-
FeMoco cofactor,
which has the
formula Fe7MoS9C. In
terms of function,
molybdoenzymes catalyze the
oxidation and
sometimes reduction of
certain small molecules...
-
Nitrate reductases are
molybdoenzymes that
reduce nitrate (NO− 3) to
nitrite (NO− 2). This
reaction is
critical for the
production of
protein in most crop...
-
individuals with a
genetic disease that
results in a
sulfite oxidase (a
molybdoenzyme)
deficiency include increased plasma and
urine sulfite, sulfate, thiosulfate...
-
FeMoco cofactor,
which has the
formula Fe7MoS9C. In
terms of function,
molybdoenzymes catalyze the
oxidation and
sometimes reduction of
certain small molecules...
-
deoxygenation of
dimethylsulfoxide is
catalyzed by DMSO reductase, a
molybdoenzyme: OSMe2 + 2 e− + 2 H+ → SMe2 + H2O The α-CH
groups of
alkyl sulfoxides...
- "Dual
requirement for
gephyrin in
glycine receptor clustering and
molybdoenzyme activity". Science. 282 (5392): 1321–4. Bibcode:1998Sci...282.1321F...
-
complexes have
commercial applications, but
sulfite is a
substrate for the
molybdoenzyme sulfite oxidase. In principle,
sulfite can bond to
metal ions via S...
-
perchlorate under mild conditions.
Perchlorate reductase (see below), a
molybdoenzyme, also
catalyzes the
reduction of perchlorate. Both the Re- and Mo-based...
- 1432-1033.1997.00919.x. PMID 9342247.
Mendel RR, Hänsch R (August 2002). "
Molybdoenzymes and
molybdenum cofactor in plants".
Journal of
Experimental Botany....
- hemerythrin, an
enzyme with a
diiron active site, and
xanthine oxidase, a
molybdoenzyme, have been examined. In such
model complexes, the Tp−
simulates the...
