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estd225 (Magnusson et al. 2016)

Organism:
Human
Study Type:
Collection
Submitter:
Xu Chen
Description:
The study is based on CNV scorings from genome wide genotyping (700K SNPs) of blood DNA available on both members of 38 MZ twin pairs. They were identified while undertaking genotyping of almost 10 000 twins in the Swedish TwinGene project. Both members of the 38 MZ-pair were accidentally included due to initial misclassification of zygosity (based on similarity questions). We aimed to investigate occurrence of potential CNV differences between the members of the 38 pairs and thus to test the robustness of the assumption of 100% shared genetic variation in MZ in the classical twin model from the CNV perspective. We find that systemic CNV differences in MZ twins are rare with only one single finding validating with independent methodology. Interestingly, this CNV is a deletion located in the NRXN1 gene encoding Neurexin1 and there covers a small exon. NRXN1 is among the top genes for CNV involvement in development of schizophrenia, cognitive performance, autism and Tourette’s syndrome. Despite this there was no evidence of any mental/cognitive consequences of the deletion in the affected pair. See Variant Summary counts for estd225 in dbVar Variant Summary.
Publication(s):
Magnusson et al. 2016

Detailed Information: Download 1249 Variant Regions, Download 1917 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_000001.11Chr172102RemappedNC_000001.11
NC_000002.12Chr272130RemappedNC_000002.12
NC_000003.12Chr387154RemappedNC_000003.12
NC_000004.12Chr46799RemappedNC_000004.12
NC_000005.10Chr565100RemappedNC_000005.10
NC_000006.12Chr6105171RemappedNC_000006.12
NC_000007.14Chr774118RemappedNC_000007.14
NC_000008.11Chr871124RemappedNC_000008.11
NC_000009.12Chr96583RemappedNC_000009.12
NC_000010.11Chr105672RemappedNC_000010.11
NC_000011.10Chr1176130RemappedNC_000011.10
NC_000012.12Chr1270111RemappedNC_000012.12
NC_000013.11Chr134068RemappedNC_000013.11
NC_000014.9Chr144391RemappedNC_000014.9
NC_000015.10Chr153139RemappedNC_000015.10
NC_000016.10Chr165159RemappedNC_000016.10
NC_000017.11Chr175665RemappedNC_000017.11
NC_000018.10Chr181523RemappedNC_000018.10
NC_000019.10Chr195679RemappedNC_000019.10
NC_000020.11Chr202736RemappedNC_000020.11
NC_000021.9Chr211819RemappedNC_000021.9
NC_000022.11Chr223143RemappedNC_000022.11
NW_012132914.1Chr1|NW_012132914.123RemappedNW_012132914.1
NW_018654707.1Chr1|NW_018654707.111RemappedNW_018654707.1
NT_187523.1Chr2|NT_187523.126RemappedNT_187523.1
NT_187647.1Chr2|NT_187647.126RemappedNT_187647.1
NW_015495299.1Chr2|NW_015495299.111RemappedNW_015495299.1
NT_187678.1Chr3|NT_187678.114RemappedNT_187678.1
NT_187688.1Chr3|NT_187688.114RemappedNT_187688.1
NT_187689.1Chr3|NT_187689.114RemappedNT_187689.1
NT_187690.1Chr3|NT_187690.114RemappedNT_187690.1
NT_187691.1Chr3|NT_187691.114RemappedNT_187691.1
NT_187532.1Chr3|NT_187532.114RemappedNT_187532.1
NT_187649.1Chr3|NT_187649.114RemappedNT_187649.1
NW_012132916.1Chr3|NW_012132916.111RemappedNW_012132916.1
NW_019805488.1Chr3|NW_019805488.112RemappedNW_019805488.1
