Plant Physiol / Energy Biosciences Institute / University of Illinois / Castle LA / Plant Biologists / Plant Sci / Regional Institute / Plant Breeding Reviews / Plant Physiology / University of Pennsylvania Press / plant QTLs / Plant Breeding / Plant Biology / Castle et al. / Plant Breeding Theory / /
IndustryTerm
biotechnology / Molecular marker systems / agribusiness firms / genomics technologies / plant biotechnology era / established new tools / technology development / biotechnology improvements / gene targeting technology / iterative network / green biotechnology / plant biotechnology / genomic applications / food / biotechnology capacity / in-kind support / molecular marker applications / information management systems / site-specific recombination technology / crop biotechnology / mining / research infrastructure / technology gap / /
MedicalCondition
soybean cyst / MS / e.g. disease / cereal diseases / /
Organization
National Research Council / Agronomy and Crop Science Society of America / American Society of Plant Biologists / University of Illinois / Urbana-Champaign / National Science Foundation / American Society of Agronomy / Genetic association / Breeders Assoc / 21st Century Crop Improvement1 Stephen P. Moose* and Rita H. Mumm Department of Crop Sciences / Congress / U.S. Department of Agriculture / U.S. Department of Agriculture Coordinated Agricultural Projects / American Seed Trade Association / University of Pennsylvania Press / Philadelphia / Regional Institute / Energy Biosciences Institute / /
Person
Ser B Biol Sci / Bt / Johnson / Rita H. Mumm / Stephen P. Moose / /
Position
Hb / Editor / Prime Minister / Corresponding author / York Fraley RT / author / /
Editor’s Choice Series on the Next Generation of Biotech Crops Molecular Plant Breeding as the Foundation for 21st Century Crop Improvement1 Stephen P. Moose* and Rita H. Mumm Department of Crop Sciences (S.P.M., R.H.