-
FeMoco (
FeMo cofactor) is the
primary cofactor of nitrogenase.
Nitrogenase is the
enzyme that
catalyzes the
conversion of
atmospheric nitrogen molecules...
- two
FeMocos ([7Fe-9S-C-Mo-R homocitrate]).
Carbon monoxide dehydrogenase and
acetyl coenzyme-A
synthase each
features an
Fe-N-iS4 clusters. [
FeFe]-hydrogenase...
-
nitrogen fixation. Most
nitrogenases contain an iron–molybdenum
cofactor FeMoco,
which is
believed to
contain either Mo(III) or Mo(IV). By
contrast Mo(VI)...
- states. The
enzyme possesses molybdenum iron-sulfido
cluster cofactors (
FeMoco) as
active sites, each
bearing two
pseudocubic iron-sulfido structures....
-
variety of Fe-S
clusters have also been
identified that have CO as ligands.
FeMoco, the
active site of most nitrogenases,
features a Fe7MoS9C cluster. Zintl...
-
FeMoco, an
abbreviation for the iron-molybdenum cofactor. The
mechanism proceeds via a
series of
protonation and
reduction steps wherein the
FeMoco active...
-
molybdenum cofactor. The only
known exception is nitrogenase,
which uses the
FeMoco cofactor,
which has the
formula Fe7MoS9C. In
terms of function, molybdoenzymes...
- intermediates.
Bioorganometallic enzymes and
proteins include the hydrogenases,
FeMoco in nitrogenase, and methylcobalamin.
These naturally occurring organometallic...
-
different forms of
nitrogenase enzymes with
FeMoco and
FeVco
active sites, Selenium-incorporated
FeMoco, as well as
spectroscopic characterization of...
- discovery,
energy production,
climate modeling and
fertilizer production (e.g.
FeMoco) as well.
Because of this,
quantum computers may be
better than classical...
