-transparent.png){kind=logo}
The effect of low concentrations of CO (0.93 - 5.58 microM) on the EPR spectrum of the periplasmic non-heme iron hydrogenase from D. vulgaris has been investigated. The "g = 2.06" EPR signal is maximally induced (0.94 spin/molecule) at 46.5 microM CO and partial induction of the EPR signal could be observed at 0.93 microM CO. This effect is reversed by removal of the CO or irradiation of the hydrogenase with white light.
Related Publications
D S Patil, and
M H Czechowski, and
B H Huynh, and
J LeGall, and
H D Peck, and
D V DerVartanian
December 1988,
The Journal of biological chemistry,
D S Patil, and
M H Czechowski, and
B H Huynh, and
J LeGall, and
H D Peck, and
D V DerVartanian
March 1983,
Journal of biochemistry,
D S Patil, and
M H Czechowski, and
B H Huynh, and
J LeGall, and
H D Peck, and
D V DerVartanian
February 2010,
Biochimica et biophysica acta,
D S Patil, and
M H Czechowski, and
B H Huynh, and
J LeGall, and
H D Peck, and
D V DerVartanian
July 1993,
The Biochemical journal,
D S Patil, and
M H Czechowski, and
B H Huynh, and
J LeGall, and
H D Peck, and
D V DerVartanian
December 2015,
Biochimica et biophysica acta,
D S Patil, and
M H Czechowski, and
B H Huynh, and
J LeGall, and
H D Peck, and
D V DerVartanian
August 1986,
Journal of bacteriology,
D S Patil, and
M H Czechowski, and
B H Huynh, and
J LeGall, and
H D Peck, and
D V DerVartanian
June 1984,
Proceedings of the National Academy of Sciences of the United States of America,
D S Patil, and
M H Czechowski, and
B H Huynh, and
J LeGall, and
H D Peck, and
D V DerVartanian
May 1978,
Biochemical and biophysical research communications,
D S Patil, and
M H Czechowski, and
B H Huynh, and
J LeGall, and
H D Peck, and
D V DerVartanian
May 1986,
FEBS letters,
D S Patil, and
M H Czechowski, and
B H Huynh, and
J LeGall, and
H D Peck, and
D V DerVartanian
February 1988,
FEBS letters,
