esv2764149
- Organism: Homo sapiens
- Study:estd203 (Vogler et al. 2010)
- Variant Type:copy number variation
- Method Type:SNP array
- Submitted on:NCBI36 (hg18)
- Variant Calls:107
- Validation:Not tested
- Clinical Assertions: No
- Region Size:11,680
- Publication(s):Vogler et al. 2010
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: 627 SVs from 80 studies. See in: genome view
Overlapping variant regions from other studies: 633 SVs from 81 studies. See in: genome view
Overlapping variant regions from other studies: 355 SVs from 29 studies. See in: genome view
Variant Region Placement Information
| Variant Region ID | Placement Type | Score | Assembly | Assembly Unit | Reciprocity | Sequence ID | Chr | Inner Start | Outer Stop |
|---|---|---|---|---|---|---|---|---|---|
| esv2764149 | Remapped | Perfect | GRCh38.p12 | Primary Assembly | First Pass | NC_000009.12 | Chr9 | 23,361,807 | 23,373,486 |
| esv2764149 | Remapped | Perfect | GRCh37.p13 | Primary Assembly | First Pass | NC_000009.11 | Chr9 | 23,361,805 | 23,373,484 |
| esv2764149 | Submitted genomic | NCBI36 (hg18) | Primary Assembly | NC_000009.10 | Chr9 | 23,351,805 | 23,363,484 |
Variant Call Information
| Variant Call ID | Type | Sample ID | Method | Analysis | Other Calls in this Sample and Study |
|---|---|---|---|---|---|
| essv6993670 | copy number loss | SW_1187 | SNP array | SNP genotyping analysis | 27 |
| essv6993671 | copy number loss | SW_0007 | SNP array | SNP genotyping analysis | 53 |
| essv6993672 | copy number loss | SW_0008 | SNP array | SNP genotyping analysis | 47 |
| essv6993673 | copy number loss | SW_0009 | SNP array | SNP genotyping analysis | 48 |
| essv6993674 | copy number loss | SW_0021 | SNP array | SNP genotyping analysis | 39 |
| essv6993675 | copy number loss | SW_0030 | SNP array | SNP genotyping analysis | 35 |
| essv6993676 | copy number loss | SW_0032 | SNP array | SNP genotyping analysis | 58 |
| essv6993677 | copy number loss | SW_0089 | SNP array | SNP genotyping analysis | 47 |
| essv6993679 | copy number loss | SW_0113 | SNP array | SNP genotyping analysis | 47 |
| essv6993680 | copy number loss | SW_0118 | SNP array | SNP genotyping analysis | 46 |
| essv6993681 | copy number loss | SW_0120 | SNP array | SNP genotyping analysis | 37 |
| essv6993682 | copy number loss | SW_0121 | SNP array | SNP genotyping analysis | 31 |
| essv6993683 | copy number loss | SW_0146 | SNP array | SNP genotyping analysis | 48 |
| essv6993684 | copy number loss | SW_0149 | SNP array | SNP genotyping analysis | 38 |
| essv6993685 | copy number loss | SW_0158 | SNP array | SNP genotyping analysis | 50 |
| essv6993686 | copy number loss | SW_0197 | SNP array | SNP genotyping analysis | 59 |
| essv6993687 | copy number loss | SW_0200 | SNP array | SNP genotyping analysis | 51 |
| essv6993688 | copy number loss | SW_0216 | SNP array | SNP genotyping analysis | 39 |
| essv6993690 | copy number loss | SW_0268 | SNP array | SNP genotyping analysis | 22 |
| essv6993691 | copy number loss | SW_0285 | SNP array | SNP genotyping analysis | 40 |
| essv6993692 | copy number loss | SW_0295 | SNP array | SNP genotyping analysis | 40 |
| essv6993693 | copy number loss | SW_0311 | SNP array | SNP genotyping analysis | 24 |
| essv6993694 | copy number loss | SW_0313 | SNP array | SNP genotyping analysis | 16 |
| essv6993695 | copy number loss | SW_0368 | SNP array | SNP genotyping analysis | 20 |
| essv6993696 | copy number loss | SW_0369 | SNP array | SNP genotyping analysis | 24 |
| essv6993697 | copy number loss | SW_0379 | SNP array | SNP genotyping analysis | 43 |
| essv6993698 | copy number loss | SW_0507 | SNP array | SNP genotyping analysis | 34 |
| essv6993699 | copy number loss | SW_0509 | SNP array | SNP genotyping analysis | 43 |
| essv6993701 | copy number loss | SW_0538 | SNP array | SNP genotyping analysis | 20 |
| essv6993702 | copy number loss | SW_0576 | SNP array | SNP genotyping analysis | 39 |
| essv6993703 | copy number loss | SW_0582 | SNP array | SNP genotyping analysis | 25 |
| essv6993704 | copy number loss | SW_0606 | SNP array | SNP genotyping analysis | 46 |
| essv6993705 | copy number loss | SW_0620 | SNP array | SNP genotyping analysis | 35 |
| essv6993706 | copy number loss | SW_0631 | SNP array | SNP genotyping analysis | 33 |
| essv6993707 | copy number loss | SW_0638 | SNP array | SNP genotyping analysis | 42 |
| essv6993708 | copy number loss | SW_0651 | SNP array | SNP genotyping analysis | 47 |
| essv6993709 | copy number loss | SW_0653 | SNP array | SNP genotyping analysis | 37 |
| essv6993710 | copy number loss | SW_0661 | SNP array | SNP genotyping analysis | 43 |
| essv6993712 | copy number loss | SW_0675 | SNP array | SNP genotyping analysis | 35 |
| essv6993713 | copy number loss | SW_0717 | SNP array | SNP genotyping analysis | 24 |
| essv6993714 | copy number loss | SW_0760 | SNP array | SNP genotyping analysis | 44 |
| essv6993715 | copy number loss | SW_0761 | SNP array | SNP genotyping analysis | 26 |
| essv6993716 | copy number loss | SW_0771 | SNP array | SNP genotyping analysis | 43 |
| essv6993717 | copy number loss | SW_0775 | SNP array | SNP genotyping analysis | 68 |
| essv6993718 | copy number loss | SW_0787 | SNP array | SNP genotyping analysis | 33 |
| essv6993719 | copy number loss | SW_0789 | SNP array | SNP genotyping analysis | 42 |
| essv6993720 | copy number loss | SW_0790 | SNP array | SNP genotyping analysis | 48 |
| essv6993721 | copy number loss | SW_0803 | SNP array | SNP genotyping analysis | 32 |
