Primorac D, Schanfield M S
Laboratory for Clinical and Forensic Genetics, Split University Hospital and School of Medicine, Spincićeva 1, 21000 Split, Croatia.
Croat Med J. 2000 Mar;41(1):32-46.
DNA technology has taken an irreplaceable position in the field of the forensic sciences. Since 1985, when Peter Gill and Alex Jeffreys first applied DNA technology to forensic problems, to the present, more than 50,000 cases worldwide have been solved through the use of DNA based technology. Although the development of DNA typing in forensic science has been extremely rapid, today we are witnessing a new era of DNA technology including automation and miniaturization. In forensic science, DNA analysis has become "the new form of scientific evidence" and has come under public scrutiny and the demand to show competence. More and more courts admit the DNA based evidence. We believe that in the near future this technology will be generally accepted in the legal system. There are two main applications of DNA analysis in forensic medicine: criminal investigation and paternity testing. In this article we present background information on DNA, human genetics, and the application of DNA analysis to legal problems, as well as the commonly applied respective mathematics.
DNA技术在法医学领域占据了不可替代的地位。自1985年彼得·吉尔和亚历克斯·杰弗里斯首次将DNA技术应用于法医问题以来,到目前为止,全球已有超过50000起案件通过使用基于DNA的技术得以解决。尽管法医学中DNA分型技术的发展极为迅速,但如今我们正见证着一个包括自动化和小型化在内的DNA技术新时代。在法医学中,DNA分析已成为“科学证据的新形式”,并受到公众监督以及展示能力的要求。越来越多的法院承认基于DNA的证据。我们相信,在不久的将来,这项技术将在法律体系中得到普遍认可。DNA分析在法医学中有两个主要应用:刑事调查和亲子鉴定。在本文中,我们介绍了关于DNA、人类遗传学的背景信息,DNA分析在法律问题中的应用,以及常用的相关数学知识。