esv2762210
- Organism: Homo sapiens
- Study:estd203 (Vogler et al. 2010)
- Variant Type:copy number variation
- Method Type:SNP array
- Submitted on:NCBI36 (hg18)
- Variant Calls:124
- Validation:Not tested
- Clinical Assertions: No
- Region Size:23,363
- 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: 403 SVs from 74 studies. See in: genome view
Overlapping variant regions from other studies: 403 SVs from 74 studies. See in: genome view
Overlapping variant regions from other studies: 197 SVs from 26 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 |
|---|---|---|---|---|---|---|---|---|---|
| esv2762210 | Remapped | Perfect | GRCh38.p12 | Primary Assembly | First Pass | NC_000016.10 | Chr16 | 19,932,678 | 19,956,040 |
| esv2762210 | Remapped | Perfect | GRCh37.p13 | Primary Assembly | First Pass | NC_000016.9 | Chr16 | 19,944,000 | 19,967,362 |
| esv2762210 | Submitted genomic | NCBI36 (hg18) | Primary Assembly | NC_000016.8 | Chr16 | 19,851,501 | 19,874,863 |
Variant Call Information
| Variant Call ID | Type | Sample ID | Method | Analysis | Other Calls in this Sample and Study |
|---|---|---|---|---|---|
| essv7000593 | copy number loss | SW_1305 | SNP array | SNP genotyping analysis | 30 |
| essv7000594 | copy number loss | SW_0030 | SNP array | SNP genotyping analysis | 35 |
| essv7000595 | copy number loss | SW_1059 | SNP array | SNP genotyping analysis | 23 |
| essv7000596 | copy number loss | SW_1356 | SNP array | SNP genotyping analysis | 26 |
| essv7000597 | copy number loss | SW_0001 | SNP array | SNP genotyping analysis | 26 |
| essv7000598 | copy number loss | SW_0003 | SNP array | SNP genotyping analysis | 37 |
| essv7000600 | copy number loss | SW_0005 | SNP array | SNP genotyping analysis | 41 |
| essv7000601 | copy number loss | SW_0018 | SNP array | SNP genotyping analysis | 44 |
| essv7000602 | copy number loss | SW_0059 | SNP array | SNP genotyping analysis | 36 |
| essv7000603 | copy number loss | SW_0061 | SNP array | SNP genotyping analysis | 38 |
| essv7000604 | copy number loss | SW_0076 | SNP array | SNP genotyping analysis | 46 |
| essv7000605 | copy number loss | SW_0091 | SNP array | SNP genotyping analysis | 40 |
| essv7000606 | copy number loss | SW_0099 | SNP array | SNP genotyping analysis | 38 |
| essv7000607 | copy number loss | SW_0103 | SNP array | SNP genotyping analysis | 37 |
| essv7000608 | copy number loss | SW_0116 | SNP array | SNP genotyping analysis | 34 |
| essv7000609 | copy number loss | SW_0146 | SNP array | SNP genotyping analysis | 48 |
| essv7000611 | copy number loss | SW_0149 | SNP array | SNP genotyping analysis | 38 |
| essv7000612 | copy number loss | SW_0158 | SNP array | SNP genotyping analysis | 50 |
| essv7000613 | copy number loss | SW_0159 | SNP array | SNP genotyping analysis | 52 |
| essv7000614 | copy number loss | SW_0184 | SNP array | SNP genotyping analysis | 21 |
| essv7000615 | copy number loss | SW_0185 | SNP array | SNP genotyping analysis | 43 |
| essv7000616 | copy number loss | SW_0186 | SNP array | SNP genotyping analysis | 39 |
| essv7000617 | copy number loss | SW_0187 | SNP array | SNP genotyping analysis | 30 |
| essv7000618 | copy number loss | SW_0200 | SNP array | SNP genotyping analysis | 51 |
| essv7000619 | copy number loss | SW_0271 | SNP array | SNP genotyping analysis | 41 |
| essv7000620 | copy number loss | SW_0313 | SNP array | SNP genotyping analysis | 16 |
| essv7000622 | copy number loss | SW_0339 | SNP array | SNP genotyping analysis | 39 |
| essv7000623 | copy number loss | SW_0369 | SNP array | SNP genotyping analysis | 24 |
| essv7000624 | copy number loss | SW_0379 | SNP array | SNP genotyping analysis | 43 |
| essv7000625 | copy number loss | SW_0509 | SNP array | SNP genotyping analysis | 43 |
| essv7000626 | copy number loss | SW_0525 | SNP array | SNP genotyping analysis | 29 |
| essv7000627 | copy number loss | SW_0570 | SNP array | SNP genotyping analysis | 39 |
| essv7000628 | copy number loss | SW_0578 | SNP array | SNP genotyping analysis | 38 |
| essv7000629 | copy number loss | SW_0585 | SNP array | SNP genotyping analysis | 35 |
| essv7000630 | copy number loss | SW_0647 | SNP array | SNP genotyping analysis | 38 |
| essv7000631 | copy number loss | SW_0673 | SNP array | SNP genotyping analysis | 49 |
| essv7000634 | copy number loss | SW_0691 | SNP array | SNP genotyping analysis | 39 |
| essv7000635 | copy number loss | SW_0703 | SNP array | SNP genotyping analysis | 42 |
| essv7000636 | copy number loss | SW_0775 | SNP array | SNP genotyping analysis | 68 |
| essv7000637 | copy number loss | SW_0786 | SNP array | SNP genotyping analysis | 48 |
| essv7000638 | copy number loss | SW_0790 | SNP array | SNP genotyping analysis | 48 |
| essv7000639 | copy number loss | SW_0813 | SNP array | SNP genotyping analysis | 46 |
| essv7000640 | copy number loss | SW_0817 | SNP array | SNP genotyping analysis | 27 |
| essv7000641 | copy number loss | SW_0818 | SNP array | SNP genotyping analysis | 30 |
| essv7000642 | copy number loss | SW_0820 | SNP array | SNP genotyping analysis | 34 |
| essv7000643 | copy number loss | SW_0832 | SNP array | SNP genotyping analysis | 41 |
| essv7000645 | copy number loss | SW_0835 | SNP array | SNP genotyping analysis | 53 |
| essv7000646 | copy number loss | SW_0843 | SNP array | SNP genotyping analysis | 39 |
| essv7000647 | copy number loss | SW_0846 | SNP array | SNP genotyping analysis | 27 |
| essv7000648 | copy number loss | SW_1008 | SNP array | SNP genotyping analysis | 38 |
