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Chemical synthesis / Enantioselective synthesis / Chemical engineering / Hydrogen / Sharpless epoxidation / Ryōji Noyori / BINAP / Stereoselectivity / Hydrogenation / Chemistry / Stereochemistry / Catalysis


Advanced Information - The Nobel Prize in Chemistry 2001
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Document Date: 2011-11-01 06:57:02

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City

St Louis / La Jolla / Nagoya / Stockholm / St. Louis / /

Company

Monsanto Company / /

Country

Japan / United States / /

/

Facility

Nagoya University / Rh complex / The Scripps Research Institute / /

/

IndustryTerm

metal / metal monohydride / chemical approach / pharmaceuticals / molecular asymmetric catalysis using homogeneous transition metal complexes / pharmaceutical industry / chiral product / transition metal catalysis / industrial applications / chemical processes / chiral transition metal / treatment of Parkinson’s disease / natural products / chiral chemical messengers / chiral transition metal complex / chiral products / transition metal atom / phenylalanine products / energy difference / chiral transition metal catalysts / /

Organization

Information Department / Nagoya University / Scripps Research Institute / Royal Swedish Academy of Sciences / /

Person

Ryoji Noyori / William S. Knowles / K. Barry Sharpless / Barry Sharpless / /

/

Position

Professor / leader of this development / /

ProvinceOrState

California / /

Technology

antibodies / pheromones / /

URL

www.kva.se / /

SocialTag