Syracuse / Rosebrough / Chasteen / Budapest / Tokyo / Karlish / Green / Wiley / Waltham / /
Company
Fisher Scientific Co. / Central Research Laboratory / Siemens / /
Country
Hungary / United States / /
Facility
Central Research Laboratory / st Institute of Biochemistry / Upstate Medical Center / State University of New York / NH2 terminal / Brandeis University / COOH terminal / University Medical School / /
IndustryTerm
active site / vanadate-binding site / tryptic cleavage site / ice-cold decavanadate stock solution / phosphate acceptor site / dilute solutions / secondary tryptic cleavage site / phosphorylation site / aequeous solutions / decavanadate solutions / test solutions / decavanadate stock solutions / phosphate-acceptor aspartyl / vanadate binding site / experiments stock solutions / aqueous solutions / affinity binding site / activation energy / /
MusicGroup
D / /
Organization
Brandeis University / Institute of Biochemistry / Semmelweis University Medical School / University Medical School of Debrecen / National Science Foundation / Muscular Dystrophy Association / Anthony MARTONOSI Department of Biochemistry / State University of New York / Department of Chemistry / Upstate Medical Center / Department of Biochemistry / US Federal Reserve / /
Person
Physiol / Mansour / Lowry / Kenneth Kustin / /
Position
D. J. / Prime Minister / General / representative / /
ProvinceOrState
New Jersey / North Dakota / New York / South Dakota / New Mexico / Massachusetts / /
The binding of vanadium (V) oligoanions to sarcoplasmic reticulum