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Single feature polymorphism discovery in rice.


ABSTRACT: The discovery of nucleotide diversity captured as single feature polymorphism (SFP) by using the expression array is a high-throughput and effective method in detecting genome-wide polymorphism. The efficacy of such method was tested in rice, and the results presented in the paper indicate high sensitivity in predicting SFP. The sensitivity of polymorphism detection was further demonstrated by the fact that no biasness was observed in detecting SFP with either single or multiple nucleotide polymorphisms. The high density SFP data that can be generated quite effectively by the current method has promise for high resolution genetic mapping studies, as physical location of features are well-defined on rice genome.

SUBMITTER: Kumar R 

PROVIDER: S-EPMC1808426 | biostudies-literature | 2007 Mar

REPOSITORIES: biostudies-literature

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Single feature polymorphism discovery in rice.

Kumar Rajesh R   Qiu Jing J   Joshi Trupti T   Valliyodan Babu B   Xu Dong D   Nguyen Henry T HT  

PloS one 20070314 3


The discovery of nucleotide diversity captured as single feature polymorphism (SFP) by using the expression array is a high-throughput and effective method in detecting genome-wide polymorphism. The efficacy of such method was tested in rice, and the results presented in the paper indicate high sensitivity in predicting SFP. The sensitivity of polymorphism detection was further demonstrated by the fact that no biasness was observed in detecting SFP with either single or multiple nucleotide polym  ...[more]

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