University of Georgia / USDA/ARS facility / National Center / Plant Physiol / University of Illinois / Southern Illinois University / Plant Microbiology / Plant Biologists / library Gmr1070 / University of Missouri / Iowa State University / Plant Physiology / Plant Mol Biol Rep / Purdue University / University of Wisconsin / /
IndustryTerm
visualization tools / dedicated research teams finding solutions / oil content / transient transformation systems / food supply / modified oil profiles / vegetable oil / edible oil / oil seed plant / Agricultural products / genomics applications / reverse genetics tools / oil / transient systems / direct applications / microarray technology / embryogenic systems / scale technologies / organ systems / oil end users / functional genomics tools / soybean microarray technology / industrial applications / genomic tools / physiological tools / transformation systems / overgo technology / gene silencing systems / bioinformatic breeding tools / /
NaturalFeature
Lotus waterfall / Medicago waterfall / /
Organization
United States Department of Agriculture / Randy C. Shoemaker National Center for Soybean Biotechnology / University of Georgia / Athens / American Society of Plant Biologists / National Science Foundation / Department of Crop Sciences / American Soybean Association / Iowa State University / Purdue University / University of Missouri / Columbia / University of Utah / University of Illinois / Southern Illinois University / National Center for Biotechnology Information / U.S. Food and Drug Administration / SoyGEC / University of Nebraska / Soybean Genetics Executive Committee / National Center for Genomic Research / Department of Crop and Soil Sciences / Department of Plant Microbiology and Pathology / University of Wisconsin / /
Person
Mike Grusak / Ann Dorrance / Gary Stacey / Sandra Clifton / David Grant / Ken Dewar / Clemente / Wayne A. Parrott / Perry Cregan / Jim Specht / Jeff Doyle / Lila Vodkin / /
Position
Archer / Corresponding author / representative / forward at the earliest possible date / /