Luis Cubilla-Rios* / † Laboratory of Tropical Bioorganic Chemistry / College of Pharmacy / Oregon State University / Smithsonian Tropical Research Institute / University of Utah / University of Panama / Plant Material / / /
IndustryTerm
natural product / chemical shift / synthetic product / /
MarketIndex
AMX 500 / /
Movie
A. D. / /
Organization
American Chemical Society / National Institute of Health / U.S. Department of Agriculture / College of Pharmacy / Smithsonian Tropical Research Institute / University of Panama / Panama City / Institute for Advance Scientific Investigation and Technology Services / Department of Organic Chemistry / National Science Foundation / Faculty of Natural / Exact Sciences and Technology / Luis Cubilla-Rios* / † Laboratory of Tropical Bioorganic Chemistry / National Secretariat of Science and Technology / Oregon State University / University of Utah / Salt Lake City / Department of Biology / Universidad de Santiago / ND ND / American Society of Pharmacognosy Published / /
Person
Phyllis D. Coley / Kerry McPhail / Thomas A. Kursar / Todd L. Capson / § Kerry / R. Riguera / Luis Cubilla-Rios / / /
Position
A. D. J. / mp / General / /
Product
H3 / amphotericin B / acetic acid / /
ProvinceOrState
Utah / P. N. / Oregon / /
Technology
drug discovery / spectroscopy / flash / elucidated using NMR spectroscopy / /
J. Nat. Prod. 2004, 67, [removed]Novel Cassane and Cleistanthane Diterpenes from Myrospermum frutescens: Absolute Stereochemistry of the Cassane Diterpene Series