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Research ArticleResearch Article

Bioinformatics Analysis for Coding SNPs of the HLA-DQA1 Gene Involved in Susceptibility to Cervical Cancer

Yanyun Li, Jun Xing, Linsheng Zhao, Yanni Li, Yuchuan Wang and Weiming Zhang
Chinese Journal of Clinical Oncology February 2006, 3 (1) 49-54;
Yanyun Li
Tianjin Medical University Basic Medical Research Center, Tianjin 300070, China.
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  • For correspondence: [email protected]
Jun Xing
Tianjin Medical University Basic Medical Research Center, Tianjin 300070, China.
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Linsheng Zhao
Tianjin Medical University Basic Medical Research Center, Tianjin 300070, China.
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Yanni Li
Tianjin Medical University Basic Medical Research Center, Tianjin 300070, China.
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Yuchuan Wang
Tianjin Medical University Basic Medical Research Center, Tianjin 300070, China.
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Weiming Zhang
Tianjin Medical University Basic Medical Research Center, Tianjin 300070, China.
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    Fig. 2.

    Polymorphisms in the sequence. Fig.2 Polymorphisms in the coding sequence from Fig.1 and Table 2. This region shows a Block aligned in the coding sequence. Two missense changes (number 1 and 5 in Table 2) in red and the other missense changes in black. Two missense changes (number 1 and 5) are colored red because the PSSM difference s∞re ¡s>10. The residues of the reference protein are colored to indicate how each position compares to the aligned Block. Those residues ∞lored green are most similar to the correspong¡ng column in the Block, while those colored red are most diverged.

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    Fig. 1.

    Overview of polymorphisms and Blocks in the HLA-DQA1 gene, (a) Genomic Sequence (b) Coding Sequence. Overview of polymorphisms and blocks in the HLA-DQA1 gene. The sequence and variants ∞me from GenBank NC_000006.9 and the homology model deπves from the Block IPB001003 families. In the ‘Genomic Sequence’ plot, the top region of the graphics shows the locations of the Blocks on the reference sequence. The green graphics correspond to blocks IPB001003A, IPB001003B and IPB001003C. The middle shows the locations of the exons, represented by boxes. The bottom region displays the locations of the polymorphisms, the first row displays missense changes in black and the se∞nd row shows silent changes in purple.

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    Table 1.

    The SNP set export form of the HLA-DQA1 gene

    #SNP rs#SNP positionBandDistance from previous SNPAllelesGene(s)Role
    rs9272430chr6:327132356p21.32A/CHLA-DQAICoding exon
    rs9469203chr6:327132446p21.329A/GHLA-DQAICoding exon
    rs927243lchr6:327l32496p21.325C/THLA-DQAICoding exon
    rs9272433chr6:327l32736p21.3224C/THLA-DQAICoding exon
    rs9272688chr6:32770756p21.323802C/THLA-DQA1Coding exon
    rs9272689chr6:327l70836p21.328A/GHLA-DQA1Coding exon
    rsl07l630chr6:327l7l046p21.3221C/THLA-DQA1Coding exon
    rs6: 129753chr6:327l7l086p21.324C/THLA-DQA1Coding exon
    rs 1048027chr6:327l71476p21.3239C/THLA-DQA1Coding exon
    rs927269lchr6:327l7l706p21.3223A/GHLA-DQA1Coding exon
    rs9272692chr6:327l7l856p21.3215C/THLA-DQA1Coding exon
    rs9272693chr6:327l7l906p21.325C/THLA-DQA1Coding exon
    rs 2722058Chr6:327l7l9l6p21.321A/GHLA-DQA1Coding exon
    rs9272694chr6:327l71926p21.321G/THLA-DQA1Coding exon
    rs9272695Chr6:327l7l946p21.322G/THLA-DQA1Coding exon
    rs9272696chr6:327l72006p21.326A/THLA-DQA1Coding exon
    rsl2722065chr6:327172056p21.325A/C/GHLA-DQA1Coding exon
    rs9272699chr6:327l72076p21.322A/CHLA-DQA1Coding exon
    rs048052chr6:327l72096p21.322A/C/G/THLA-DQA1Coding exon
    rsl2722070chr6:327l72l16p21.322C/THLA-DQA1Coding exon
    rsl2722076chr6:327l72356p21.3224A/G/THLA-DQA1Coding exon
    rs9272706chr6:327l72496p21.3214C/GHLA-DQA1Coding exon
    rs 1048491chr6:327l72566p21.327C/G/THLA-DQA1Coding exon
    rs 2722081chr6:327172596p21.323A/C/GHLA-DQA1Coding exon
    rs048087chr6:327172646p21.325C/THLA-DQA1Coding exon
    rs1048124chr6:327l776l6p21.32497C/THLA-DQA1Coding exon
    rs048134chr6:327177676p21.326A/GHLA-DQA1Coding exon
    rs707952chr6:327l77846p21.3217C/THLA-DQA1Coding exon
    rs9272745chr6:327l77846p21.320C/THLA-DQAICoding exon
    rs70795lChr6:327l779l6p21.327C/THLA-DQA1Coding exon
    rs9272746chr6:327l779l6p21.320C/THLA-DQA1Coding exon
    rs1048173chr6:327l78336p21.3242A/CHLA-DQA1Coding exon
    rs707950chr6:327l785l6p21.3218C/GHLA-DQA1Coding exon
    rs2308883chr6:327178526p21.321G/THLA-DQA1Coding exon
    rs707949chr6:327l79306p21.3278C/THLA-DQA1Coding exon
    rs2308885chr6:327179426p21.3212G/THLA-DQA1Coding exon
    rs7990chr6:327179436p21.321A/CHLA-DQA1Coding exon
    rs707963chr6:327l79476p21.324G/THLA-DQA1Coding exon
    rs707962chr6:327l79526p21.325G/THLA-DQA1Coding exon
    rs2308889chr6:327l79806p21.3228A/CHLA-DQA1Coding exon
    rs2308890chr6:327l79866p21.326C/THLA-DQA1Coding exon
    rs2308891chr6:327179876p21.321A/C/GHLA-DQA1Coding exon
    rs9272785chr6:327183796p21.32392A/GHLA-DQA1Coding exon
    rs9272786chr6:327183816p21.322A/CHLA-DQA1Coding exon
    rs9272787chr6:327l84l46p21.3233C/THLA-DQA1Coding exon
    rsl04838lchr6:327184236p21.329.A/GHLA-DQA1Coding exon
    rsl0484l4chr6:327184566p21.3233C/GHLA-DQA1Coding exon
    rs1048419chr6:327184596p21.323C/THLA-DQA1Coding exon
    rsl048430chr6:327l84656p21.326C/GHLA-DQAICoding exon
    rs9272793chr6:327l84736p21.328A/GHLA-DQA1Coding exon
    • View popup
    Table 2.

