Difference between revisions of "Breakway"

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* Empirically identifies structural variation breakpoints.
 
* Empirically identifies structural variation breakpoints.
 
* Highly specific analysis generates very few false positives.
 
* Highly specific analysis generates very few false positives.
* Includes a suite of downstream tools for annotating identified breakpoints and reducing false positives.  
+
* Includes a suite of downstream tools for annotating identified breakpoints and reducing false positives.
|bio domain=Whole Genome Resequencing, Genomics, Structural variants, InDel discovery,  
+
|bio domain=Whole Genome Resequencing, Genomics, Structural variants, InDel discovery,
 
|bio method=DNA sequence analysis, genetic variation annotation
 
|bio method=DNA sequence analysis, genetic variation annotation
|bio tech=SOLiD, Solexa, Cross-platform: supports color space and varied read lengths (from Helicos to 454), 454, Sanger
+
|bio tech=ABI SOLiD, Solexa, Cross-platform: supports color space and varied read lengths (from Helicos to 454), 454, Sanger
 
|created by=Clark, MJ
 
|created by=Clark, MJ
 
|created at=UCLA, Stanley F. Nelson Lab, Department of Human Genetics
 
|created at=UCLA, Stanley F. Nelson Lab, Department of Human Genetics

Revision as of 20:44, 28 April 2010

Application data

Created by Clark, MJ
Biological application domain(s) Whole Genome Resequencing, Genomics, Structural variants, InDel discovery
Principal bioinformatics method(s) DNA sequence analysis, genetic variation annotation
Technology ABI SOLiD, Solexa, Cross-platform: supports color space and varied read lengths (from Helicos to 454), 454, Sanger
Created at UCLA, Stanley F. Nelson Lab, Department of Human Genetics

Sourceforge

Maintained? Yes
Input format(s) BAM
Output format(s) TXT
Software features Fast, specific, UNIX pipes
Programming language(s) Perl
Licence GPL
Operating system(s) UNIX/Linux, MacOS X, Windows (probably)

Summary: Breakway is a suite of programs that take aligned genomic data and report structural variation breakpoints. Features include:

  • Takes in BAM formatted input, the current standard for genomic alignments.
  • Compatible with standard output from major alignment algorithms such as BFAST, BWA, MAQ, et cetera.
  • Capable of analyzing data from any major platform--Solexa, SOLiD, 454, et cetera.
  • Empirically identifies structural variation breakpoints.
  • Highly specific analysis generates very few false positives.
  • Includes a suite of downstream tools for annotating identified breakpoints and reducing false positives.

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