首页> 外国专利> Automated analysis of patterns of probe-target interaction multiplexed: pattern matching and identification of alleles

Automated analysis of patterns of probe-target interaction multiplexed: pattern matching and identification of alleles

机译:探针-靶标相互作用的模式自动化分析:模式匹配和等位基因鉴定

摘要

Method for assignment of alleles where assignments are made based on subjecting a sample comprising target nucleic acid hybridization assay or elongation assay mediated capture, or both, and where several polymorphic present markers are analyzed alleles nucleic acid target, the method comprising: determining an intensity pattern of test signals generated by interactions probe-target to generate a reaction pattern designating as positive those signal strengths exceeding a predetermined threshold and designating as negative those signal strengths do not exceed the predetermined threshold binarizing thereby said intensity pattern test signals generated interactions probe-target wherein each of said intensity corresponds to the number of hybridization events corresponding elongation or, as applicable; make assignments of alleles based on compare and match said pattern of reaction with a reaction pattern similar reference representing combinations of two or more reference alleles as listed in a reference collection of alleles for the target nucleic acid building; and designate, as new alleles, which have reaction patterns differing patterns reference reaction representing combinations of two or more alleles reference by a predetermined minimum disparity.
机译:等位基因的分配方法,其中基于对包含靶核酸杂交测定法或延伸测定法介导的捕获的样品或二者进行样品进行分配,并且其中分析了多个多态性存在标志物等位基因核酸靶标,该方法包括:确定强度模式相互作用探针-靶产生的测试信号以产生反应模式,该反应模式指定超过预定阈值的那些信号强度为正,指定那些信号强度不超过预定阈值的阴性,则二值化,从而所述强度模式测试信号生成相互作用探针-目标,其中每个所述强度对应于对应于伸长的杂交事件的数量,或者,如适用;基于比较和匹配所述反应模式与反应模式相似的参考进行等位基因的分配,所述参考类似物代表用于靶核酸构建的等位基因参考集合中列出的两个或多个参考等位基因的组合;并指定具有不同反应模式的反应模式作为新的等位基因,该模式参考反应以预定的最小视差表示两个或多个等位基因参考的组合。

著录项

相似文献

  • 专利
  • 外文文献
  • 中文文献
获取专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号