    Table of polymorphisms for the HLA-DQA1 gene

    Variant No.Nucleotide ChangeEffectRE Gained in VariantRE Lost from ReferencePSSM DifferenceSIFT ScoreDescriptionZygosity
    1C3977TR70WAcil200.01rs9272693Homo
    2A3987TE73VBseMII, Ddel8.10.2rs9272696Homo
    3G3988TE73DBseMII, Ddel2.50.51rs9272697Homo
    4A3995CK76QCviJIApol-0.10.36rs9272700Homo
    5G4019TG84CBtsI,TspRI15.10.12rs9272703Homo
    6G4020TG84VBspMIApaLI, BseSI, HgiAI, MjaΓV, Sdul9.30.4rs9272704Homo
    7C4044TA92Vrs9272709Homo
    8C4051TH94=rsl0480087Homo
    9A4053CN95Trs1048089Homo
    10A4058GN97Drsl048090Homo
    11A4077CY103SMtnel00.99rs92727llHomo
    12C4571TT130IFokI5.70.28rs9272745Homo
    13A5226GM230VBsilNlal¤rs9272789Homo
    14A5300CP254=Apal, BseSI, Drall, HgiJII, NlalV, Sdulrs9272794Homo
    • Table of polymorphisms for the HLA-DQA1 gene shown in Table 2. The restriction enzyme names link to the entries in REBASE, describing commercial availability and ¡soschizomers. Descriptions are extracted from the dbSNP database. The last column shows the zygosity of the change, if a variant had been entered using an ambiguous nucleotide, this ∞lumn would read ‘hetero’.

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Cancer Biology and Medicine: 3 (1)
Chinese Journal of Clinical Oncology
Vol. 3, Issue 1
1 Feb 2006
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Bioinformatics Analysis for Coding SNPs of the HLA-DQA1 Gene Involved in Susceptibility to Cervical Cancer
Yanyun Li, Jun Xing, Linsheng Zhao, Yanni Li, Yuchuan Wang, Weiming Zhang
Chinese Journal of Clinical Oncology Feb 2006, 3 (1) 49-54;

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Bioinformatics Analysis for Coding SNPs of the HLA-DQA1 Gene Involved in Susceptibility to Cervical Cancer
Yanyun Li, Jun Xing, Linsheng Zhao, Yanni Li, Yuchuan Wang, Weiming Zhang
Chinese Journal of Clinical Oncology Feb 2006, 3 (1) 49-54;
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Keywords

  • bioinformatics
  • singk nudeotide potymorphisms
  • cervical cancer
  • HLA

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