Difference between revisions of "Supported Short Read Aligners"
From SHORE wiki
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SHORE currently supports the following alignment tools: | SHORE currently supports the following alignment tools: | ||
| − | + | * [http://1001genomes.org/downloads GenomeMapper] | |
| − | + | * [http://bio-bwa.sourceforge.net BWA] | |
| − | + | * [http://bowtie-bio.sourceforge.net/index.shtml Bowtie] | |
| − | + | * ELAND (included in Illumina's CASAVA/GAPipeline) | |
| − | + | * [http://www.novocraft.com Novoalign] | |
| − | + | * [http://research-pub.gene.com/gmap GSNAP] | |
| − | + | * [http://hgwdev.cse.ucsc.edu/~kent/src BLAT] | |
All tools are available as free download for academic use. These tools need to be installed according to their manuals. Note that we do not guarantee that future developments will be available for all of these tools. The selection of the alignment tool depends on the type of project as each tool has some pros and cons. The following list is based on our everyday's struggle experiences and might be different to yours: | All tools are available as free download for academic use. These tools need to be installed according to their manuals. Note that we do not guarantee that future developments will be available for all of these tools. The selection of the alignment tool depends on the type of project as each tool has some pros and cons. The following list is based on our everyday's struggle experiences and might be different to yours: | ||
Revision as of 11:22, 21 April 2011
SHORE currently supports the following alignment tools:
All tools are available as free download for academic use. These tools need to be installed according to their manuals. Note that we do not guarantee that future developments will be available for all of these tools. The selection of the alignment tool depends on the type of project as each tool has some pros and cons. The following list is based on our everyday's struggle experiences and might be different to yours:
Contents
GenomeMapper
| Pro: | Adjustable for high number of mismatches and gaps, long reads, accurate alignments (Needleman-Wunsch like) |
| Con: | Gapped alignments are slower than ungapped alignments. |
| Recommended for: | Genome resequencing, high polymorphism density, most other applications |
| Version: | 0.4.? or higher |
BWA
| Pro: | Fast and small memory requirement, unlimited mismatches and gaps. |
| Con: | Currently no spliced alignment support |
| Recommended for: | Any Illumina GA data |
Bowtie
| Pro: | Small index size due to Burrows-Wheeler compression |
| Con: | Only up to three mismatches and no gaps allowed |
| Recommended for: | Large genomes and low polymorphism density, servers with small memory |
| Version: | 0.12.7 or higher |
Eland
| Pro: | It's fast |
| Con: | Only up to two mismatches and no gaps allowed |
| Recommended for: | Rapid testing |
| Version: | CASAVA v1.7.0 or higher |
Novoalign
| Pro: | Unlimited number of mismatches and gaps. |
| Con: | Seems to be slow, especially for long reads and high number of mismatches/gaps. |
| Recommended for: | Currently not recommended due to insufficient testing of the SHORE wrapper for novo |
| Version: | 2.05.31 or higher |
GSNAP
| Pro: | Spliced alignments |
| Con: | Slow |
| Recommended for: | Spliced alignment of leftover reads |
| Version: | ? |
BLAT
| Pro: | Spliced alignment |
| Con: | Slow |
| Recommended for: | Spliced alignment of leftover reads |
| Version: | 34 higher |
