Bio-Techne, B-MoGen Collaborate
News May 12, 2016
Bio-Techne Corporation and B-MoGen Biotechnologies, Inc. have announced that Bio-Techne has made a seed investment in B-MoGen and the parties have entered into collaboration agreement which gives Bio-Techne access to gene editing technology. B-MoGen is a University of Minnesota spin-off founded by David Largaespada and Branden Moriarity, two faculty from the Masonic Cancer Center who have a stellar track record in deploying cutting-edge methods for gene editing and delivery, in the search for novel cancer biomarkers and therapeutics.
The startup plans to commercialize these proprietary molecular tools, and provide innovative services to drive research and discovery in the new CRISPR age. The explosion of interest in gene and genome editing using the CRISPR-Cas9 system is fueling improvements to the basic CRISPR molecular toolkit that allow remarkably precise and complex manipulations of multi-gene activity, and B-MoGen is actively participating in this field with a raft of new methods that speed CRISPR genome editing and genetically modify cells. In particular, B-MoGen has filed for patent coverage for a new universal method for rapid, single-step isolation of gene edited cells.
Bio-Techne, a world leader in providing innovative tools and bioactive reagents for the research and clinical diagnostic communities, is excited to engage B-MoGen’s unique expertise to explore the use of new gene editing technologies to continue improving the production, bioactivity and quality of their market-leading protein and antibody reagents.
Dr. Fernando Bazan, Chief Technology Officer for Bio-Techne, commented that “B-MoGen is a terrific investment in an emerging field of novel molecular and discovery tools that not only drives new science at a dizzying pace, but also provides a strong technological foundation for Bio-Techne to explore new generations of high-quality protein, antibody and cellular reagents, build innovative assays and instruments, and continue strongly as the leader in this life science field. We look forward to working closely with B-MoGen scientists.”
Kristin Taylor Geisler, CFO of B-MoGen Biotechnologies added, "We are pleased and excited to be working with Bio-Techne, and deploying our gene editing technology in an innovative effort to improve certain Bio-Techne products. While B-MoGen technology has tremendous therapeutic potential, we are just as interested in using the technology in products that enable life science research. The market reach of Bio-Techne will allow the benefits of B-MoGen gene editing to rapidly reach the broad market of researchers who rely on quality reagents to conduct their investigations.”
In treating inflammatory bowel disease (IBD), physicians can have a hard time telling which newly diagnosed patients have a high risk of severe inflammation or what therapies will be most effective. Now researchers report finding an epigenetic signature in patient cells that appears to predict inflammation risk in a serious type of IBD called Crohn’s disease.