Porter N. A. / Cambridge Isotope Laboratories / Siletsky S. A. / Seibold S. A. / Sigma-Aldrich / Gaussian Inc. / Tyr379Phe / Agilent / Synergy Software / Wilson / COX / Yellow Springs Inc. / Friedman A. E. / RRO / Simmons / /
Country
United States / /
Currency
pence / / /
Facility
Plant Physiol / C. Arch / Texas A&M University Protein Chemistry Facility / I. Arch / Johns Hopkins UniVersity / Michaelis complex / R. J. Arch / /
IndustryTerm
active site / aldehyde products / isotopic zero-point energy differences / hydroperoxide product / free energy barrier / aldehyde product / oxidized prosthetic / protein solutions / energy difference / longer chain / detectable products / Chemical reagents / anaerobic solution / zero-point energy / Substrate-containing solutions / detectable product / zeropoint energy differences / isotopic nonaldehyde products / prosthetic / energy-minimized structures / thermal activation energy / /
Organization
Justine P. Roth* Department of Chemistry / Johns Hopkins UniVersity / American Chemical Society / Texas A&M University / O2 association / /
Person
Justine P. Roth / Gregory S. Huff / Arnab Mukherjee / Alfredo M. Angeles-Boza / Dkcat / Gq / Williams / Miller / V / /
Position
General / T. D. / V. P. / Fisher / /
Product
iRiver E30 Portable Audio Device / /
ProvinceOrState
Tyr379 / Pennsylvania / Rhode Island / /
RadioStation
236 J. AM / 230 J. AM / 232 J. AM / 234 J. AM / J. AM / 228 J. AM / /
Published on WebCatalytic Mechanism of a Heme and Tyrosyl Radical-Containing Fatty Acid r-(Di)oxygenase Arnab Mukherjee, Alfredo M. Angeles-Boza, Gregory S. Huff, and Justine P. Roth* Department of Chemistry