-transparent.png){kind=logo}
Neisseria gonorrhoeae (Strain A) induces a sialyl-transferase when treated with a very low concentration of cytidine 5'monophospho-N-acetyl neuraminic acid, 2 x 10(-3) nmol.ml-1, a concentration which is insufficient to produce an adequate resistance to human serum complement. The sialyl-transferase activity was detected by measurement of fixed 14C radio-labeled sialyl groups. Without this stimulation, there was practically no transfer of sialyl groups. The gonococcal sialyl-transferase could be considered inducible.
Related Publications
M Goldner, and
J P Emond, and
E Germani, and
J M Launay, and
A Dublanchet
June 1962,
Biochemical and biophysical research communications,
M Goldner, and
J P Emond, and
E Germani, and
J M Launay, and
A Dublanchet
July 1972,
Journal of neurochemistry,
M Goldner, and
J P Emond, and
E Germani, and
J M Launay, and
A Dublanchet
April 1991,
Microbial pathogenesis,
M Goldner, and
J P Emond, and
E Germani, and
J M Launay, and
A Dublanchet
July 1989,
Microbial pathogenesis,
M Goldner, and
J P Emond, and
E Germani, and
J M Launay, and
A Dublanchet
June 1969,
Indian journal of biochemistry,
M Goldner, and
J P Emond, and
E Germani, and
J M Launay, and
A Dublanchet
April 1984,
European journal of biochemistry,
M Goldner, and
J P Emond, and
E Germani, and
J M Launay, and
A Dublanchet
January 1990,
FEMS microbiology letters,
M Goldner, and
J P Emond, and
E Germani, and
J M Launay, and
A Dublanchet
November 1962,
The Journal of biological chemistry,
M Goldner, and
J P Emond, and
E Germani, and
J M Launay, and
A Dublanchet
May 1993,
Infection and immunity,
M Goldner, and
J P Emond, and
E Germani, and
J M Launay, and
A Dublanchet
October 2005,
Bioscience, biotechnology, and biochemistry,