| essv6993723 | copy number loss | SW_0820 | SNP array | SNP genotyping analysis | 34 |
| essv6993724 | copy number loss | SW_0842 | SNP array | SNP genotyping analysis | 34 |
| essv6993725 | copy number loss | SW_0843 | SNP array | SNP genotyping analysis | 39 |
| essv6993726 | copy number loss | SW_0888 | SNP array | SNP genotyping analysis | 49 |
| essv6993727 | copy number loss | SW_1006 | SNP array | SNP genotyping analysis | 34 |
| essv6993728 | copy number loss | SW_1008 | SNP array | SNP genotyping analysis | 38 |
| essv6993729 | copy number loss | SW_1023 | SNP array | SNP genotyping analysis | 51 |
| essv6993730 | copy number loss | SW_1031 | SNP array | SNP genotyping analysis | 41 |
| essv6993731 | copy number loss | SW_1033 | SNP array | SNP genotyping analysis | 33 |
| essv6993732 | copy number loss | SW_1063 | SNP array | SNP genotyping analysis | 50 |
| essv6993734 | copy number loss | SW_1070 | SNP array | SNP genotyping analysis | 37 |
| essv6993735 | copy number loss | SW_1081 | SNP array | SNP genotyping analysis | 30 |
| essv6993736 | copy number loss | SW_1083 | SNP array | SNP genotyping analysis | 29 |
| essv6993737 | copy number loss | SW_1101 | SNP array | SNP genotyping analysis | 34 |
| essv6993738 | copy number loss | SW_1103 | SNP array | SNP genotyping analysis | 43 |
| essv6993739 | copy number loss | SW_1112 | SNP array | SNP genotyping analysis | 58 |
| essv6993740 | copy number loss | SW_1119 | SNP array | SNP genotyping analysis | 41 |
| essv6993741 | copy number loss | SW_1124 | SNP array | SNP genotyping analysis | 28 |
| essv6993742 | copy number loss | SW_1127 | SNP array | SNP genotyping analysis | 34 |
| essv6993743 | copy number loss | SW_1130 | SNP array | SNP genotyping analysis | 33 |
| essv6993746 | copy number loss | SW_1134 | SNP array | SNP genotyping analysis | 34 |
| essv6993747 | copy number loss | SW_1137 | SNP array | SNP genotyping analysis | 35 |
| essv6993748 | copy number loss | SW_1139 | SNP array | SNP genotyping analysis | 38 |
| essv6993749 | copy number loss | SW_1141 | SNP array | SNP genotyping analysis | 17 |
| essv6993750 | copy number loss | SW_1150 | SNP array | SNP genotyping analysis | 25 |
| essv6993751 | copy number loss | SW_1156 | SNP array | SNP genotyping analysis | 48 |
| essv6993752 | copy number loss | SW_1163 | SNP array | SNP genotyping analysis | 45 |
| essv6993753 | copy number loss | SW_1165 | SNP array | SNP genotyping analysis | 32 |
| essv6993754 | copy number loss | SW_1180 | SNP array | SNP genotyping analysis | 43 |
| essv6993755 | copy number loss | SW_1208 | SNP array | SNP genotyping analysis | 38 |
| essv6993757 | copy number loss | SW_1211 | SNP array | SNP genotyping analysis | 28 |
| essv6993758 | copy number loss | SW_1229 | SNP array | SNP genotyping analysis | 39 |
| essv6993759 | copy number loss | SW_1270 | SNP array | SNP genotyping analysis | 44 |
| essv6993760 | copy number loss | SW_1273 | SNP array | SNP genotyping analysis | 58 |
| essv6993761 | copy number loss | SW_1277 | SNP array | SNP genotyping analysis | 22 |
| essv6993762 | copy number loss | SW_1309 | SNP array | SNP genotyping analysis | 40 |
| essv6993763 | copy number loss | SW_1313 | SNP array | SNP genotyping analysis | 33 |
| essv6993764 | copy number loss | SW_1318 | SNP array | SNP genotyping analysis | 38 |
| essv6993765 | copy number loss | SW_1322 | SNP array | SNP genotyping analysis | 30 |
| essv6993766 | copy number loss | SW_1334 | SNP array | SNP genotyping analysis | 33 |
| essv6993768 | copy number loss | SW_1337 | SNP array | SNP genotyping analysis | 23 |
| essv6993769 | copy number loss | SW_1354 | SNP array | SNP genotyping analysis | 31 |
| essv6993770 | copy number loss | SW_1356 | SNP array | SNP genotyping analysis | 26 |
| essv6993771 | copy number loss | SW_1358 | SNP array | SNP genotyping analysis | 36 |
| essv6993772 | copy number loss | SW_1365 | SNP array | SNP genotyping analysis | 36 |
| essv6993773 | copy number loss | SW_1376 | SNP array | SNP genotyping analysis | 25 |
| essv6993774 | copy number loss | SW_1378 | SNP array | SNP genotyping analysis | 38 |
| essv6993775 | copy number loss | SW_1396 | SNP array | SNP genotyping analysis | 30 |
| essv6993776 | copy number loss | SW_1400 | SNP array | SNP genotyping analysis | 40 |
| essv6993777 | copy number loss | SW_1411 | SNP array | SNP genotyping analysis | 23 |
| essv6993779 | copy number loss | SW_1414 | SNP array | SNP genotyping analysis | 36 |
| essv6993780 | copy number loss | SW_1425 | SNP array | SNP genotyping analysis | 45 |
Variant Call Placement Information
| Variant Call ID | Placement Type | Score | HGVS | Assembly | Reciprocity | Sequence ID | Chr | Inner Start | Inner Stop |
|---|---|---|---|---|---|---|---|---|---|
| essv6993670 | Remapped | Perfect | NC_000009.12:g.(?_ 23361807)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,361,807 | 23,373,486 |
| essv6993671 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993672 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993673 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993674 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993675 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993676 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993677 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993679 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993680 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993681 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993682 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993683 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993684 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993685 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993686 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993687 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993688 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993690 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993691 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993692 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993693 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993694 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993695 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993696 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993697 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993698 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993699 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993701 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993702 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993703 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993704 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993705 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993706 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993707 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993708 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993709 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993710 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993712 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993713 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993714 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993715 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993716 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993717 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993718 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993719 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993720 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993721 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993723 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993724 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993725 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993726 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993727 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993728 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993729 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993730 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993731 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993732 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993734 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993735 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993736 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993737 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993738 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993739 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993740 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993741 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993742 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993743 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993746 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993747 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993748 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993749 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993750 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993751 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993752 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993753 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993754 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993755 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993757 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993758 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993759 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993760 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993761 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993762 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993763 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993764 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993765 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993766 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993768 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993769 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993770 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993771 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993772 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993773 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993774 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993775 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993776 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993777 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993779 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |
| essv6993780 | Remapped | Perfect | NC_000009.12:g.(?_ 23363117)_(2337348 6_?)del | GRCh38.p12 | First Pass | NC_000009.12 | Chr9 | 23,363,117 | 23,373,486 |