Molybdenum oxide amino acid formation

Molybdenum hexafluoride. 3,1412 Molybdenum-iron-sulfur complexes, 4,241 Molybdenum oxide amino acid formation prebiotic systems, 6, 872 Molybdenum storage protein microorganisms, 6, 681 Molybdenum telluride, 3, 1431 Molybdenum tetraalkoxides physical properties, 2, 347 Molybdenum tribromide, 3,1330 Molybdenum trichloride, 3,1330 Molybdenum trifluoride, 3, 1330 Molybdenum trihalides, 3, 1330 bond lengths, 3, 1330 magnetic moments, 3,1330 preparation, 3,1330 properties, 3, 1330 structure, 3,1330 Molybdenum triiodide, 3,1330 Molybdenum trioxide complexes, 3, 1379 Molybdenum triselenide, 3, 143)... 

Oxidases use oxygen as electron acceptor and transfer two or four electrons. Those which transfer two electrons form H2O2. They include Glucose oxidase (see), the iron- and molybdenum-containing Xanthine oxidases (see), and the n-amino acid oxidases (containing FMN or FAD). The latter catalyse the irreversible formation of the corresponding a-ke-toacid. Oxidases which transfer four electrons contain copper they oxidize the substrate and form water, e.g. laccase, ascorbate oxidase and p-diphenol oxidase. 

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