RIPCAL is a bioinformatics tool for the analysis of repeat-induced point mutation (RIP) of fungi. For more information please refer to the publication: http://www.biomedcentral.com/1471-2105/9/478
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==================== 1.0.5 --> 2.0 ==================== added deripcal perl script, which predicts ancient pre-RIP alignment consensus sequence from fasta or clustalw format alignment input added ripcal_summarise perl script, which give basic RIP summary statistics from an input derived from a RIPCAL table output ==================== 1.0.4 --> 1.0.5 ==================== fixed errors causing user defined, fasta/clustal only inputs to fail to run added numbering of sequence id's in alignment based graphical outputs fixed bug introduced in v1.0.4 where alignment order either from pre-aligned or local clustalw generated inputs is lost in final output
RIPCAL 2.0 has been released. This update includes the perl scripts deripcal (which can predict ancient pre-RIP sequence) and ripcal_summarise (which provides summary RIP statistics over a whole alignment).
MIN is an advanced unit/integration test framework for Linux/Maemo based devices. MIN can be integrated with standard toolchain in Linux (make). It makes testing easy, efficient and what is most important: rapid. RIPCAL v1.0.5 is now available for download. This update addresses a few bugs that prevented pre-aligned inputs from running properly. Also included in this update is a comprehensive explanation of the different analysis options and their outputs.
RIPCAL is a bioinformatics tool for the analysis of repeat-induced point mutation (RIP) of fungi. RIPCAL v1.0.3 has been released.
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