NT_187651.1Chr5|NT_187651.115RemappedNT_187651.1
NW_003315917.2Chr5|NW_003315917.215RemappedNW_003315917.2
NW_016107298.1Chr5|NW_016107298.111RemappedNW_016107298.1
NW_004166862.2Chr6|NW_004166862.211RemappedNW_004166862.2
NT_187558.1Chr7|NT_187558.112RemappedNT_187558.1
NT_187562.1Chr7|NT_187562.129RemappedNT_187562.1
NT_187653.1Chr7|NT_187653.112RemappedNT_187653.1
NT_187571.1Chr8|NT_187571.111RemappedNT_187571.1
NT_187576.1Chr8|NT_187576.134RemappedNT_187576.1
NW_017852931.1Chr8|NW_017852931.111RemappedNW_017852931.1
NW_018654717.1Chr8|NW_018654717.122RemappedNW_018654717.1
NW_003315935.1Chr10|NW_003315935.111RemappedNW_003315935.1
NT_187581.1Chr11|NT_187581.112RemappedNT_187581.1
NT_187585.1Chr11|NT_187585.111RemappedNT_187585.1
NT_187586.1Chr11|NT_187586.122RemappedNT_187586.1
NW_015148966.1Chr11|NW_015148966.111RemappedNW_015148966.1
NW_019805495.1Chr11|NW_019805495.111RemappedNW_019805495.1
NW_019805497.1Chr11|NW_019805497.111RemappedNW_019805497.1
NT_187587.1Chr12|NT_187587.1916RemappedNT_187587.1
NW_018654718.1Chr12|NW_018654718.117RemappedNW_018654718.1
NT_187600.1Chr14|NT_187600.1226RemappedNT_187600.1
NW_018654722.1Chr14|NW_018654722.126RemappedNW_018654722.1
NT_187608.1Chr16|NT_187608.111RemappedNT_187608.1
NW_017852933.1Chr16|NW_017852933.122RemappedNW_017852933.1
NT_187661.1Chr17|NT_187661.188RemappedNT_187661.1
NT_187663.1Chr17|NT_187663.11116RemappedNT_187663.1
NT_187612.1Chr17|NT_187612.111RemappedNT_187612.1
NT_187614.1Chr17|NT_187614.11616RemappedNT_187614.1
NT_187666.1Chr18|NT_187666.112RemappedNT_187666.1
NW_003315961.1Chr18|NW_003315961.112RemappedNW_003315961.1
NT_187693.1Chr19|NT_187693.157RemappedNT_187693.1
NW_003571060.1Chr19|NW_003571060.157RemappedNW_003571060.1
NT_187620.1Chr19|NT_187620.111RemappedNT_187620.1
NW_003571054.1Chr19|NW_003571054.157RemappedNW_003571054.1
NT_187625.1Chr20|NT_187625.111RemappedNT_187625.1
NT_187626.1Chr21|NT_187626.111RemappedNT_187626.1
NW_003315968.2Chr21|NW_003315968.211RemappedNW_003315968.2
NT_187682.1Chr22|NT_187682.111RemappedNT_187682.1
NW_003315972.2Chr22|NW_003315972.211RemappedNW_003315972.2
Sequence IDChrNumber of Variant RegionsNumber of Variant CallsPlacement typeLink to graphical display
NC_000001.10Chr172102SubmittedNC_000001.10
NC_000002.11Chr272130SubmittedNC_000002.11
NC_000003.11Chr387154SubmittedNC_000003.11
NC_000004.11Chr46799SubmittedNC_000004.11
NC_000005.9Chr565100SubmittedNC_000005.9
NC_000006.11Chr6105171SubmittedNC_000006.11
NC_000007.13Chr774118SubmittedNC_000007.13
NC_000008.10Chr871124SubmittedNC_000008.10
NC_000009.11Chr96583SubmittedNC_000009.11
NC_000010.10Chr105672SubmittedNC_000010.10
NC_000011.9Chr1176130SubmittedNC_000011.9
NC_000012.11Chr1270111SubmittedNC_000012.11
NC_000013.10Chr134068SubmittedNC_000013.10
NC_000014.8Chr144391SubmittedNC_000014.8
NC_000015.9Chr153139SubmittedNC_000015.9
NC_000016.9Chr165159SubmittedNC_000016.9
NC_000017.10Chr175665SubmittedNC_000017.10
NC_000018.9Chr181523SubmittedNC_000018.9
NC_000019.9Chr195679SubmittedNC_000019.9
NC_000020.10Chr202736SubmittedNC_000020.10
NC_000021.8Chr211819SubmittedNC_000021.8
NC_000022.10Chr223244SubmittedNC_000022.10

