P. D. D. / MDI Pvt. Ltd. / Gene Bank / Merck Ltd / Matsuda / Creative Commons / Rankem / Hi-Media Inc. / Hindawi Publishing Corporation / /
Country
Germany / Japan / United States / India / / /
Event
Product Recall / Product Issues / /
Facility
Institute of Microbial Technology / National Institute of Pharmaceutical Education / Whitehouse Station / /
IndustryTerm
asymmetric metal catalysis / enantiopure product / pharmaceuticals / media components / agricultural chemicals / organoselenium-transition-metal catalysts / nanoporous metal-metallosalen frameworks / chemical oxidation reduction / chemical process / multicatalyst systems / chemicals / higher chemical yield / transition metal catalyst / /
Organization
American Chemical Society / Institute of Microbial Technology / Linga Banoth / and U. C. Banerjee Department of Pharmaceutical Technology / Department of Biotechnology / vol. / New York Academy of Sciences / Government of India / National Institute of Pharmaceutical Education and Research / /
Person
Bernardo Dias Ribeiro / J. Lu / V / J. Sattler / V / M. Medina / V / /
Position
Academic Editor / Shimadzu 10AD VP / /
Product
S. A. S / mL / C. Cellmass suspension / /
ProgrammingLanguage
R / /
PublishedMedium
Current Opinion / Chemical Communications / Chemical Society Reviews / Tetrahedron Letters / Angewandte Chemie / European Journal of Organic Chemistry / Journal of Organic Chemistry / Journal of the American Chemical Society / /
Technology
Drug Discovery / Biotransformations / Biotechnology / biocatalysis / /
Demonstration of Redox Potential of Metschnikowia koreensis for Stereoinversion of Secondary Alcohols/1,2-Diols