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nstd124 (Binder et al. 2016)

Organism:
Human
Study Type:
Case-Set
Submitter:
Andrew Fox
Description:
We applied whole genome sequencing to a DNA sample from a Multiple Sclerosis (MS) affected patient. This individual had previously been genotyped at multiple SNPs within the MERTK gene and was determined to be homozygous for the MS risk-associated haplotype at this gene locus. To interrogate the MS risk haplotype at this locus in an unbiased way, we sequenced the whole genome of this MS - MERTK homozygous-risk subject. We identified a large number of SNPs and small indels within the risk haplotype, and also identified a retrotransposon insertion within intron 4 (type AluYf4), and also identified an expanded (TA)n(T)m tandem repeat region within intron 1. See Variant Summary counts for nstd124 in dbVar Variant Summary.
Publication(s):
Binder et al. 2016
Last updated:
2016-02-01

Detailed Information: Download 2 Variant Regions, Download 2 Variant Calls, Download Both, FTP

Variant Summary

Assembly used for analysis:
Remapped: GRCh38.p12 (hg38)
Submitted: GRCh37 (hg19)

Sequence IDChrNumber of Variant RegionsNumber of Variant CallsPlacement typeLink to graphical display
NC_000002.12Chr222RemappedNC_000002.12
Sequence IDChrNumber of Variant RegionsNumber of Variant CallsPlacement typeLink to graphical display
NC_000002.11Chr222SubmittedNC_000002.11

Variant Region remap statusVariant Call remap status
Sequence IDChrVariant Regions on sourcePerfectGoodPassFailMultVariant Calls on sourcePerfectGoodPassFailMult
NC_000002.11Chr2220000220000

Samplesets

Number of Samplesets: 1

Name:
Multiple-Sclerosis-Affected_Mertk-Risk-Haplotype
Sampleset Type:
Case
Description:
Single multiple sclerosis (MS) affected patient known to be homozygous for the MS risk/susceptibility haplotype at the MERTK gene locus
Size:
1
Organisms:
Homo sapiens
Sampleset Phenotype(s):
MULTIPLE SCLEROSIS, SUSCEPTIBILITY TO; MS
  • Download Samples as CSV file
  • Samples for sampleset 1
    Sample IDSubject ID Subject Phenotype
    11MULTIPLE SCLEROSIS, SUSCEPTIBILITY TO; MS

    Experimental Details

    Experiment IDTypeMethodAnalysisPlatformsNumber of Variant Calls
    1DiscoverySequencingPaired-end mappingIllumina HiSeq 20002

    Validations

    No validation data were submitted for this study.

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