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Adhoc: an R package to calculate ad hoc distance thresholds for DNA barcoding identification

机译:Adhoc:R程序包用于计算DNA条形码识别的临时距离阈值

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摘要

Identification by DNA barcoding is more likely to be erroneous when it is based on a large distance between the query (the barcode sequence of the specimen to identify) and its best match in a reference barcode library. The number of such false positive identifications can be decreased by setting a distance threshold above which identification has to be rejected. To this end, we proposed recently to use an ad hoc distance threshold producing identifications with an estimated relative error probability that can be fixed by the user (e.g. 5%). Here we introduce two R functions that automate the calculation of ad hoc distance thresholds for reference libraries of DNA barcodes. The scripts of both functions, a user manual and an example file are available on the JEMU website () as well as on the comprehensive R archive network (CRAN, ).
机译:当DNA条码的识别基于查询(要识别的标本的条码序列)与其在参考条码库中的最佳匹配之间的较大距离时,通过DNA条码进行识别的可能性更大。可以通过设置距离阈值来减少这种错误肯定标识的数量,在该距离阈值之上必须拒绝标识。为此,我们最近提出使用临时距离阈值来产生具有估计的相对误差概率的标识,该标识可由用户固定(例如5%)。在这里,我们介绍了两个R函数,这些函数可以自动计算DNA条形码参考库的临时距离阈值。可以在JEMU网站()和全面的R归档网络(CRAN,)上获得这两种功能的脚本,用户手册和示例文件。

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