Variant DetailsVariant: nsv1161162 | Internal ID | 19304288 | | Landmark | | | Location Information | | | Cytoband | 4q31.3 | | Allele length | | Assembly | Allele length | | hg38 | 4531 | | hg19 | 4531 |
| | Variant Type | OTHER complex | | Copy Number | | | Allele State | | | Allele Origin | | | Probe Count | | | Validation Flag | | | Merged Status | M | | Merged Variants | | | Supporting Variants | nssv4029411, nssv4029423, nssv4029419, nssv4029396, nssv4029412, nssv4029414, nssv4029397, nssv4029409, nssv4029404, nssv4029403, nssv4029408, nssv4029401, nssv4029400, nssv4029418, nssv4029422, nssv4029402, nssv4029405, nssv4029416, nssv4029417, nssv4029406, nssv4029413, nssv4029407, nssv4029415, nssv4029420 | | Samples | | | Known Genes | | | Method | SNP array | | Analysis | 1) We applied common software Birdsuite to detect genome-wide CNVs; 2) we used our algorithm WinXPCNVer which is based on probe intensity to identify Tibetan specific CNV; 3) we further genotyped the discovered Tibetan specific CNV by K-means and manual observation. | | Platform | Affymetrix SNP Array 6.0 | | Comments | | | Reference | Lou_et_al_2015 | | Pubmed ID | 26073780 | | Accession Number(s) | nsv1161162
| | Frequency | | Sample Size | 369 | | Observed Gain | 1 | | Observed Loss | 23 | | Observed Complex | 0 | | Frequency | n/a |
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