Variant Region remap statusVariant Call remap status
Sequence IDChrVariant Regions on sourcePerfectGoodPassFailMultVariant Calls on sourcePerfectGoodPassFailMult
NC_000001.10Chr1726531031028314104
NC_000002.11Chr2726630031301176007
NC_000003.11Chr3878400031541470007
NC_000004.11Chr46767000099990000
NC_000005.9Chr565621002100931006
NC_000006.11Chr610510220011711682001
NC_000007.13Chr774601100311895120011
NC_000008.10Chr8716220071241142008
NC_000009.11Chr96565000083830000
NC_000010.10Chr105655000172710001
NC_000011.9Chr11766900071301220008
NC_000012.11Chr127060000101118800023
NC_000013.10Chr134039100068671000
NC_000014.8Chr1443352204914982032
NC_000015.9Chr153131000039390000
NC_000016.9Chr165147100359551003
NC_000017.10Chr17562710028653110033
NC_000018.9Chr181514000123210002
NC_000019.9Chr195650000679710008
NC_000020.10Chr202724200136314001
NC_000021.8Chr211815100219161002
NC_000022.10Chr223230100144421001

Samplesets

Number of Samplesets: 1

Name:
TwinGene_MZ_pairs
Description:
38 MZ-pair were accidentally included due to initial misclassification of zygosity (based on similarity questions).
Size:
76
Organisms:
Homo sapiens
Sampleset Phenotype(s):
None reported
Sex:
Unknown
  • Download Samples as CSV file
  • Samples for sampleset 9606381917
    Sample IDSubject ID SexEthnicitySubject Phenotype
    DNA_P29_T2P29_T2FemaleSwedish TwinsNot reported
    DNA_P33_T2P33_T2MaleSwedish TwinsNot reported
    DNA_P21_T2P21_T2FemaleSwedish TwinsNot reported
    DNA_P11_T2P11_T2FemaleSwedish TwinsNot reported
    DNA_P24_T1P24_T1FemaleSwedish TwinsNot reported
    DNA_P3_T2P3_T2FemaleSwedish TwinsNot reported
    DNA_P24_T2P24_T2FemaleSwedish TwinsNot reported
    DNA_P7_T2P7_T2FemaleSwedish TwinsNot reported
    DNA_P28_T1P28_T1FemaleSwedish TwinsNot reported
    DNA_P11_T1P11_T1FemaleSwedish TwinsNot reported
    DNA_P31_T2P31_T2FemaleSwedish TwinsNot reported
    DNA_P34_T1P34_T1FemaleSwedish TwinsNot reported
    DNA_P5_T2P5_T2MaleSwedish TwinsNot reported
    DNA_P31_T1P31_T1FemaleSwedish TwinsNot reported
    DNA_P34_T2P34_T2FemaleSwedish TwinsNot reported
    DNA_P1_T1P1_T1FemaleSwedish TwinsNot reported
    DNA_P35_T2P35_T2FemaleSwedish TwinsNot reported
    DNA_P32_T1P32_T1FemaleSwedish TwinsNot reported
    DNA_P37_T1P37_T1FemaleSwedish TwinsNot reported
    DNA_P23_T2P23_T2FemaleSwedish TwinsNot reported
    DNA_P25_T1P25_T1FemaleSwedish TwinsNot reported
    DNA_P20_T1P20_T1FemaleSwedish TwinsNot reported
    DNA_P19_T1P19_T1MaleSwedish TwinsNot reported
    DNA_P36_T1P36_T1FemaleSwedish TwinsNot reported
    DNA_P25_T2P25_T2FemaleSwedish TwinsNot reported
    DNA_P18_T1P18_T1FemaleSwedish TwinsNot reported
    DNA_P14_T1P14_T1FemaleSwedish TwinsNot reported
    DNA_P18_T2P18_T2FemaleSwedish TwinsNot reported
    DNA_P29_T1P29_T1FemaleSwedish TwinsNot reported
