Abstract
Earlier times in multi-copper oxidase research versus recent results from Goteborg, B. Malmstrom spatial structures of the multi-copper oxidases ascorbate oxidase, laccase and related proteins - implications for the catalytic mechanism, A. Messerschmidt the structure of human ceruloplasmin at 3.1 A resolution, P.F. Lindley et al spectroscopy of multi-copper oxidases, E.I. Solomon et al bioinorganic chemistry of laccase, D.R. McMillin and M.K. Egglestone kinetic studies on polyporous and tree laccases, B. Reinhammar fungal laccases - role in delignification and possible industrial applications, M. Smith et al spectroscopy of cucumber ascorbate oxidase and fungal laccase, T. Sakurai and D. Suzuki biological function and enzyme kinetics of ascorbate oxidase, L. Avigliano and A. Finazzi-Agro the biology of human ceruloplasmin, Z.L. Harris et al molecular properties of ceruloplasmin from different species, L. Calabrese and C. Musci electron transfer reactions in multi-copper oxidases, O. Farver and I. Pecht redox properties of blue multi-copper oxidases, P.M.H. Kroneck model compounds for multi-copper oxidases, P. Chaudhuri 199mHg-derivatives of laccase and ascorbate oxidase - a hyperfine spectroscopic study, T. Butz and W. Troger.
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