Difference between revisions of "Bioinformatics Libraries"

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== Bioinformatics ==
 
 
{{Projects
 
{{Projects
 
  | Projects =
 
  | Projects =
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}}
 
}}
 
{{Project
 
{{Project
  | name = '''DScience'''
+
  | name = '''qtlHD'''
 
  | platform = Windows/POSIX
 
  | platform = Windows/POSIX
 
  | license = BSD
 
  | license = BSD
 
  | about = R/qtlHD (or qtlHD) is the next generation implementation of R/qtl. qtlHD is aimed at QTL analysis of high-density, high-throughput data; for example for RNA-seq.
 
  | about = R/qtlHD (or qtlHD) is the next generation implementation of R/qtl. qtlHD is aimed at QTL analysis of high-density, high-throughput data; for example for RNA-seq.
 
  | url = https://github.com/kbroman/qtlHD
 
  | url = https://github.com/kbroman/qtlHD
 +
}}
 +
{{Project
 +
| name = '''BioD'''
 +
| platform = Windows/POSIX
 +
| license = MIT
 +
| about = Library for high-performance processing of BAM, SAM, SFF. BioD aims to support more formats in the future.
 +
| url = https://github.com/biod/BioD
 +
}}
 
}}
 
}}
  
}}
+
 
 +
[[Category:Development Library]]

Latest revision as of 19:01, 19 May 2015

Title / InfoDescriptionLicensePlatform
Icon dpackage 48.png
The DScience Project goal is to become an international association of developers of freely available D tools for computational molecular biology. LGPLv3+ Windows/POSIX
Icon dpackage 48.png
R/qtlHD (or qtlHD) is the next generation implementation of R/qtl. qtlHD is aimed at QTL analysis of high-density, high-throughput data; for example for RNA-seq. BSD Windows/POSIX
Icon dpackage 48.png
Library for high-performance processing of BAM, SAM, SFF. BioD aims to support more formats in the future. MIT Windows/POSIX