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Chemical Research in Toxicology|February 11, 2011
Rapid halogen substitution and dibenzodioxin formation during tyrosinase-catalyzed oxidation of 4-halocatecholsMichael R L Stratford, Patrick A Riley, Christopher A RamsdenBioorganic & Medicinal Chemistry|January 29, 2013
Mechanistic studies of the inactivation of tyrosinase by resorcinolMichael R L Stratford, Christopher A Ramsden, Patrick A RileyOrganic & Biomolecular Chemistry|August 14, 2009
The influence of catechol structure on the suicide-inactivation of tyrosinaseChristopher A Ramsden, Michael R L Stratford, Patrick A RileyBioorganic & Medicinal Chemistry|June 16, 2012
The influence of hydroquinone on tyrosinase kineticsMichael R L Stratford, Christopher A Ramsden, Patrick A RileyOrganic & Biomolecular Chemistry|October 2, 2003
Formation of para-quinomethanes via 4-aminobutylcatechol oxidation and ortho-quinone tautomerismEdward J Land, Christopher A Ramsden, Patrick A Riley, et al.Organic & Biomolecular Chemistry|June 25, 2005
Oxidation of N-substituted dopamine derivatives: irreversible formation of a spirocyclic productEdward J Land, Almudena Perona, Christopher A Ramsden, et al.Organic & Biomolecular Chemistry|February 20, 2009
Dopamine quinone chemistry: a study of the influence of amide, amidine and guanidine substituents [-NH-CX-Y] on the mode of reactionEdward J Land, Almudena Perona, Christopher A Ramsden, et al.Pigment Cell Research|July 16, 2003
Mechanistic studies of catechol generation from secondary quinone amines relevant to indole formation and tyrosinase activationEdward J Land, Christopher A Ramsden, Patrick A Riley, et al.The Tohoku Journal of Experimental Medicine|November 7, 2008
Evidence consistent with the requirement of cresolase activity for suicide inactivation of tyrosinaseEdward J Land, Christopher A Ramsden, Patrick A Riley, et al.Pigment Cell Research|March 10, 2006
Mechanistic studies of melanogenesis: the influence of N-substitution on dopamine quinone cyclizationJan Borovansky, Ruth Edge, Edward J Land, et al.Pageof 2