IndiGen项目及其在印度刑法中的应用

Q3 Social Sciences
Abhinav Sharma, Somdutt Bhardwaj
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引用次数: 0

摘要

印度有4500多个不同的人口,这些人口因种姓、部落、宗教、地点、身体特征、社会信仰和语言而异。印度科技部于2020年2月批准了基因组印度项目,旨在对印度各地的10000个样本进行基因图谱绘制。IndiGen项目实现了1029名健康印度人的全基因组测序。现在可以使用这种方法对群体规模的基因测序进行基准测试。解码印度人诊断和治疗罕见病的基因蓝图的能力将进一步显现。政府保留了一个不同脱氧核糖核酸(DNA)的国家,用于在审判期间对犯罪DNA进行医学和匹配。英国于1995年以国家DNA数据库的名义建立了国家DNA数据库。澳大利亚有近837万份DNA图谱,他们正在将其用作法医数据。它涉及监测和控制行为的新方法,以及重新设计的司法手段,所有这些都有助于构建新的司法和社会治理理念。该项目可以将DNA表型纳入刑事司法系统,使其成为DNA数据库和法律DNA数据库。这一目标可以通过确定按地理区域划分的遗传轮廓数据的分布以及参考样本与可能起源区域的以下接近程度来实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IndiGen project and its application in criminal law in India
India has more than 4500 distinct population which are different based on caste, tribe, religion, locations, physical features, social beliefs, and language. Genome India project was approved in February 2020 by the Ministry of Science and Technology to aim gene-mapping of 10,000 samples across India. The IndiGen program achieved the entire genome sequencing of the 1029 healthy Indians. Gene sequencing at population scale can now be benchmarked using this method. The ability to decode the genetic blueprint of Indians for diagnosis and treatment of rare diseases will be emerged further on. A national of different deoxyribonucleic acids (DNAs) is maintained by the government for the purpose of medical and matching the criminal DNAs during trials. The UK established its National DNA Database in 1995 by the name of National DNA Database. Australia has almost 8.37 million DNA profiles, which they are using as forensic data. It involves novel methods for monitoring and controlling behavior as well as redesigned means of administering justice, all of which contribute to the construction of new ideas of justice and social governance. DNA phenotyping can be included in the criminal justice system by the project to make it DNA database and DNA databank for the law. This goal can be accomplished by determining the distribution of the data of the genetic outlines by geographical zone and the following closeness of the reference sample to a probable area of origin.
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来源期刊
CiteScore
0.40
自引率
0.00%
发文量
6
审稿时长
39 weeks
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