VG Energy to Optimize Algae „Lipid Trigger“ Compound with Leading Biofuel Researcher

San Marino, CA (PRWEB) June 15, 2012 – VG Energy, the majority-owned subsidiary of Viral Genetics, has entered into an agreement with UniQuest Pty. Ltd., the commercialization arm of the University of Queensland, Australia, to optimize the use of Metabolic Disruption Technology (“MDT”) compounds in algae lipid production.

Optimization will occur through experiments leading to the identification of the ideal concentration, timing and amount of MDT compounds to use. The multi-part study will begin with ten of the most commercially-viable algae strains in their optimized production environments, and narrow the set down to one, top-responding strain. The study is intended to guide the subsequent design of advanced commercialization and scale-up studies using the optimized strain, production method and dosing. VG Energy researchers have shown in multiple studies to produce a 10%-300% increase in the lipids produced by various strains of algae and other plant sources that can potentially be distilled into biofuel, and other high value oils for the food, cosmetics and nutraceuticals industries.

The project will be carried out by Associate Professor Ben Hankamer of the University of Queensland’s Institute for Molecular Bioscience via its main commercialization company, UniQuest Pty. Ltd. and is expected to take several months. Ben Hankamer is the director of the Solar Biofuels Consortium, which brings together seven international teams and approximately 100 researchers working on biofuels and production optimization. The consortium fosters close partnerships with industries that have synergy to establish effective value chains including the biotechnology, engineering, oil, airline and manufacturing industries.

Monica Ord, Viral Genetics’ Senior VP of Corporate Development commented, saying, “We are thrilled to be working with UniQuest, Solar Biofuels Consortium and Professor Ben Hankamer. Their production processes, scientists and technology are some of the highest quality available today. This opportunity gives us the capability to access input from a consortium of researchers and unique processes to bring our product to the optimal level. We are very grateful to David White of Virgin Australia for making the introduction to Professor Hankamer seven months ago. Since that time we have completed additional internal studies and have successfully finalized the protocols for this analysis, which will help move us along to the next step toward commercialization of the product. We are excited to get started.”

Source: Viral Genetics