Understanding the oxidation chemistry of copper protein active sites: Copper complexes that activate dioxygen or stablize phenoxyl radicals

Jason A. Halfen; Samiran Mahapatra; Lisa Berreau; Brian A. Jazdzwski; Victor G. Young; Lawrence Que; Susan Kaderli; Andreas D. Zuberbühler; William B. Tolman

doi:10.1016/S0162-0134(97)89919-9

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Understanding the oxidation chemistry of copper protein active sites: Copper complexes that activate dioxygen or stablize phenoxyl radicals

Journal article

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Understanding the oxidation chemistry of copper protein active sites: Copper complexes that activate dioxygen or stablize phenoxyl radicals

Jason A. Halfen, Samiran Mahapatra, Lisa Berreau, Brian A. Jazdzwski, Victor G. Young, Lawrence Que, Susan Kaderli, Andreas D. Zuberbühler and William B. Tolman

Journal of inorganic biochemistry, Vol.67(1-4), pp.38-38

07/01/1997

DOI: https://doi.org/10.1016/S0162-0134(97)89919-9

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Title: Understanding the oxidation chemistry of copper protein active sites: Copper complexes that activate dioxygen or stablize phenoxyl radicals
Author/Creator: Jason A. Halfen
Samiran Mahapatra
Lisa Berreau
Brian A. Jazdzwski
Victor G. Young
Lawrence Que
Susan Kaderli
Andreas D. Zuberbühler
William B. Tolman
Publication Details: Journal of inorganic biochemistry, Vol.67(1-4), pp.38-38
Academic Unit: College of Arts and Sciences; Chemistry
Language: English
Resource Type: Journal article
Record Identifier: 991015177671103691

Understanding the oxidation chemistry of copper protein active sites: Copper complexes that activate dioxygen or stablize phenoxyl radicals

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