-transparent.png){kind=logo}
We examined the effect of growth conditions in chemostat culture on the quantity and composition of the cell wall teichoic acids of Streptococcus mutans BHT and Lactobacillus plantarum NCIB 7220 and the membrane lipoteichoic acid from S. mutans Ingbritt. With the cell wall teichoic acids, which are covalently linked to peptidoglycan, the amount of teichoic acid is independent of the growth conditions employed. However, the extent of glucosyl substitution of the polymer from L. plantarum was dependent on growth conditions. S. mutans Ingbritt lipoteichoic acid, on the other hand, was little affected by growth conditions in terms of composition or serological activity, but the amount produced was markedly affected by changes in growth conditions.
A J Wicken, and
J D Evans, and
L K Campbell, and
K W Knox
April 1979,
Infection and immunity,
A J Wicken, and
J D Evans, and
L K Campbell, and
K W Knox
August 1980,
Infection and immunity,
A J Wicken, and
J D Evans, and
L K Campbell, and
K W Knox
July 1972,
Infection and immunity,
A J Wicken, and
J D Evans, and
L K Campbell, and
K W Knox
January 1973,
Microbios,
A J Wicken, and
J D Evans, and
L K Campbell, and
K W Knox
May 2003,
Proteomics,
A J Wicken, and
J D Evans, and
L K Campbell, and
K W Knox
January 2018,
PloS one,
A J Wicken, and
J D Evans, and
L K Campbell, and
K W Knox
June 1969,
The Biochemical journal,
A J Wicken, and
J D Evans, and
L K Campbell, and
K W Knox
July 2005,
Proceedings of the National Academy of Sciences of the United States of America,
A J Wicken, and
J D Evans, and
L K Campbell, and
K W Knox
April 2011,
ACS chemical biology,
A J Wicken, and
J D Evans, and
L K Campbell, and
K W Knox
October 1968,
Journal of bacteriology,
