首页> 美国卫生研究院文献>Nucleic Acids Research >CpG islands and HTF islands in the HLA class I region: investigation of the methylation status of class I genes leads to precise physical mapping of the HLA-B and -C genes.
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CpG islands and HTF islands in the HLA class I region: investigation of the methylation status of class I genes leads to precise physical mapping of the HLA-B and -C genes.

机译:HLA I类区域中的CpG岛和HTF岛:对I类基因的甲基化状态的研究导致对HLA-B和-C基因进行精确的物理定位。

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摘要

We have investigated the accessibility of the 5' CpG rich sequences (CpG islands) present in the 5' region of most if not all HLA class I genes to methylation sensitive rare cutter enzymes. We show that for HLA-A, -B, -C genes and a few other (but not all) class I sequences these CpG islands are unmethylated and therefore constitute HTF islands (CpG rich, unmethylated regions of DNA, usually associated with expressed genes). We then map precisely the HTF islands of the HLA-B and HLA-C genes and determine that they are separated by 130 Kb (in agreement with genetic data) and that these two genes are in the same transcriptional orientation on the chromosome.
机译:我们研究了大多数(如果不是全部)HLA I类基因的5'区域中存在的5'CpG丰富序列(CpG岛)对甲基化敏感的稀有切割酶的可及性。我们表明,对于HLA-A,-B,-C基因和一些其他(但不是全部)I类序列,这些CpG岛未甲基化,因此构成了HTF岛(富含CpG的DNA的未甲基化区域,通常与表达的基因相关)。然后,我们精确地绘制HLA-B和HLA-C基因的HTF岛,并确定它们之间相距130 Kb(与遗传数据一致),并且这两个基因在染色体上的转录方向相同。

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