Center For Biorenewable Chemicals (Cbirc) 2009 - Dec 2018
Innovation and Industry Collaboration Director
Cistar Nsf Engineering Research Center 2009 - Dec 2018
Industry and Innovation Director
Enagen Enegea Glucanbio Omegachea Susterea Varifas Sumatrabio Estose 2009 - Dec 2018
Founder and Director
Basf 2001 - 2007
Unit Director
Exseed Genetics 1994 - 2001
Founder and Research Director
Education:
The Open University 1977 - 1981
Doctorates, Doctor of Philosophy, Genetics, Biochemistry, Philosophy
University of Hertfordshire 1972 - 1976
Bachelors, Biology, Biochemistry
Skills:
R&D Biotechnology Biochemistry Start Ups Chemistry Commercialization Genetics Biofuels Molecular Biology Life Sciences Technology Transfer Polymers Entrepreneurship Research Chemical Engineering Science Management Lifesciences Materials Botany Polymer Chemistry Plastics Coatings Resin
Broadly, the present invention relates to mutating starch genes in polyploid cereal grains. Specifically, this invention concerns mutant wheat plants, mutant wheat grain and the starch therefrom.
Animal Feed With Low Phytic Acid, Oil, Burdened And Protein Laden Grain
Ming-Tang Chang - Ames IA Peter L. Keeling - Ames IA Edward P. Wilhelm - Ames IA Jerry C. Weigel - Decatur IL
Assignee:
BASF Plant Science L.L.C. - Research Triangle Park NC
International Classification:
A01H 510
US Classification:
8003201, 800264, 800270, 800276
Abstract:
The present invention provides grain, seed, feed made from the grain or seed, petfood made from the grain, and food products made from the grain. The grain may be maize grain with the following characteristics: oil burdened, elevated protein content, and low phytate levels. The combination of oil burdened, protein laden, decreased phytate characteristics in grain makes a grain that provides more calories, protein and phosphorus and other nutrients to the feeding animal. Pet foods, and animal feds and corn food products made of the present invention will provide increased nutrition because of the increased bioavailability of the components of the grain.
Peter Lewis Keeling - Ames IA, US Ming-Tang Chang - Ames IA, US
International Classification:
A23L001/0522
US Classification:
426661, 426578
Abstract:
Novel plants having an altered ability to produce starch, including an improved ability to produce structurally-altered starch or starch of altered quality are disclosed. The invention further relates to processes for obtaining such plants, wherein mutant plants are intercrossed to affect starch biosynthesis.
Animal Feed With Low Phytic Acid, Oil Burdened And Protein Laden Grain
Ming-Tang Chang - Ames IA, US Peter L. Keeling - Ames IA, US Edward P. Wilheim - Ames IA, US Jerry C. Weigel - Decatur IL, US
Assignee:
BASF Plant Science L.L.C. - Florham Park NJ
International Classification:
A23K 1/00
US Classification:
426630
Abstract:
The present invention provides grain, seed, feed made from the grain or seed, pet food made from the grain, and food products made from the grain. The grain may be maize grain with the following characteristics: oil burdened, elevated protein content, and low phytate levels. The combination of oil burdened, protein laden, decreased phytate characteristics in grain makes a grain that provides more calories, protein and phosphorus and other nutrients to the feeding animal. Pet foods, and animal feeds and corn food products made of the present invention will provide increased nutrition because of the increased bioavailability of the components of the grain.
The present invention relates to a recombinant nucleic acid encoding a hybrid polypeptide which comprises a transit peptide for the translocation of the polypeptide into an appropriate organelles such as plastids, a starch-encapsulating region from maize starch synthase and a payload polypeptide, wherein said payload polypeptide can be either N- or C-terminal to the starch encapsulating region. The invention also relates to the expression vectors comprising said nucleic acid, and hosts comprising the said vector. Also, the invention encompasses methods of producing the hybrid polypeptide thereof from starch and particularly from starch granules, and industrial uses of the payload polypeptide recombinantly produced in said hybrid polypeptide wherein said payload polypeptide is a biologically active molecule.
This invention relates to a method of producing a starch with unique functionality in plants through mutableness, and/or using biotechnology, and/or breeding practices. Further the invention relates to the starch from maize plants and/or other plants which produce starch storing organs which contain low amylose starch which has an amylose content between 1. 5% and 15% and preferably between 1. 5% and 10% and most preferably 1. 5 and 8%. The invention includes starch extracted from such grain due to at least one mutation induced by ethyl methanesulfonate. Additionally, the invention uses a biotechnology approach involving controlling the activity of the granule bound starch synthase enzyme in starch storing organ. The invention includes the use of the starch for its cooking, paste, and gel properties.
Plant Like Starches And The Method Of Making Them In Hosts
The invention relates to hosts containing constructs with genes from the starch pathway. More typically the present invention relates to bacterial hosts that form plant like starches. Additionally the present invention relates to plant hosts that have genes from the starch pathway. The invention further relates to the starches produced by said hosts.
Animal Feed With Low Phytic Acid, Oil Burdened And Protein Laden Grain
Ming-Tang Chang - Ames IA, US Peter L. Keeling - Ames IA, US Edward P. Wilhelm - Ames IA, US Jerry C. Weigel - Raleigh NC, US
Assignee:
BASF Plant Science GmbH
International Classification:
A01H 5/00 A01H 5/10
US Classification:
8003201, 800260
Abstract:
The present invention provides grain, seed, feed made from the grain or seed, pet food made from the grain, and food products made from the grain. The grain may be maize grain with the following characteristics: oil burdened, elevated protein content, and low phytate levels. The combination of oil burdened, protein laden, and decreased phytate characteristics in grain makes a grain that provides more calories, protein and phosphorus and other nutrients to the feeding animal. Pet foods, and animal feeds and corn food products made of the present invention will provide increased nutrition because of the increased bioavailability of the components of the grain.