Thermo Fisher Scientific Acquires Core Informatics
Thermo Fisher Scientific Inc., announced that it has acquired Core Informatics, which provides a cloud-based platform supporting scientific data management. Core’s offerings will significantly enhance Thermo Fisher’s existing informatics solutions and complement its cloud platform, which supports the company’s genetic analysis, qPCR and proteomics systems.
Core’s capabilities include laboratory information management systems (LIMS), electronic laboratory notebook (ELN) technologies and scientific data management solutions (SDMS). The business also offers an Application Marketplace to speed deployment and increase value for customers across a broad range of industries and scientific workflows. Core Informatics’ state-of-the-art laboratory data-management solutions are used by leading biopharma, genomics and other scientific and industrial organizations.
“The scientific community is rapidly adopting cloud-based laboratory and scientific data management capabilities,” said Thomas Loewald, senior vice president and chief commercial officer, Thermo Fisher Scientific. “Integrating the technologies of Core Informatics is part of our strategy to set the standard for digital science solutions, from life sciences discovery to applied markets and manufacturing.”
“We are thrilled to join the Thermo Fisher Scientific team to help accelerate the future of the digital lab,” said Josh Geballe, chief executive officer, Core Informatics. “We are excited to become part of the world leader in serving science and look forward to the additional benefits this will bring to our innovative clients and amazing team.”
Cambridge Epigenetix, NuGEN Technologies Sign Agreement to Combine Leading Technologies in Epigenetics ResearchNews
Cambridge Epigenetix and NuGEN Technologies come together to integrate the oxidative bisulfite sequencing (oxBS-Seq) with NGS library preparation kits.READ MORE
Major Cause of Drug-resistance in Prostate Cancer Patients IdentifiedNews
A recent Nature Medicine paper outlines the role of mutations within the SPOP gene on the development of resistance to one class of drugs.READ MORE