    DNA_P3_T1P3_T1FemaleSwedish TwinsNot reported
    DNA_P13_T2P13_T2FemaleSwedish TwinsNot reported
    DNA_P7_T1P7_T1FemaleSwedish TwinsNot reported
    DNA_P6_T1P6_T1FemaleSwedish TwinsNot reported
    DNA_P16_T1P16_T1FemaleSwedish TwinsNot reported
    DNA_P5_T1P5_T1MaleSwedish TwinsNot reported
    DNA_P28_T2P28_T2FemaleSwedish TwinsNot reported
    DNA_P17_T2P17_T2MaleSwedish TwinsNot reported
    DNA_P13_T1P13_T1FemaleSwedish TwinsNot reported
    DNA_P12_T2P12_T2FemaleSwedish TwinsNot reported
    DNA_P27_T2P27_T2FemaleSwedish TwinsNot reported
    DNA_P32_T2P32_T2FemaleSwedish TwinsNot reported
    DNA_P4_T1P4_T1FemaleSwedish TwinsNot reported
    DNA_P1_T2P1_T2FemaleSwedish TwinsNot reported
    DNA_P26_T2P26_T2MaleSwedish TwinsNot reported
    DNA_P8_T1P8_T1FemaleSwedish TwinsNot reported
    DNA_P27_T1P27_T1FemaleSwedish TwinsNot reported
    DNA_P14_T2P14_T2FemaleSwedish TwinsNot reported
    DNA_P15_T2P15_T2MaleSwedish TwinsNot reported
    DNA_P9_T2P9_T2FemaleSwedish TwinsNot reported
    DNA_P15_T1P15_T1MaleSwedish TwinsNot reported
    DNA_P22_T1P22_T1FemaleSwedish TwinsNot reported
    DNA_P21_T1P21_T1FemaleSwedish TwinsNot reported
    DNA_P12_T1P12_T1FemaleSwedish TwinsNot reported
    DNA_P2_T2P2_T2FemaleSwedish TwinsNot reported
    DNA_P37_T2P37_T2FemaleSwedish TwinsNot reported
    DNA_P22_T2P22_T2FemaleSwedish TwinsNot reported
    DNA_P6_T2P6_T2FemaleSwedish TwinsNot reported
    DNA_P35_T1P35_T1FemaleSwedish TwinsNot reported
    DNA_P23_T1P23_T1FemaleSwedish TwinsNot reported
    DNA_P2_T1P2_T1FemaleSwedish TwinsNot reported
    DNA_P9_T1P9_T1FemaleSwedish TwinsNot reported
    DNA_P8_T2P8_T2FemaleSwedish TwinsNot reported
    DNA_P17_T1P17_T1MaleSwedish TwinsNot reported
    DNA_P33_T1P33_T1MaleSwedish TwinsNot reported
    DNA_P20_T2P20_T2FemaleSwedish TwinsNot reported
    DNA_P19_T2P19_T2MaleSwedish TwinsNot reported
    DNA_P38_T2P38_T2MaleSwedish TwinsNot reported
    DNA_P16_T2P16_T2FemaleSwedish TwinsNot reported
    DNA_P36_T2P36_T2FemaleSwedish TwinsNot reported
    DNA_P26_T1P26_T1MaleSwedish TwinsNot reported
    DNA_P38_T1P38_T1MaleSwedish TwinsNot reported
    DNA_P30_T1P30_T1MaleSwedish TwinsNot reported
    DNA_P10_T1P10_T1FemaleSwedish TwinsNot reported
    DNA_P30_T2P30_T2MaleSwedish TwinsNot reported
    DNA_P10_T2P10_T2FemaleSwedish TwinsNot reported
    DNA_P4_T2P4_T2FemaleSwedish TwinsNot reported

    Experimental Details

    Experiment IDTypeMethodAnalysisPlatformsNumber of Variant Calls
    1DiscoverySNP arraySNP genotyping analysisIllumina OmniExpress bead chip1,917
    2ValidationqPCRProbe signal intensityNot reported11

    Validations

    Experiment IDMethodAnalysisPlatformNumber of Variant Calls Validated
    2qPCRProbe signal intensityNot reported11
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