-transparent.png){kind=logo}
Intracellular development of choleraphage phi 149 following infection of Vibrio cholerae and Vibrio eltor cells under different conditions was examined by thin-section electron microscopy. Degradation of the host DNA following infection and formation of mature phage particles inside the infected cells were demonstrated. The concatemeric DNA intermediate formed during intracellular replication of phi 149 DNA in permissive hosts was resolved. In confirmation of biochemical evidence, no concatemeric DNA intermediate was observed for infection in high-phosphate medium.
Related Publications
S Majumdar, and
S N Dey, and
R Chowdhury, and
C Dutta, and
J Das
December 1987,
Journal of virology,
S Majumdar, and
S N Dey, and
R Chowdhury, and
C Dutta, and
J Das
January 1985,
Virology,
S Majumdar, and
S N Dey, and
R Chowdhury, and
C Dutta, and
J Das
January 1989,
Journal of virology,
S Majumdar, and
S N Dey, and
R Chowdhury, and
C Dutta, and
J Das
July 1984,
Virology,
S Majumdar, and
S N Dey, and
R Chowdhury, and
C Dutta, and
J Das
March 1986,
The Indian journal of medical research,
S Majumdar, and
S N Dey, and
R Chowdhury, and
C Dutta, and
J Das
January 1974,
Archiv fur die gesamte Virusforschung,
S Majumdar, and
S N Dey, and
R Chowdhury, and
C Dutta, and
J Das
January 1989,
Journal of orthopaedic research : official publication of the Orthopaedic Research Society,
S Majumdar, and
S N Dey, and
R Chowdhury, and
C Dutta, and
J Das
January 1954,
The Psychiatric quarterly,
S Majumdar, and
S N Dey, and
R Chowdhury, and
C Dutta, and
J Das
January 1975,
Voprosy virusologii,
S Majumdar, and
S N Dey, and
R Chowdhury, and
C Dutta, and
J Das
May 1983,
Zhurnal mikrobiologii, epidemiologii i immunobiologii,
