|Announcing KLAST - High-performance Sequence Similarity Search Tool|
Korilog and Inria announce collaboration on significant acceleration of BLAST
Questembert, France, June 15th, 2012 - Korilog and Inria today announced the integration of the PLAST technology into Korilog software platforms. Licensed by Korilog from Inria, PLAST is a fast, accurate and NGS scalable bank-to-bank sequence similarity search tool providing significant accelerations of the Blast suite of algorithms.
Korilog and the Inria Genscale’s team collaborated closely on a eighteen-month R&D project to create KLAST, a new optimized implementation of the PLAST algorithm recently published in BMC Bioinformatics.
The KLAST sequence similarity search engine provides the following features:
To provide users with an advanced sequence similarity search platform, the KLAST engine has been integrated in the Korilog Bioinformatics Extensions for KNIME. As a result, users benefit from Korilog plugin’s features and from a wide rande of data analysis methods coming with the KNIME platform. KLAST is available for the various releases of KNIME, from Desktop up to Cluster Execution. Command-line execution is also available.
Other enhancements are underway to speedup KLAST even more.
The KLAST project is part of the KoriPlast Collaborative Research program conducted by Korilog, financed by the Brittany Region and accompanied by CRITT Santé Bretagne.
During Summer and Fall 2012, Korilog will release new versions of its Bioinformatics Plugin for KNIME, KoriBlast and KoriBlast Server integrating the new high-performance KLAST search tool.
Korilog is a bioinformatics company providing next generation of graphical softwares to integrate and explore pathways, genomes and proteomes data. The company provides academic and industry research labs with desktop and web-based softwares (KoriBlast, KoriViewer) as well as expert software development services to support researchers in their R&D activities.
Working at the crossroads of computer sciences and mathematics, over the last 40 years Inria’s researchers have been developing the scientific foundations for a new field of learning: computational sciences. When associated with other scientific disciplines, computational sciences can be used to offer new concepts, languages, methods and teaching aids which open up new avenues for exploration and understanding of complex phenomena. Working in project-teams, Inria researchers mix fundamental and applied research in an innovative blend to produce their results. The institute’s 174 teams, the majority of which are joint teams with other major French or international research bodies, are comprised of around twenty researchers working on a shared project for a period of 4 to 8 years. Inria is France’s only public research body fully dedicated to computational sciences. It hosts over 1000 young researchers each year.