Mendel and BP collaborate on grass breeding for cellulosic biofuels
Mendel Biotechnology, a pioneer in functional plant genomics, announces it has entered with BP into a collaboration to develop biofeedstocks for the production of cellulosic biofuels. In addition to funding the five-year biofuels research program, BP will become a shareholder of Mendel with representation on Mendel’s Board.
Working with BP, Mendel aims to be at the forefront of seed supply into the future energy grass seed market. Mendel has already established a breeding program for perennial grass variety improvement and will accelerate this program in collaboration with BP. Mendel will establish breeding stations in the Midwest and the Southeast United States, and accelerate breeding collaborations with groups in Germany and China.
Mendel has discovered the functions of genetic switches that control many important aspects of plant growth, metabolism and stress responses. By modifying when and where these key genes are expressed within crops plants, it is possible to obtain significant improvements in plant productivity. Additionally, in many cases, knowledge of gene function enables the identification of natural or synthetic chemicals that can alter plant performance in useful ways.
The biotech company uses traditional as well as advanced (transgenic) breeding techniques to improve yields, drought and freezing tolerance, disease resistance and the efficient use of nutrients in potential biomass crops. Many of the species it is working with are unchartered terrain.
As the biofuel industry matures, new biomass feedstocks will be needed for the production of bio-derived molecules from the entire carbohydrate portion of the plant. Many (tropical) perennial grass species like miscanthus, elephant grass, switchgrass, sugarcane or sorghum are canditates for lignocellulosic biofuels. To ensure a consistent supply of feedstocks to refineries, a new seed industry is needed to provide farmers with high-yielding varieties, and a new service industry is needed to ensure the delivery of feedstocks to the refineries:
bioenergy :: biofuels :: energy :: sustainability :: ethanol :: cellulosic ::biomass :: grass :: plant breeding :: genomics :: biotechnology ::
“While the new seed and biofeedstock business will serve the needs of all biofuel refineries, having a first committed collaborator is a critical starting point.” said Neal Gutterson, Mendel’s President and Chief Executive Officer. “BP has emerged as a leader in alternative energies, including biofuels. We cannot imagine a better party to collaborate with in developing our new business.”
“Mendel has demonstrated its excellence in plant science,” said Tony Meggs, Group Vice President of Technology at BP. “This collaboration with Mendel is one example of BP’s commitment to the development of new technologies to enable the supply of new, renewable energy sources.”
Mendel Biotechnology, Inc., a closely-held private company, has been a pioneer in the application of functional genomics to the study of plant genes. Mendel has identified and patented the use of genes that control many aspects of plant growth and development, and is using such inventions to develop or co-develop new plant varieties with improved productivity and quality.
Working with BP, Mendel aims to be at the forefront of seed supply into the future energy grass seed market. Mendel has already established a breeding program for perennial grass variety improvement and will accelerate this program in collaboration with BP. Mendel will establish breeding stations in the Midwest and the Southeast United States, and accelerate breeding collaborations with groups in Germany and China.
Mendel has discovered the functions of genetic switches that control many important aspects of plant growth, metabolism and stress responses. By modifying when and where these key genes are expressed within crops plants, it is possible to obtain significant improvements in plant productivity. Additionally, in many cases, knowledge of gene function enables the identification of natural or synthetic chemicals that can alter plant performance in useful ways.
The biotech company uses traditional as well as advanced (transgenic) breeding techniques to improve yields, drought and freezing tolerance, disease resistance and the efficient use of nutrients in potential biomass crops. Many of the species it is working with are unchartered terrain.
As the biofuel industry matures, new biomass feedstocks will be needed for the production of bio-derived molecules from the entire carbohydrate portion of the plant. Many (tropical) perennial grass species like miscanthus, elephant grass, switchgrass, sugarcane or sorghum are canditates for lignocellulosic biofuels. To ensure a consistent supply of feedstocks to refineries, a new seed industry is needed to provide farmers with high-yielding varieties, and a new service industry is needed to ensure the delivery of feedstocks to the refineries:
bioenergy :: biofuels :: energy :: sustainability :: ethanol :: cellulosic ::biomass :: grass :: plant breeding :: genomics :: biotechnology ::
“While the new seed and biofeedstock business will serve the needs of all biofuel refineries, having a first committed collaborator is a critical starting point.” said Neal Gutterson, Mendel’s President and Chief Executive Officer. “BP has emerged as a leader in alternative energies, including biofuels. We cannot imagine a better party to collaborate with in developing our new business.”
“Mendel has demonstrated its excellence in plant science,” said Tony Meggs, Group Vice President of Technology at BP. “This collaboration with Mendel is one example of BP’s commitment to the development of new technologies to enable the supply of new, renewable energy sources.”
Mendel Biotechnology, Inc., a closely-held private company, has been a pioneer in the application of functional genomics to the study of plant genes. Mendel has identified and patented the use of genes that control many aspects of plant growth and development, and is using such inventions to develop or co-develop new plant varieties with improved productivity and quality.
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