	SW_0703	SNP array	SNP genotyping analysis	42
essv7028359	copy number loss	SW_0843	SNP array	SNP genotyping analysis	39
essv7028360	copy number gain	SW_0844	SNP array	SNP genotyping analysis	31
essv7028361	copy number loss	SW_1017	SNP array	SNP genotyping analysis	33
essv7028362	copy number loss	SW_1034	SNP array	SNP genotyping analysis	28
essv7028363	copy number gain	SW_1089	SNP array	SNP genotyping analysis	45
essv7028364	copy number loss	SW_1098	SNP array	SNP genotyping analysis	20
essv7028365	copy number loss	SW_1109	SNP array	SNP genotyping analysis	31
essv7028366	copy number loss	SW_1167	SNP array	SNP genotyping analysis	31
essv7028367	copy number loss	SW_1170	SNP array	SNP genotyping analysis	42
essv7028369	copy number loss	SW_1189	SNP array	SNP genotyping analysis	35
essv7028370	copy number loss	SW_1195	SNP array	SNP genotyping analysis	22
essv7028371	copy number loss	SW_1205	SNP array	SNP genotyping analysis	15
essv7028372	copy number loss	SW_1208	SNP array	SNP genotyping analysis	38
essv7028373	copy number loss	SW_1217	SNP array	SNP genotyping analysis	22
essv7028374	copy number loss	SW_1222	SNP array	SNP genotyping analysis	29
essv7028375	copy number loss	SW_1225	SNP array	SNP genotyping analysis	30
essv7028376	copy number loss	SW_1272	SNP array	SNP genotyping analysis	24
essv7028377	copy number gain	SW_1302	SNP array	SNP genotyping analysis	36
essv7028378	copy number gain	SW_1318	SNP array	SNP genotyping analysis	38
essv7028380	copy number gain	SW_1349	SNP array	SNP genotyping analysis	28
essv7028381	copy number loss	SW_1371	SNP array	SNP genotyping analysis	39
essv7028382	copy number loss	SW_1381	SNP array	SNP genotyping analysis	32
essv7028383	copy number loss	SW_1393	SNP array	SNP genotyping analysis	31
essv7028384	copy number loss	SW_1441	SNP array	SNP genotyping analysis	29
essv7028385	copy number loss	SW_1501	SNP array	SNP genotyping analysis	29
essv7028386	copy number loss	SW_1510	SNP array	SNP genotyping analysis	42
essv7028387	copy number loss	SW_1539	SNP array	SNP genotyping analysis	34
essv7028388	copy number gain	SW_0045	SNP array	SNP genotyping analysis	39
essv7028389	copy number loss	SW_0828	SNP array	SNP genotyping analysis	33
essv7028391	copy number loss	SW_0677	SNP array	SNP genotyping analysis	32
essv7028392	copy number loss	SW_0837	SNP array	SNP genotyping analysis	23
essv7028393	copy number loss	SW_0253	SNP array	SNP genotyping analysis	28
essv7028394	copy number loss	SW_0815	SNP array	SNP genotyping analysis	46
essv7028395	copy number loss	SW_0835	SNP array	SNP genotyping analysis	53
essv7028396	copy number loss	SW_0846	SNP array	SNP genotyping analysis	27
essv7028397	copy number loss	SW_1279	SNP array	SNP genotyping analysis	35
essv7028398	copy number gain	SW_1317	SNP array	SNP genotyping analysis	24
essv7028399	copy number gain	SW_1340	SNP array	SNP genotyping analysis	41
essv7028400	copy number gain	SW_1428	SNP array	SNP genotyping analysis	37
essv7028402	copy number gain	SW_1373	SNP array	SNP genotyping analysis	28
essv7028403	copy number gain	SW_0170	SNP array	SNP genotyping analysis	59
essv7028404	copy number loss	SW_0239	SNP array	SNP genotyping analysis	23
essv7028405	copy number loss	SW_0379	SNP array	SNP genotyping analysis	43
