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Motivation: Structure based ligand discovery is one of the most successful approaches for augment...

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期刊:Bioinformatics  影响因子:4.531  发表日期: 20181101  PMID: 29757353 


Motivation: Random forests are fast, flexible and represent a robust approach to analyze high dim...

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期刊:Bioinformatics  影响因子:4.531  发表日期: 20181101  PMID: 29757357 


Motivation: This study addresses several important questions related to naturally underrepresente...

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期刊:Bioinformatics  影响因子:4.531  发表日期: 20181101  PMID: 29762634 


Summary: Condition-specific time-course omics profiles are frequently used to study cellular resp...

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期刊:Bioinformatics  影响因子:4.531  发表日期: 20181101  PMID: 29762638 


Motivation: Antimicrobial resistance (AMR) remains a major threat to global health. Profiling the...

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期刊:Bioinformatics  影响因子:4.531  发表日期: 20181101  PMID: 29762644 


Motivation: A reconciliation is an annotation of the nodes of a gene tree with evolutionary event...

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期刊:Bioinformatics  影响因子:4.531  发表日期: 20181101  PMID: 29762653 


Summary: Classification of prokaryotic species is usually based on sequence similarity thresholds...

通?;谛蛄邢嗨菩糟兄捣掷嘣松镂镏?,它操作方便,但是缺乏生物学相关基础。这里,我们提出了ConSpeciFix,一种使用由生物物种概念提出的标准分类原核生物为物种的程序,因此统一了所有生命域...

关键词: gene flow    基因流    species    物种    原核生物   
期刊:Bioinformatics  影响因子:4.531  发表日期: 20181101  PMID: 29771275 


Summary: AC-DIAMOND (v1) is a DNA-protein alignment tool designed to tackle the efficiency challe...

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期刊:Bioinformatics  影响因子:4.531  发表日期: 20181101  PMID: 29771282 


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