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长距离聚合酶链反应扩增作为鉴定新型HLA - B等位基因的替代策略。

Long-range PCR amplification as an alternative strategy for characterizing novel HLA-B alleles.

作者信息

Curran M D, Williams F, Earle J A, Rima B K, van Dam M G, Bunce M, Middleton D

机构信息

Northern Ireland Tissue Typing Laboratory, City Hospital, Belfast, Northern Ireland, UK.

出版信息

Eur J Immunogenet. 1996 Aug;23(4):297-309. doi: 10.1111/j.1744-313x.1996.tb00125.x.

Abstract

We have developed a simple, rapid and reliable method for specifically amplifying and cloning full-length HLA-B genes from genomic DNA. Using this methodology we characterized three alleles of interest at the molecular level. Two of the alleles appeared in our routine class I PCR-SSOP typing system, a variant of B5801 found in the Daudi cell line and RCE 56 and a variant of B4101 found in a number of volunteer donors on our Bone Marrow Donor Registry. The third, a variant B35 allele found in RCE 80, was first identified as unusual by serology. Our sequencing analysis of exon 2 and exon 3 identified two of these alleles as the recently reported novel HLA-B5802 and HLA-B4102 alleles, while the third represents a new B35 allele officially designated B*3513.

摘要

我们开发了一种简单、快速且可靠的方法,用于从基因组DNA中特异性扩增和克隆全长HLA - B基因。使用这种方法,我们在分子水平上对三个感兴趣的等位基因进行了表征。其中两个等位基因出现在我们常规的I类PCR - SSOP分型系统中,一个是在Daudi细胞系和RCE 56中发现的B5801变体,另一个是在我们骨髓供体登记处的一些志愿者供体中发现的B4101变体。第三个是在RCE 80中发现的B35变体等位基因,最初通过血清学鉴定为异常。我们对外显子2和外显子3的测序分析确定其中两个等位基因为最近报道的新型HLA - B5802和HLA - B4102等位基因,而第三个代表一个新的B35等位基因,正式命名为B*3513。

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