essv7028406	copy number gain	SW_0635	SNP array	SNP genotyping analysis	30
essv7028407	copy number gain	SW_0716	SNP array	SNP genotyping analysis	37
essv7028408	copy number gain	SW_1000	SNP array	SNP genotyping analysis	42
essv7028409	copy number gain	SW_1085	SNP array	SNP genotyping analysis	37
essv7028410	copy number loss	SW_1179	SNP array	SNP genotyping analysis	26
essv7028411	copy number loss	SW_1353	SNP array	SNP genotyping analysis	15
essv7028414	copy number gain	SW_0044	SNP array	SNP genotyping analysis	38
essv7028415	copy number gain	SW_0147	SNP array	SNP genotyping analysis	33
essv7028416	copy number gain	SW_0159	SNP array	SNP genotyping analysis	52
essv7028417	copy number gain	SW_0173	SNP array	SNP genotyping analysis	53
essv7028418	copy number gain	SW_0198	SNP array	SNP genotyping analysis	45
essv7028419	copy number gain	SW_0507	SNP array	SNP genotyping analysis	34
essv7028420	copy number gain	SW_0621	SNP array	SNP genotyping analysis	43
essv7028421	copy number gain	SW_0701	SNP array	SNP genotyping analysis	38
essv7028422	copy number gain	SW_1097	SNP array	SNP genotyping analysis	47
essv7028423	copy number gain	SW_1284	SNP array	SNP genotyping analysis	31
essv7028425	copy number gain	SW_1309	SNP array	SNP genotyping analysis	40
essv7028426	copy number gain	SW_1417	SNP array	SNP genotyping analysis	24
essv7028427	copy number gain	SW_1446	SNP array	SNP genotyping analysis	32
essv7028428	copy number gain	SW_1469	SNP array	SNP genotyping analysis	43
essv7028429	copy number loss	SW_1511	SNP array	SNP genotyping analysis	31
essv7028430	copy number loss	SW_0047	SNP array	SNP genotyping analysis	42
essv7028431	copy number gain	SW_0187	SNP array	SNP genotyping analysis	30
essv7028432	copy number gain	SW_0203	SNP array	SNP genotyping analysis	49
essv7028433	copy number gain	SW_0580	SNP array	SNP genotyping analysis	26
essv7028434	copy number gain	SW_0584	SNP array	SNP genotyping analysis	35
essv7028436	copy number loss	SW_0773	SNP array	SNP genotyping analysis	37
essv7028437	copy number gain	SW_0789	SNP array	SNP genotyping analysis	42
essv7028438	copy number gain	SW_0802	SNP array	SNP genotyping analysis	26
essv7028439	copy number gain	SW_0872	SNP array	SNP genotyping analysis	44
essv7028440	copy number loss	SW_0875	SNP array	SNP genotyping analysis	30
essv7028441	copy number gain	SW_1194	SNP array	SNP genotyping analysis	34
essv7028442	copy number gain	SW_1216	SNP array	SNP genotyping analysis	24
essv7028443	copy number gain	SW_1397	SNP array	SNP genotyping analysis	35
essv7028444	copy number gain	SW_1414	SNP array	SNP genotyping analysis	36
essv7028445	copy number gain	SW_1436	SNP array	SNP genotyping analysis	64
essv7028447	copy number gain	SW_1452	SNP array	SNP genotyping analysis	40
essv7028448	copy number gain	SW_1465	SNP array	SNP genotyping analysis	27
essv7028449	copy number gain	SW_1512	SNP array	SNP genotyping analysis	36
essv7028476	copy number gain	SW_1258	SNP array	SNP genotyping analysis	40
essv7028477	copy number gain	SW_1450	SNP array	SNP genotyping analysis	35
essv7028451	copy number loss	SW_0115	SNP array	SNP genotyping analysis	32
essv7028452	copy number loss	SW_1287	SNP array	SNP genotyping analysis	27
essv7028453	copy number loss	SW_0819	SNP array	SNP genotyping analysis	23

