Title : Spectroscopy and kinetics of tyrosinase catalyzed trans-resveratrol oxidation.

Pub. Date : 2012 Mar 1

PMID : 22300300






6 Functional Relationships(s)
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1 Spectroscopy and kinetics of tyrosinase catalyzed trans-resveratrol oxidation. Resveratrol tyrosinase Homo sapiens
2 The spectroscopy and kinetics of the tyrosinase catalyzed trans-resveratrol oxidation were investigated by measuring both UV-vis absorption spectra over the 200-500 nm range and Raman spectra over the 600-1800 cm(-1) region. Resveratrol tyrosinase Homo sapiens
3 Namely, that the formation of the so-called trans-resveratrol and tyrosinase (S)P complex with its O-O bridge plays a crucial role in the first steps of this enzymatic reaction and that the hydroxylation of the ortho C-H bond of the trans-resveratrol OH group occurs after O-O bond cleavage in the tyrosinase active site. Resveratrol tyrosinase Homo sapiens
4 Namely, that the formation of the so-called trans-resveratrol and tyrosinase (S)P complex with its O-O bridge plays a crucial role in the first steps of this enzymatic reaction and that the hydroxylation of the ortho C-H bond of the trans-resveratrol OH group occurs after O-O bond cleavage in the tyrosinase active site. Resveratrol tyrosinase Homo sapiens
5 Namely, that the formation of the so-called trans-resveratrol and tyrosinase (S)P complex with its O-O bridge plays a crucial role in the first steps of this enzymatic reaction and that the hydroxylation of the ortho C-H bond of the trans-resveratrol OH group occurs after O-O bond cleavage in the tyrosinase active site. Resveratrol tyrosinase Homo sapiens
6 Namely, that the formation of the so-called trans-resveratrol and tyrosinase (S)P complex with its O-O bridge plays a crucial role in the first steps of this enzymatic reaction and that the hydroxylation of the ortho C-H bond of the trans-resveratrol OH group occurs after O-O bond cleavage in the tyrosinase active site. Resveratrol tyrosinase Homo sapiens