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  1. en.wikipedia.org › wiki › Rich_CarterRich Carter - Wikipedia

    Rich G. Carter (born August 27, 1971, Dallas, Texas) is Professor of Chemistry of the Department of Chemistry at Oregon State University. His research fields are synthetic organic chemistry in general and natural product synthesis. He is also the co-founder and CEO of a chemical manufacturing company Valliscor. Biography

  2. Rich G. Carter is a faculty lead for innovation excellence and a natural product synthesis expert at Oregon State University. He has co-founded a company, published over 100 papers and patents, and led a national effort to reform promotion and tenure for I&E.

  3. 2017. Improved protocol for asymmetric, intramolecular heteroatom Michael addition using organocatalysis: enantioselective syntheses of homoproline, pelletierine, and homopipecolic acid. EC Carlson, LK Rathbone, H Yang, ND Collett, RG Carter. The Journal of organic chemistry 73 (13), 5155-5158.

  4. Rich Carter is a professor of chemistry and the co-founder and CEO of Valliscor, a biotechnology company. He has published numerous papers on the synthesis of natural products and medicinal agents, and he is the faculty lead for innovation excellence at OSU.

  5. Rich Carter is a faculty member at Oregon State University who co-founded a chemical manufacturing company and leads a national coalition to value innovation at universities. He shares his story of how he shifted his research focus from academia to industry and how he advocates for I&E impact within P&T guidelines.

  6. Rich Carter is a producer and director who co-founded brother with Theodore Melfi. He has worked on commercials for clients like INTEL, Dominos, and FedEx, and co-directed \"El Camino Christmas\" with Melfi.

  7. A team of chemists have discovered a cytotoxic ring-expanded isomer by enantioselectively synthesizing mandelalide A and isomandelalide A. Or, as Chemistry Department Chair Rich Carter puts it: “We take inspiration from nature, then through a lot of perspiration, we make chemical compounds to better understand the biology.”