| essv7000649 | copy number loss | SW_1033 | SNP array | SNP genotyping analysis | 33 |
| essv7000650 | copy number loss | SW_1034 | SNP array | SNP genotyping analysis | 28 |
| essv7000651 | copy number loss | SW_1042 | SNP array | SNP genotyping analysis | 33 |
| essv7000652 | copy number loss | SW_1043 | SNP array | SNP genotyping analysis | 55 |
| essv7000653 | copy number loss | SW_1063 | SNP array | SNP genotyping analysis | 50 |
| essv7000654 | copy number loss | SW_1075 | SNP array | SNP genotyping analysis | 27 |
| essv7000656 | copy number loss | SW_1078 | SNP array | SNP genotyping analysis | 32 |
| essv7000657 | copy number loss | SW_1079 | SNP array | SNP genotyping analysis | 38 |
| essv7000658 | copy number loss | SW_1084 | SNP array | SNP genotyping analysis | 25 |
| essv7000659 | copy number loss | SW_1096 | SNP array | SNP genotyping analysis | 38 |
| essv7000660 | copy number loss | SW_1102 | SNP array | SNP genotyping analysis | 41 |
| essv7000661 | copy number loss | SW_1107 | SNP array | SNP genotyping analysis | 26 |
| essv7000662 | copy number loss | SW_1108 | SNP array | SNP genotyping analysis | 29 |
| essv7000663 | copy number loss | SW_1116 | SNP array | SNP genotyping analysis | 50 |
| essv7000664 | copy number loss | SW_1122 | SNP array | SNP genotyping analysis | 29 |
| essv7000665 | copy number loss | SW_1124 | SNP array | SNP genotyping analysis | 28 |
| essv7000667 | copy number loss | SW_1128 | SNP array | SNP genotyping analysis | 30 |
| essv7000668 | copy number loss | SW_1137 | SNP array | SNP genotyping analysis | 35 |
| essv7000669 | copy number loss | SW_1139 | SNP array | SNP genotyping analysis | 38 |
| essv7000670 | copy number loss | SW_1141 | SNP array | SNP genotyping analysis | 17 |
| essv7000671 | copy number loss | SW_1148 | SNP array | SNP genotyping analysis | 39 |
| essv7000672 | copy number loss | SW_1153 | SNP array | SNP genotyping analysis | 48 |
| essv7000673 | copy number loss | SW_1165 | SNP array | SNP genotyping analysis | 32 |
| essv7000674 | copy number loss | SW_1170 | SNP array | SNP genotyping analysis | 42 |
| essv7000675 | copy number loss | SW_1172 | SNP array | SNP genotyping analysis | 43 |
| essv7000676 | copy number loss | SW_1175 | SNP array | SNP genotyping analysis | 45 |
| essv7000678 | copy number loss | SW_1180 | SNP array | SNP genotyping analysis | 43 |
| essv7000679 | copy number loss | SW_1190 | SNP array | SNP genotyping analysis | 32 |
| essv7000680 | copy number loss | SW_1198 | SNP array | SNP genotyping analysis | 39 |
| essv7000681 | copy number loss | SW_1199 | SNP array | SNP genotyping analysis | 37 |
| essv7000682 | copy number loss | SW_1201 | SNP array | SNP genotyping analysis | 26 |
| essv7000683 | copy number loss | SW_1203 | SNP array | SNP genotyping analysis | 30 |
| essv7000684 | copy number loss | SW_1216 | SNP array | SNP genotyping analysis | 24 |
| essv7000685 | copy number loss | SW_1221 | SNP array | SNP genotyping analysis | 33 |
| essv7000686 | copy number loss | SW_1243 | SNP array | SNP genotyping analysis | 31 |
| essv7000687 | copy number loss | SW_1246 | SNP array | SNP genotyping analysis | 37 |
| essv7000689 | copy number loss | SW_1253 | SNP array | SNP genotyping analysis | 31 |
| essv7000690 | copy number loss | SW_1261 | SNP array | SNP genotyping analysis | 20 |
| essv7000691 | copy number loss | SW_1274 | SNP array | SNP genotyping analysis | 27 |
| essv7000692 | copy number loss | SW_1277 | SNP array | SNP genotyping analysis | 22 |
| essv7000693 | copy number loss | SW_1285 | SNP array | SNP genotyping analysis | 52 |
| essv7000694 | copy number loss | SW_1290 | SNP array | SNP genotyping analysis | 54 |
| essv7000695 | copy number loss | SW_1295 | SNP array | SNP genotyping analysis | 44 |
| essv7000696 | copy number loss | SW_1302 | SNP array | SNP genotyping analysis | 36 |
| essv7000697 | copy number loss | SW_1309 | SNP array | SNP genotyping analysis | 40 |
| essv7000698 | copy number loss | SW_1337 | SNP array | SNP genotyping analysis | 23 |
| essv7000700 | copy number loss | SW_1355 | SNP array | SNP genotyping analysis | 37 |
| essv7000701 | copy number loss | SW_1370 | SNP array | SNP genotyping analysis | 19 |
| essv7000702 | copy number loss | SW_1374 | SNP array | SNP genotyping analysis | 28 |
| essv7000703 | copy number loss | SW_1377 | SNP array | SNP genotyping analysis | 26 |
Variant Call Placement Information
| Variant Call ID | Placement Type | Score | HGVS | Assembly | Reciprocity | Sequence ID | Chr | Inner Start | Inner Stop |
|---|---|---|---|---|---|---|---|---|---|
| essv7000593 | Remapped | Perfect | NC_000016.10:g.(?_ 19932678)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,932,678 | 19,956,040 |
| essv7000594 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995455 3_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,954,553 |
| essv7000595 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995455 3_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,954,553 |
| essv7000596 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995455 3_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,954,553 |
| essv7000597 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000598 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000600 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000601 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000602 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000603 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000604 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000605 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000606 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000607 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000608 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000609 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000611 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000612 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000613 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000614 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000615 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000616 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000617 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000618 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000619 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000620 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000622 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000623 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000624 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000625 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000626 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000627 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000628 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000629 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000630 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000631 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000634 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000635 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000636 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000637 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000638 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000639 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000640 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000641 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000642 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000643 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000645 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000646 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000647 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000648 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000649 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000650 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000651 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000652 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000653 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000654 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000656 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000657 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000658 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000659 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000660 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000661 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000662 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000663 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000664 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000665 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000667 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000668 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000669 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000670 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000671 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000672 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000673 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000674 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000675 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000676 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000678 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000679 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000680 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000681 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000682 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000683 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000684 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000685 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000686 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000687 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000689 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000690 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000691 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000692 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000693 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000694 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000695 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000696 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000697 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000698 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000700 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000701 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000702 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |
| essv7000703 | Remapped | Perfect | NC_000016.10:g.(?_ 19934328)_(1995604 0_?)del | GRCh38.p12 | First Pass | NC_000016.10 | Chr16 | 19,934,328 | 19,956,040 |