-transparent.png){kind=logo}
Two hybridoma cell lines that produce monoclonal antibodies against Aeromonas hydrophila haemolysin were established by fusion of myeloma and spleen cells obtained from a mouse immunised with haemolysin detoxified with tetranitromethane. Enzyme-linked immunosorbent assay (ELISA) showed that the two purified monoclonal antibodies, B7 and B11, recognised the same epitope on the haemolysin molecule. Antibody B7 neutralised the haemolytic and enterotoxic activities of the haemolysin. It is concluded that the same site on the haemolysin molecule is responsible for both haemolytic and enterotoxic activities.
Related Publications
S Kozaki, and
K Kato, and
A Kurokawa, and
Y Kamata, and
T Asao, and
G Sakaguchi
January 2002,
Journal of applied microbiology,
S Kozaki, and
K Kato, and
A Kurokawa, and
Y Kamata, and
T Asao, and
G Sakaguchi
December 1992,
Microbial pathogenesis,
S Kozaki, and
K Kato, and
A Kurokawa, and
Y Kamata, and
T Asao, and
G Sakaguchi
August 1989,
Journal of clinical microbiology,
S Kozaki, and
K Kato, and
A Kurokawa, and
Y Kamata, and
T Asao, and
G Sakaguchi
January 1991,
Research in microbiology,
S Kozaki, and
K Kato, and
A Kurokawa, and
Y Kamata, and
T Asao, and
G Sakaguchi
April 1976,
Acta pathologica et microbiologica Scandinavica. Section B, Microbiology,
S Kozaki, and
K Kato, and
A Kurokawa, and
Y Kamata, and
T Asao, and
G Sakaguchi
January 2022,
Frontiers in veterinary science,
S Kozaki, and
K Kato, and
A Kurokawa, and
Y Kamata, and
T Asao, and
G Sakaguchi
October 2002,
Die Nahrung,
S Kozaki, and
K Kato, and
A Kurokawa, and
Y Kamata, and
T Asao, and
G Sakaguchi
September 1973,
Journal of general microbiology,
S Kozaki, and
K Kato, and
A Kurokawa, and
Y Kamata, and
T Asao, and
G Sakaguchi
June 1984,
Japanese journal of medical science & biology,
S Kozaki, and
K Kato, and
A Kurokawa, and
Y Kamata, and
T Asao, and
G Sakaguchi
August 1986,
European journal of clinical microbiology,
