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DNA fingerprinting in anthropological genetics: past, present, future

机译:人类遗传学中的DNA指纹识别:过去,现在,未来

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In 1985, Sir Alec Jeffreys developed the variable-number tandem repeat method used to identify individuals and giving researchers the first DNA fingerprints. These initial methods were used in anthropological genetics, a field that uses a comparative approach to answer questions about human history, including the discernment of the origin of Native American populations and the discrimination of clan affiliation from individuals in Siberia. The technological and methodological advances since this time have led to the use of many more markers, including restriction fragment length polymorphisms, Y chromosomal and autosomal short tandem repeats, single nucleotide polymorphisms, and direct sequencing not only to identify individuals, but to examine frequencies and distributions of markers (or “prints”) of entire populations. In the field of anthropological genetics these markers have been used to reconstruct evolutionary history and answer questions concerning human origins and diaspora, migration, and the effects of admixture and adaptation to different environments, as well as susceptibility and resistance to disease. This review discusses the evolution of DNA markers since their application by Sir Alec Jeffreys and their applications in anthropological genetics.
机译:1985年,亚历克·杰弗里斯爵士(Sir Alec Jeffreys)开发了可变数串联重复法,该方法可用于识别个体并为研究人员提供第一批DNA指纹。这些最初的方法被用于人类学遗传学,该领域使用比较方法来回答有关人类历史的问题,包括辨别美洲原住民的起源和区分西伯利亚个人的氏族隶属关系。自此以来,技术和方法学的进步已导致使用更多的标记,包括限制性片段长度多态性,Y染色体和常染色体短串联重复序列,单核苷酸多态性以及直接测序,不仅可以识别个体,还可以检测频率和整个人群的标记(或“打印”)分布。在人类遗传学领域,这些标记已被用于重建进化历史,并回答有关人类起源和散居,迁移,混合和适应不同环境的影响以及易感性和抗病性的问题。这篇综述讨论了DNA标记自Alec Jeffreys爵士应用以来的演变及其在人类遗传学中的应用。

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