-transparent.png){kind=logo}
Molecular characterization of high-level-cholera-toxin-producing El Tor variant Vibrio cholerae strains in the Zanzibar Archipelago of Tanzania. 2013
A Naha, and
G Chowdhury, and
J Ghosh-Banerjee, and
M Senoh, and
T Takahashi, and
B Ley, and
K Thriemer, and
J Deen, and
L V Seidlein, and
S M Ali, and
A Khatib, and
T Ramamurthy, and
R K Nandy, and
G B Nair, and
Y Takeda, and
A K Mukhopadhyay
National Institute of Cholera and Enteric Diseases, Kolkata, India.
Analysis of 1,180 diarrheal stool samples in Zanzibar detected 247 Vibrio cholerae O1, Ogawa strains in 2009. Phenotypic traits and PCR-based detection of rstR, rtxC, and tcpA alleles showed that they belonged to the El Tor biotype. Genetic analysis of ctxB of these strains revealed that they were classical type, and production of classical cholera toxin B (CTB) was confirmed by Western blotting. These strains produced more CT than the prototype El Tor and formed a separate cluster by pulsed-field gel electrophoresis (PFGE) analysis.
Related Publications
A Naha, and
G Chowdhury, and
J Ghosh-Banerjee, and
M Senoh, and
T Takahashi, and
B Ley, and
K Thriemer, and
J Deen, and
L V Seidlein, and
S M Ali, and
A Khatib, and
T Ramamurthy, and
R K Nandy, and
G B Nair, and
Y Takeda, and
A K Mukhopadhyay
November 2010,
Journal of clinical microbiology,
A Naha, and
G Chowdhury, and
J Ghosh-Banerjee, and
M Senoh, and
T Takahashi, and
B Ley, and
K Thriemer, and
J Deen, and
L V Seidlein, and
S M Ali, and
A Khatib, and
T Ramamurthy, and
R K Nandy, and
G B Nair, and
Y Takeda, and
A K Mukhopadhyay
July 1979,
Lancet (London, England),
A Naha, and
G Chowdhury, and
J Ghosh-Banerjee, and
M Senoh, and
T Takahashi, and
B Ley, and
K Thriemer, and
J Deen, and
L V Seidlein, and
S M Ali, and
A Khatib, and
T Ramamurthy, and
R K Nandy, and
G B Nair, and
Y Takeda, and
A K Mukhopadhyay
January 2020,
Frontiers in microbiology,
A Naha, and
G Chowdhury, and
J Ghosh-Banerjee, and
M Senoh, and
T Takahashi, and
B Ley, and
K Thriemer, and
J Deen, and
L V Seidlein, and
S M Ali, and
A Khatib, and
T Ramamurthy, and
R K Nandy, and
G B Nair, and
Y Takeda, and
A K Mukhopadhyay
July 2022,
Transboundary and emerging diseases,
A Naha, and
G Chowdhury, and
J Ghosh-Banerjee, and
M Senoh, and
T Takahashi, and
B Ley, and
K Thriemer, and
J Deen, and
L V Seidlein, and
S M Ali, and
A Khatib, and
T Ramamurthy, and
R K Nandy, and
G B Nair, and
Y Takeda, and
A K Mukhopadhyay
September 2008,
The Journal of infection,
A Naha, and
G Chowdhury, and
J Ghosh-Banerjee, and
M Senoh, and
T Takahashi, and
B Ley, and
K Thriemer, and
J Deen, and
L V Seidlein, and
S M Ali, and
A Khatib, and
T Ramamurthy, and
R K Nandy, and
G B Nair, and
Y Takeda, and
A K Mukhopadhyay
January 2014,
Microbial pathogenesis,
A Naha, and
G Chowdhury, and
J Ghosh-Banerjee, and
M Senoh, and
T Takahashi, and
B Ley, and
K Thriemer, and
J Deen, and
L V Seidlein, and
S M Ali, and
A Khatib, and
T Ramamurthy, and
R K Nandy, and
G B Nair, and
Y Takeda, and
A K Mukhopadhyay
November 2006,
Journal of clinical microbiology,
A Naha, and
G Chowdhury, and
J Ghosh-Banerjee, and
M Senoh, and
T Takahashi, and
B Ley, and
K Thriemer, and
J Deen, and
L V Seidlein, and
S M Ali, and
A Khatib, and
T Ramamurthy, and
R K Nandy, and
G B Nair, and
Y Takeda, and
A K Mukhopadhyay
April 2011,
Journal of microbiology (Seoul, Korea),
A Naha, and
G Chowdhury, and
J Ghosh-Banerjee, and
M Senoh, and
T Takahashi, and
B Ley, and
K Thriemer, and
J Deen, and
L V Seidlein, and
S M Ali, and
A Khatib, and
T Ramamurthy, and
R K Nandy, and
G B Nair, and
Y Takeda, and
A K Mukhopadhyay
January 1986,
Microbiology and immunology,
A Naha, and
G Chowdhury, and
J Ghosh-Banerjee, and
M Senoh, and
T Takahashi, and
B Ley, and
K Thriemer, and
J Deen, and
L V Seidlein, and
S M Ali, and
A Khatib, and
T Ramamurthy, and
R K Nandy, and
G B Nair, and
Y Takeda, and
A K Mukhopadhyay
August 1994,
Infection and immunity,
