-transparent.png){kind=logo}
Proteus mirabilis and Proteus vulgaris expressed a combination of superoxide dismutase (Sod) activities, which was assigned to FeSod1, FeSod2 and MnSod for P. mirabilis, and FeSod, MnSod and CuZnSod for P. vulgaris. Production of the Sod proteins was dependent on the availability of iron, whether cells were grown under anaerobiosis or aerobiosis and growth phase. Nalidixic acid and chloramphenicol inhibited cell growth and the iron- and dioxygen-dependent production of Sod. These results support the involvement of metal ions and redox status in the production of Proteus Sods.
Related Publications
T M Dayton, and
K A Diefenbach, and
M L Fuller, and
J Valtos, and
E C Niederhoffer
February 1985,
Journal of medical microbiology,
T M Dayton, and
K A Diefenbach, and
M L Fuller, and
J Valtos, and
E C Niederhoffer
October 1995,
FEMS microbiology letters,
T M Dayton, and
K A Diefenbach, and
M L Fuller, and
J Valtos, and
E C Niederhoffer
April 1975,
Journal of general microbiology,
T M Dayton, and
K A Diefenbach, and
M L Fuller, and
J Valtos, and
E C Niederhoffer
January 1974,
Applied microbiology,
T M Dayton, and
K A Diefenbach, and
M L Fuller, and
J Valtos, and
E C Niederhoffer
July 1952,
Journal of bacteriology,
T M Dayton, and
K A Diefenbach, and
M L Fuller, and
J Valtos, and
E C Niederhoffer
January 1986,
Archivum immunologiae et therapiae experimentalis,
T M Dayton, and
K A Diefenbach, and
M L Fuller, and
J Valtos, and
E C Niederhoffer
January 2007,
Gene,
T M Dayton, and
K A Diefenbach, and
M L Fuller, and
J Valtos, and
E C Niederhoffer
October 1980,
Journal of clinical microbiology,
T M Dayton, and
K A Diefenbach, and
M L Fuller, and
J Valtos, and
E C Niederhoffer
March 1968,
Archives roumaines de pathologie experimentales et de microbiologie,
T M Dayton, and
K A Diefenbach, and
M L Fuller, and
J Valtos, and
E C Niederhoffer
August 1975,
Journal of general microbiology,
