-transparent.png){kind=logo}
The study of the ultrathin sections of cells infected with virulent phage phi KZ has confirmed the presence of a specific cylindrical formation, an inner body, in the head of this phage and revealed the spiral structure of this inner body. The formation of DNA condensates whose structure resembles a spring wound around the core (the inner body) has been shown to occur in the cells in the process of the ultracellular development of phage phi KZ. This development leads to characteristic changes in the cellular structure, and in particular in the cell walls and the nucleoid.
Related Publications
T A Smirnova, and
I B Minenkova, and
E A Khrenova, and
T G Plotnikova, and
V N Krylov
April 2001,
Bulletin of experimental biology and medicine,
T A Smirnova, and
I B Minenkova, and
E A Khrenova, and
T G Plotnikova, and
V N Krylov
November 1982,
Genetika,
T A Smirnova, and
I B Minenkova, and
E A Khrenova, and
T G Plotnikova, and
V N Krylov
November 1981,
Journal of virology,
T A Smirnova, and
I B Minenkova, and
E A Khrenova, and
T G Plotnikova, and
V N Krylov
November 1982,
Genetika,
T A Smirnova, and
I B Minenkova, and
E A Khrenova, and
T G Plotnikova, and
V N Krylov
October 1969,
Canadian journal of microbiology,
T A Smirnova, and
I B Minenkova, and
E A Khrenova, and
T G Plotnikova, and
V N Krylov
December 1974,
Journal of virology,
T A Smirnova, and
I B Minenkova, and
E A Khrenova, and
T G Plotnikova, and
V N Krylov
March 2008,
The Journal of biological chemistry,
T A Smirnova, and
I B Minenkova, and
E A Khrenova, and
T G Plotnikova, and
V N Krylov
November 2002,
Genetika,
T A Smirnova, and
I B Minenkova, and
E A Khrenova, and
T G Plotnikova, and
V N Krylov
January 1979,
Microbios,
T A Smirnova, and
I B Minenkova, and
E A Khrenova, and
T G Plotnikova, and
V N Krylov
January 1948,
Proceedings of the Society for Experimental Biology and Medicine. Society for Experimental Biology and Medicine (New York, N.Y.),
