A curated catalogue of human genomic structural variation




Variant Details

Variant: dgv47n16



Internal ID18990225
Landmark
Location Information
TypeCoordinatesAssemblyOther Links
chr16:21581417..22697007hg38UCSC Ensembl
chr16:21592738..22708328hg19UCSC Ensembl
chr16:21500239..22615829hg18UCSC Ensembl
Cytoband16p12.1
Allele length
AssemblyAllele length
hg381115591
hg191115591
hg181115591
Variant TypeOTHER inversion
Copy Number
Allele State
Allele Origin
Probe Count
Validation Flag
Merged StatusM
Merged Variants
Supporting Variantsnsv436665, nsv435955
SamplesNA15510, NA18505
Known GenesC16orf52, CDR2, EEF2K, IGSF6, LOC100190986, LOC653786, METTL9, NPIPB5, OTOA, PDZD9, POLR3E, RRN3P1, RRN3P3, SMG1P1, UQCRC2, VWA3A
MethodSequencing
AnalysisThe best placements of paired-ends were used for identifying several different categories of SV: (i) deletions (size sd=3 kb) were identified from two or more overlapping discordant paired-ends with paired-end span >cutoff (with the condition that both putative breakpoints are spanned); (ii) simple insertions (3 kb > ssi > 2 kb) were identified from two or more overlapping discordant paired-ends with paired-end span < cutoff; (iii) mated insertions were identified from two unpaired SVs that lie in nearby (i.e. 6 kb) genomic regions and had =2 paired-ends linking to a common, distant genomic region <100 kb; mated insertions may involve tandem duplications or events related to transpositions. (iv) Inversions were called when =2 paired-ends matched different strands. (v) Unmated insertions were predicted from =2 paired ends that support a rearrangement of a genomic region in which loci change relative order without changing the relative orientation (i.e., the strand). (These events are similar to mated insertions; however, unmated insertions have only one assigned breakpoint.) In each case we required at least two paired-ends to support a predicted SV. Furthermore, at least one paired-end had to match the human reference genome at sequence identity =97%. In addition, ends were required to yield best-scoring sequence alignments genome-wide to their respective region as assessed by Blat.
Platform454
Comments
ReferenceKorbel_et_al_2007
Pubmed ID17901297
Accession Number(s)dgv47n16
Frequency
Sample Size2
Observed Gain0
Observed Loss0
Observed Complex0
Frequencyn/a


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