PositionMatcher:短DNA序列的快速自定义注释工具。

Erik Pitzer, Jihoon Kim, Kiltesh Patel, Pedro A Galante, Lucila Ohno-Machado
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引用次数: 0

摘要

微阵列探针和大规模平行测序技术的读数是转录组研究中最广泛使用的两种基因组标记。名称和基础技术可能有所不同,但表达技术有一个共同的目标——在基因水平上获得具有高灵敏度和特异性的mRNA丰度值。然而,随着对生物学参考(基因组、转录组、SNP等)的深入了解,最初的标签注释变得过时了。虽然每个月都有新的短读对齐算法发布,但快速标注标签的解决方案却很少。我们开发了一种通用匹配算法,该算法使用基因组位置快速自定义标记,时间复杂度为0 (nlogn)。我们在Illumina大规模并行测序reads和Affymetrix微阵列探针的自定义注释和替代拼接区域的识别上展示了我们的算法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

PositionMatcher: A Fast Custom-Annotation Tool for Short DNA Sequences.

PositionMatcher: A Fast Custom-Annotation Tool for Short DNA Sequences.

PositionMatcher: A Fast Custom-Annotation Tool for Short DNA Sequences.

Microarray probes and reads from massively parallel sequencing technologies are two most widely used genomic tags for a transcriptome study. Names and underlying technologies might differ, but expression technologies share a common objective-to obtain mRNA abundance values at the gene level, with high sensitivity and specificity. However, the initial tag annotation becomes obsolete as more insight is gained into biological references (genome, transcriptome, SNP, etc.). While novel alignment algorithms for short reads are being released every month, solutions for rapid annotation of tags are rare. We have developed a generic matching algorithm that uses genomic positions for rapid custom-annotation of tags with a time complexity O(nlogn). We demonstrate our algorithm on the custom annotation of Illumina massively parallel sequencing reads and Affymetrix microarray probes and identification of alternatively spliced regions.

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