亲权鉴定

结论9个犬STR基因座复合扩增体系可以进行犬的个体识别和亲权鉴定。

Conclusion The 9 canine-STR loci multiplex system are suitable for individual discrimination and paternity identification .

目的建立犬的复合扩增体系对犬进行个体识别和亲权鉴定。

Objective To establish a canine multiplex system for individual discrimination and paternity identification .

用寡核苷酸探针进行的DNA指纹分析在亲权鉴定中的应用

The application of DNA fingerprinting with oligonucleotide probe to paternity test

犬微卫星DNA遗传多态性及其在亲权鉴定中应用研究进展

Genetic Polymorphisms of Microsatellite DNA of Dog and its Application to Parentage Identification

DNA分子标记在动物个体识别与亲权鉴定方面的应用

The Application of DNA Molecular Markers on Animal Individual Identification and Paternity Tests

随机引物PCR技术在个体认定及亲权鉴定中的应用

The application of AP-PCR on paternity testing and identification

所建立的DNA数据库可为福建省汉族人群法医个体识别和亲权鉴定、遗传学研究提供基础资料。

DNA data are useful markers for individual identification and paternity test in the fields of forensic science and genetics .

HLA血型亲权鉴定系统分析软件的开发及应用

A program of HLA system for parentage testing and its application

在亲权鉴定、个体识别应用中，由于STR系统的使用，使检测进入了一个新的阶段，检测水平有了空前的提高。

Individual identification and parentage tests are improved fast using microsatellite markers .

结论：STR位点具有高度的遗传多态性，聚合酶链反应检测STR位点基因型能够有效地开展亲权鉴定。

Conclusion The STR loci is highly polymorphic and suitable for paternity testing .

经多重PCR扩增20个微卫星标记，对凉山半细毛羊进行亲权鉴定。

The usefulness of multiplex polymerase chain reaction was evaluated and fluorescent detection with 20 microsatellites was used for paternity testing of Liangshan semi-fine wool sheep .

目的：在法医DNA检验中，STR技术已经广泛用于个人识别和亲权鉴定方面。

Objective : The forensic DNA typing of nuclear STR loci has widely used in the cases involving forensic identification and kinship testing .

自从DNA分子标记技术建立以来，各种DNA分子标记相继被广泛地应用于遗传图谱的构建、评估遗传多样性以及个体识别、亲权鉴定等方面。

Since the foundation of DNA Molecular Technology , several DNA Molecular Markers are applied to the construction of genetic map , the evaluation of genetic diversity , individual identification and paternity tests .

奶牛和肉牛STR基因座遗传多态性及亲权鉴定方法研究

The Study on Polymorphism Distributions of STR Loci and Parentage Tests in Dairy Cattle and Beef Cattle

目的：对一例经血清学检测难以判断亲子关系的案例应用STR位点多态性进行亲权鉴定。

Objective A case with serologically ambiguous typing results was typed again by PCR in STR loci for paternity testing .

X-STR和常染色体STR在二联体亲权鉴定中的应用

The Application of STRs of X-chromosome and Autochromosome in Duo-cases

结论此10个X染色体STR位点有较高的个体识别率，在个体识别和女孩亲权鉴定中有较高应用价值，对疾病相关研究有重要意义。

Conclusion The 10 X-chromosomal STRs loci are appropriate for individual identification , for paternity testing involving a female child , and for studies on related disease .

随机引物PCR技术（AP-PCR）检测人DNA指纹图用于法医学个体认定及亲权鉴定是一个非常有效和经济的方法。

The technology of arbitrarily primed PCR is a effective and economical method while it was used in paternity testing and individual identification in forensic science .

ABO基因型检验适用于法庭科学的个体识别和亲权鉴定。

It is suggested that ABO genotyping is a very valuable tool for individual identifying and paternity testing in forensic science practice .

VNTR遗传标记的亲权鉴定研究

Paternity testing by analysis of three VNTR genetic markers

PCR-STR分型技术用于亲权鉴定疑难案1例调查

Paternity testing of a case by PCR-based typing in STR systems

目的建立荧光标记复合扩增检测4个STR基因座的方法，应用于法医学亲权鉴定与个人识别。

Objective To build the four STR loci typing system by fluorescence labeled Multiplex-PCR technique , applied in the parentage test and personal identification in forensic medicine .

结论不同人群等位基因频率计算CODIS基因座所得的CPI值在部分亲权鉴定案中有很大的差异。

Conclusion The variation of CPI value of the CODIS loci was obvious with different allele frequencies .

有利于测算本地区亲权鉴定和同一认定的似然比率，为法医学个人识别、亲权鉴定、DNA数据技术，以及群体遗传学研究等提供了重要的基础资料。

The data can also be used to calculate the likelihood ratio of the paternity test in the region . The ratio provides important basic data in forensic identification 、 the paternity test 、 DNA data technology , as well as population genetics studies .

结论：这15个STR基因座可以用于指导犬的繁育，其中12个STR基因座能有效用于犬的个体识别和亲权鉴定。

Conclusion : Such fifteen canine STR Loci can be used to guide the breeding of purebred dog . Twelve STR loci can be effectively applied to individual discrimination and Paternity Test of purebred dog .

因此，CCK基因可能成为法医学个人识别与亲权鉴定新的遗传标记及司法精神病鉴定的参考遗传学指标。

TWO PATERNITY CASES : TWINS WITH DIFFERENT FATHERS So , cholecystokinin gene can acts as a new forensic individual identification and parentage testing genetic marker or legal psychiatry testing referential genetic marker .

近年来，常染色体和Y染色体STR基因座已得到广泛的研究与应用，但人类X染色体STR因其独特的遗传方式，在法医学一些特殊亲权鉴定及个人识别案件中有一定的优势。

Autosomal and Y chromosome STR loci have been widely studied and applied currently , but the X chromosome STR loci can be used in forensic paternity test , and some special cases of personal identification for their unique genetic characters .

由于不同STRs位点的核心序列不同，而同一STR位点在不同人中的重复次数不同，导致出现个体差异，构成了长度多态性，广泛应用于个体识别和亲权鉴定。

Different STRs have different core sequences , and the same STRs have different repetitions among persons . These lead to the individual differences and form a genetic polymorphism . So STRs are widely used in individual identification and paternity testing .

凉山半细毛羊亲权鉴定及系谱构建

Paternity Testing and Pedigree Constructing in LiangShan Semi-fine Wool Sheep

亲权鉴定判定标准可靠性的进一步确认

A Reliability Affirmance on The Criterion for Judging Paternity