Genologics Life Sciences Software has launched the Omixlims platform for systems biology research.
Genologics Life Sciences Software has launched the Omixlims platform for systems biology research.
Omixlims gives laboratories that focus on proteomics, genomics, transcriptomics and metabolomics research, the ability to implement a laboratory information and scientific data management system on a common platform, facilitating experimental workflow management, scientific data integration, sharing, and analysis across the systems biology domains.
This benefits organisations with research and core laboratories working in different scientific disciplines that need to share and integrate their scientific results, and optimise their research efforts for integrated analytics and biomarker discovery.
Multi 'omics' research institutes, such as Scripps Florida and others have selected GenoLogics software platforms to implement an informatics infrastructure that meets the integration challenges within and between laboratories, says Genologics.
Michael Ball, chief executive officer of GenoLogics, said: "Omixlims is a key element of our strategy in how we address the needs of our customers who want to study disparate data across 'omics' disciplines".
"Our customers tell us they want to store and share data across functional groups and have the ability to study this data in the same framework".
The Omixlims platform is a highly configurable and robust, and it is aimed at life science and biotechnology laboratories, allowing researchers to manage their laboratory information, provide sample tracking and experimental workflow capabilities, and ultimately capture, integrate and manage large volumes of scientific data.
It is a scalable system for managing many diverse research laboratory environments, while providing a unified informatics infrastructure for large research institutes, and pharmaceutical or biotechnology companies.
The Omixlims platform was built using Java programming technologies (J2EE Enterprise Java), and offers both a rich user-interface for laboratory workstations, and a web interface for collaboration work.
"Laboratories want LIMS modules and analysis tools that are based on an open architecture with a common integrating platform that is highly configurable and specialized to each 'omics' technologies workflow," said James DeGreef, vice president product management.
"With our commitment to open systems and open data standards, Omixlims has been designed to be robust, configurable and easily 'purpose-able' to address the systems biology data management and integration challenges."
