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Development of a DNA-Based Multi-Species Identification and Quantification Assay.

机译：开发基于DNa的多物种鉴定和定量分析。

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Species identification of forensic samples allows the analyst to determine the appropriate tests to select when evaluating a wide range of biological evidence. Since most animal short tandem repeats (STR) analyses are species-specific, it is important to know the species of origin of the sample before attempting STR typing. The ability to accurately detect and quantify target DNA in mixed-species samples is crucial when target templates may be overwhelmed by non-target DNA. Depending on the analytical procedure, standards for quantifying DNA templates recovered by extraction are required by forensic laboratory accrediting agencies. The use of accurate species-determining tests will enable analysts to optimize the typing tests used in a case and minimize the consumption of limited samples. The analysis of non-human DNA will portend an additional means of forensic inquiry. An accurate taxonomic-identification and quantification assay of forensic DNA samples is also important for cost efficient analyses of the evidence.

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作者
Solt, K.; Kanthaswamy, S.;
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年度 2014
页码 1-59
总页数 59
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Deoxyribonucleic acids; Identification; Assaying; Analytical procedures; Biological evidence; Chemical analysis; Extraction; Forensic science; Laboratory tests; Law enforcement; Samples; Species; Taxonomy; Templates; Short tandem repeats(STR);

机译：脱氧核糖核酸;鉴定;分析;分析程序;生物学证据;化学分析;提取;法医学;实验室测试;执法;样品;物种;分类学;模板;短串联重复序列（sTR）;

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Development of a DNA-Based Multi-Species Identification and Quantification Assay.

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