GenoLogics collaborates with CLC bio on next generation sequencing project
GenoLogics and CLC bio will work together on an end-to-end informatics and analysis solution, optimised for next generation sequencing research, that addresses both lab and data management and data analysis in one system
This end-to-end solution will significantly impact researchers' ability to aggregate raw data across next generation sequencing experiments to get to biological meaningful results faster. From initial sample submission to final analysis, GenoLogics' lab and data management system for genomics, Geneus, and CLC bio's CLC Genomics Server, CLC Genomics Workbench and CLC NGS Cell integrate seamlessly to help researchers get the most out of their next generation sequencing instruments.
Thomas Knudsen, CEO at CLC bio, stated: 'With this collaboration, our Enterprise Platform expands with an end-to-end workflow that couples world-class LIMS functionalities like tracking of samples and data as well as reporting, with our comprehensive next generation sequencing analysis capabilities, to the obvious benefit of our customers. This way researchers can keep up with the vast volumes of sequencing data being churned out by high-throughput sequencing machines, and quickly turn the massive amounts of raw data into meaningful results.'
Sal Sanci, vice president products for GenoLogics, continued: 'We continually strive to provide our customers with solutions that marry best-in-class analytics tools and informatics to accelerate the path to meaningful results and discovery. This collaboration combines two proven systems, into one unified environment for data management and comprehensive analysis. We know our customers need a unified end-to-end solution and have asked for an integration between Geneus and CLC bio's NGS platform – and now it's available!'
This powerful informatics and analysis solution offers researchers extensive sample tracking, project, and workflow management capabilities, as well as streamlined data pipelining, and comprehensive results analysis. Furthermore it provides users with a well organised and intuitive graphical interface for carrying out an extensive range of high-performance computing accelerated analyses within genomics, transcriptomics, and epigenomics.