LAGUNA HILLS, Calif., Sept. 4 /PRNewswire/ -- CODA Genomics, Inc., a pioneer in applying its namesake technology, (Computational Optimized DNA Assembly) towards the manufacture of synthetic genes and other DNA fragments, announced today that the US Patent and Trademark Office has issued US Patent 7,262,031 to its two founding scientists, University of California, Irvine (UCI) professors, Richard H. Lathrop and G. Wesley Hatfield. The technology was developed under a prestigious Information Technology Research grant from the National Science Foundation jointly in the School of Medicine and the Donald Bren School of Information and Computer Sciences at UCI. The Company has licensed this patent exclusively from the UCI's Office of Technology Assessment (OTA).
US Patent 7,262,031 entitled, "Method for Producing a Synthetic Gene or Other DNA Sequence," teaches how to use a global (across all possible correct and incorrect gene assemblies) optimization method for the choice of DNA code to make a given protein. Properly chosen DNA enables the thermodynamically controlled self-assembly of only the desired DNA product(s). The synthetic gene is simultaneously optimized for many other parameters that affect the successful use of the gene to make protein efficiently in any desired biological system.
Dr. Robert J Molinari, Ph.D., CODA's CEO said, "This broad protection of CODA's breakthrough technology will allow the company to aggressively market its high-yielding Hot-RodTM genes, and other optimized gene variant sets. For the customer, it allows a scaleable way to test a large number of gene and protein variants for desirable properties."
David Schetter, assistant Vice-chancellor, Research and Technology
Alliances, at UCI adds "CODA has been one of UCI's first, successful
examples of OTA's "Virtual Incubation" model where early stage technology
is licensed to a start-up company and the technology is incubated in the
University by way of a series of sta
|SOURCE CODA Genomics, Inc.|
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