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Mechanism of model quercetinase reaction .

Mechanism of modification of the ULK film during CMP, resulting in an increase in k-value.

Mechanism of molecular nitrogen fixation by the reaction of titanocene dichloride ethyl Grignard reagent and nitrogen.

Mechanism of molecular transport .

Mechanism of monamine oxidase . The enzyme goes throngh a rad-icalic intermediate state, which may recombine with a radicalic conversion prodnct of the inhibitor. Accordingly, the inhibitor becomes bonnd covalently to the enzyme.

Mechanism of monomer transfer between two droplets

Mechanism of monooxygenase-catalyzed oxidative desulfuration and dephosphorylation of phosphorothioates or hydrolysis to form phosphate and phosphorothioic 0,0-acid diesters.

Mechanism of MOSFET operation in a hydrogen atmosphere

Mechanism of MPV reduction catalyzed by Al-beta zeolite.

Mechanism of MrP-catalyzed NTMP autoxidation adapted ref.

Mechanism of Mukaiyama esterification

Mechanism of multiple H-D exchange in higher alkanes.

Mechanism of multiple H-I exchange in metliaiie.

Mechanism of mutarotation and reaction with thiol reagents of 5-thioglucose.

Mechanism of mutation in a DNA double helix,

Mechanism of n-butane activation on 2P20 proposed by Centi etal

Mechanism of N2 reduction in nitrogenase after Dance. Reproduced from ref. 114 with permission from the Royal Society of Chemistry.

Mechanism of Na-Hg reduction of acetoxy sulfones

Mechanism of NAD photoreduction in purple and green sulfur bacteria. UQ-Fe represents the Fe -quinone complex present at the primary quinone site of purple bacteria, although in some species menaquinone replaces ubiquinone. Fe S represents the iron-sulfur center that functions as an early acceptor in green sulfur bacteria. The earliest electron acceptors have been omitted in the case of both green and purple bacteria. The involvement of Cyt b in S oxidation in green bacteria is speculative but is based on inhibition by antimycin A .

Mechanism of nanoHAp crystalline formation in situ on the surface of CS Gel network films. Reprinted from with permission from Elsevier

Mechanism of NBR hydrogenation catalyzed by RhCKPPhsls. Source

Mechanism of NBR hydrogenation catalyzed by RiiCl2. Source. Ref. 8.

Mechanism of NCA polymerization initiated by a base such as a tertiary amine. The base here is triethylamine . From T. Honda et 0 ., Lab on a Chip 2005, 5, 812-818.

Mechanism of NH2 H2O2 polymerization of VP

Mechanism of NH3 H202 polymerization of VP



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