-transparent.png){kind=logo}
Oxidation of glutathione within Escherichia coli cells by diamide, (CH(3))(2)NCON=NCON(CH(3))(2), stops growth but does not cause cell death. Normal growth rates are resumed after periods which vary in length according to the diamide concentration. Consumption of excess reagent with added glutathione quickly reverses the inhibition. Another thiol-oxidizing agent, azoester, C(6)H(5)N=NCOOCH(3), causes lysis.
Related Publications
R Wax, and
E Rosenberg, and
N S Kosower, and
E M Kosower
July 1970,
FEBS letters,
R Wax, and
E Rosenberg, and
N S Kosower, and
E M Kosower
September 1971,
Nature: New biology,
R Wax, and
E Rosenberg, and
N S Kosower, and
E M Kosower
April 1978,
Thrombosis research,
R Wax, and
E Rosenberg, and
N S Kosower, and
E M Kosower
July 1993,
The American journal of physiology,
R Wax, and
E Rosenberg, and
N S Kosower, and
E M Kosower
March 1972,
Biochimica et biophysica acta,
R Wax, and
E Rosenberg, and
N S Kosower, and
E M Kosower
January 1971,
Biochimica et biophysica acta,
R Wax, and
E Rosenberg, and
N S Kosower, and
E M Kosower
January 2009,
The journal of medical investigation : JMI,
R Wax, and
E Rosenberg, and
N S Kosower, and
E M Kosower
March 1978,
Journal of bacteriology,
R Wax, and
E Rosenberg, and
N S Kosower, and
E M Kosower
November 1995,
Neuropharmacology,
R Wax, and
E Rosenberg, and
N S Kosower, and
E M Kosower
November 1976,
Brain research,
