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Reaction mechanism for flame retardation of cellulose impregnated with phosphoric acid .

Reaction mechanism for formation of compounds 274-279.

Reaction mechanism for generation of - 7-lysine catalyzed by lysine 2,3-aminomutase.

Reaction mechanism for glycation of proteins.

Reaction mechanism for hydrolysis of a cephalosporin by a serine 3-lactamase.

Reaction mechanism for hydrothermal dealumination and stabilization of Y zeolites.

Reaction mechanism for internally reforming SOFC operating on natural gas and steam

Reaction mechanism for MCP conversion and coke formation on bifunctional reforming catalysts.

Reaction mechanism for methanol conversion on oxidising surfaces.

Reaction Mechanism for N-Acetoxy Arylamines . Ac, acetyl RSCH3 methionine RNH2, N2-guanine-nucleosides, -nucleotides, or -nucleic acids RCH, C8-guanine-nucleo-sides, -nucleotides, or -nucleic acids. Pathways and heterolytic cleavages a and b are discussed in the text. Dashed arrows indicate proposed pathways.

Reaction Mechanism for N-AryInitrones . Addition to C C and C N bonds yields isozaxolidines and oxadiazoli-dines, respectively.

Reaction mechanism for n-decane hydroisomerization.

Reaction Mechanism for N-Glucuronyloxy Arylamides . Ac acetyl RSCH3, methionine RCH, C8-guanine-nucleosides, -nucleotides, or -nucleic acids. Pathways a, b, and c are discussed in the text.

Reaction Mechanism for N-Sulfonyloxy Arylamides . Ac, acetyl RSCHs, methionine RSH, glutathione or cysteine RNH2, N2-guanine- and or N6-adenine-nucleosides, -nucleotides, or -nucleic acids RCH, C8-guanine-nucleosides, -nucleotides, or -nucleic acids, or C7-AAF.

Reaction Mechanism for N-Sulfonyloxy Arylamines .

Reaction Mechanism for Nitrosoarenes . RSH, glutathione or cysteine.

Reaction mechanism for obtaining 31

Reaction mechanism for organomercurial lyase bound to one cysteine thiol C, R-Hg bound to two thiols and Se2 attack of proton on R-group D, product Hg bound to two cysteine thiols

Reaction mechanism for oxidation of propylene.

Reaction mechanism for oxidative poljrmerization of diphenyl disulfide.

Reaction mechanism for oxidative polymerization of aniline.

Reaction mechanism for oxidative polymerization of benzene.

Reaction mechanism for oxidative polymerization of heterocyclic aromatics.

Reaction mechanism for Pd-catalyzed carbonylation of RNO2

Reaction mechanism for Pd-catalyzed carbonylation reactions



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