Eli Lilly and Company / Target / Wisconsin Medicago Group / Soriano LC / Thermo Fisher Scientific / Thomson / GE / Hsieh-Wilson LC / Cantley LC / Microsoft / International Medicago Genome Annotation Group / / /
Facility
Plant Cell / Plant Physiol / C terminus / Plant Biologists / Plant Biologists Downloaded / Pflugers Arch / University of Wisconsin / Plant PhysiologyÒ / /
IndustryTerm
mammalian systems / metal affinity chromatography / proteomic technologies / online version / large-scale phosphoproteomics applications / search strategy / open-access online database / large-scale phosphoproteomic technologies / localization software / Web site development / in-house-written software / localized phosphorylation site / phosphorylation site / immobilized metal affinity chromatography / decision tree algorithm / truncatula proteome using in-house-written software / online database / Web server / computing / Search functions / mass spectrometry search algorithm / phosphorylation networks / phosphoryl / /
MusicGroup
Excel / /
Organization
Harvard Medical School / American Society of Plant Biologists / National Science Foundation / American Society of Plant Biologists Downloaded / Department of Genetics / Beckman Foundation / Ardmore / National Center for Biotechnology Information / University of Wisconsin / Madison / Samuel Roberts Noble Foundation / RNA association / /
Person
Maegen Howes-Podoll / Danielle L. Swaney / Heather Burch / Daniel Schwartz / A.J. Bureta / Michael R. Sussman / Joshua J. Coon / Jean-Michel Ane / Craig D. Wenger / Ryan Lynch / Ben Amor / Eddy SR / Paul A. Grimsrud / /
Breakthrough Technologies Large-Scale Phosphoprotein Analysis in Medicago truncatula Roots Provides Insight into in Vivo Kinase Activity in Legumes1[W] Paul A. Grimsrud, De´sire´e den Os, Craig D. Wenger, Danielle L.