Showing 100 of 148

Variant Call Placement Information

Variant Call ID	Placement Type	Score	HGVS	Assembly	Reciprocity	Sequence ID	Chr	Inner Start	Inner Stop
essv7028450	Remapped	Good	NT_187678.1:g.(?_1 9372)_(139773_?)du p	GRCh38.p12	Second Pass	NT_187678.1	Chr3\|NT_18 7678.1	19,372	139,773
essv7028450	Remapped	Good	NT_187688.1:g.(?_1 9488)_(136691_?)du p	GRCh38.p12	Second Pass	NT_187688.1	Chr3\|NT_18 7688.1	19,488	136,691
essv7028450	Remapped	Good	NT_187690.1:g.(?_1 9488)_(137403_?)du p	GRCh38.p12	Second Pass	NT_187690.1	Chr3\|NT_18 7690.1	19,488	137,403
essv7028450	Remapped	Good	NT_187691.1:g.(?_1 9488)_(138840_?)du p	GRCh38.p12	Second Pass	NT_187691.1	Chr3\|NT_18 7691.1	19,488	138,840
essv7028345	Remapped	Good	NT_187689.1:g.(?_2 6768)_(88340_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	88,340
essv7028347	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028348	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028349	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028350	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028351	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)dup	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028352	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)dup	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028353	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028354	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028355	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028356	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028358	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028359	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028360	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)dup	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028361	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028362	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028363	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)dup	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028364	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028365	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028366	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028367	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028369	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028370	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028371	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028372	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028373	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028374	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028375	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028376	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028377	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)dup	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028378	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)dup	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028380	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)dup	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028381	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028382	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028383	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028384	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028385	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028386	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028387	Remapped	Good	NT_187689.1:g.(?_2 6768)_(90548_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	90,548
essv7028388	Remapped	Good	NT_187689.1:g.(?_2 6768)_(99134_?)dup	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	99,134
essv7028389	Remapped	Good	NT_187689.1:g.(?_2 6768)_(99582_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	99,582
essv7028391	Remapped	Good	NT_187689.1:g.(?_2 6768)_(99674_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	99,674
essv7028392	Remapped	Good	NT_187689.1:g.(?_2 6768)_(99674_?)del	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	99,674
essv7028393	Remapped	Good	NT_187689.1:g.(?_2 6768)_(100515_?)de l	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	100,515
essv7028394	Remapped	Good	NT_187689.1:g.(?_2 6768)_(100515_?)de l	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	100,515
essv7028395	Remapped	Good	NT_187689.1:g.(?_2 6768)_(100515_?)de l	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	100,515
essv7028396	Remapped	Good	NT_187689.1:g.(?_2 6768)_(100515_?)de l	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	100,515
essv7028397	Remapped	Good	NT_187689.1:g.(?_2 6768)_(100515_?)de l	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	100,515
essv7028398	Remapped	Good	NT_187689.1:g.(?_2 6768)_(100515_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	100,515
essv7028399	Remapped	Good	NT_187689.1:g.(?_2 6768)_(100515_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	100,515
essv7028400	Remapped	Good	NT_187689.1:g.(?_2 6768)_(100515_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	100,515
essv7028402	Remapped	Good	NT_187689.1:g.(?_2 6768)_(105942_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	105,942
essv7028403	Remapped	Good	NT_187689.1:g.(?_2 6768)_(108492_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	108,492
essv7028404	Remapped	Good	NT_187689.1:g.(?_2 6768)_(108492_?)de l	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	108,492
essv7028405	Remapped	Good	NT_187689.1:g.(?_2 6768)_(108492_?)de l	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	108,492
essv7028406	Remapped	Good	NT_187689.1:g.(?_2 6768)_(108492_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	108,492
essv7028407	Remapped	Good	NT_187689.1:g.(?_2 6768)_(108492_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	108,492
essv7028408	Remapped	Good	NT_187689.1:g.(?_2 6768)_(108492_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	108,492
essv7028409	Remapped	Good	NT_187689.1:g.(?_2 6768)_(108492_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	108,492
essv7028410	Remapped	Good	NT_187689.1:g.(?_2 6768)_(108492_?)de l	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	108,492
essv7028411	Remapped	Good	NT_187689.1:g.(?_2 6768)_(108492_?)de l	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	108,492
essv7028414	Remapped	Good	NT_187689.1:g.(?_2 6768)_(118389_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	118,389
essv7028415	Remapped	Good	NT_187689.1:g.(?_2 6768)_(118389_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	118,389
essv7028416	Remapped	Good	NT_187689.1:g.(?_2 6768)_(118389_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	118,389
essv7028417	Remapped	Good	NT_187689.1:g.(?_2 6768)_(118389_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	118,389
essv7028418	Remapped	Good	NT_187689.1:g.(?_2 6768)_(118389_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	118,389
essv7028419	Remapped	Good	NT_187689.1:g.(?_2 6768)_(118389_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	118,389
essv7028420	Remapped	Good	NT_187689.1:g.(?_2 6768)_(118389_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	118,389
essv7028421	Remapped	Good	NT_187689.1:g.(?_2 6768)_(118389_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	118,389
essv7028422	Remapped	Good	NT_187689.1:g.(?_2 6768)_(118389_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	118,389
essv7028423	Remapped	Good	NT_187689.1:g.(?_2 6768)_(118389_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	118,389
essv7028425	Remapped	Good	NT_187689.1:g.(?_2 6768)_(118389_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	118,389
essv7028426	Remapped	Good	NT_187689.1:g.(?_2 6768)_(118389_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	118,389
essv7028427	Remapped	Good	NT_187689.1:g.(?_2 6768)_(118389_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	118,389
essv7028428	Remapped	Good	NT_187689.1:g.(?_2 6768)_(118389_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	118,389
essv7028429	Remapped	Good	NT_187689.1:g.(?_2 6768)_(118389_?)de l	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	118,389
essv7028430	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)de l	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028431	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028432	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028433	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028434	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028436	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)de l	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028437	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028438	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028439	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028440	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)de l	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028441	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028442	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028443	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028444	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028445	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028447	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028448	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028449	Remapped	Good	NT_187689.1:g.(?_2 6768)_(119711_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	119,711
essv7028450	Remapped	Good	NT_187689.1:g.(?_2 6768)_(146150_?)du p	GRCh38.p12	Second Pass	NT_187689.1	Chr3\|NT_18 7689.1	26,768	146,150
essv7028476	Remapped	Good	NT_187688.1:g.(?_3 9237)_(103180_?)du p	GRCh38.p12	Second Pass	NT_187688.1	Chr3\|NT_18 7688.1	39,237	103,180

Showing 100 of 1466

dbVar

Database of genomic structural variation

esv2763776

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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