Abstract
Mutations in genes controlling the replication (dnaEsup(ts), dnaBsup(ts), dnaGsup(ts) and cell division (lon) in Escherichia coli prevent the rejoining of the gamma radiation-induced single-strand breaks (dnaE in combination with polA1 mutation and dnaG at the restrictive temperature) and effective postreplication DNA repair in UV-irradiated cells (dnaG at the non-permissive temperature and lon mutation) and decrease the survival of UV- and gamma-irradiated bacteria.
Zhestyanikov, V D;
Svetlova, M P;
Tomilin, N V;
Savel'eva, G E
[1]
- AN SSSR, Leningrad. Inst. Tsitologii
Citation Formats
Zhestyanikov, V D, Svetlova, M P, Tomilin, N V, and Savel'eva, G E.
The role of genes controlling the replication and cell division in the repair of radiation damage in Escherichia coli.
Germany: N. p.,
1975.
Web.
Zhestyanikov, V D, Svetlova, M P, Tomilin, N V, & Savel'eva, G E.
The role of genes controlling the replication and cell division in the repair of radiation damage in Escherichia coli.
Germany.
Zhestyanikov, V D, Svetlova, M P, Tomilin, N V, and Savel'eva, G E.
1975.
"The role of genes controlling the replication and cell division in the repair of radiation damage in Escherichia coli."
Germany.
@misc{etde_7265316,
title = {The role of genes controlling the replication and cell division in the repair of radiation damage in Escherichia coli}
author = {Zhestyanikov, V D, Svetlova, M P, Tomilin, N V, and Savel'eva, G E}
abstractNote = {Mutations in genes controlling the replication (dnaEsup(ts), dnaBsup(ts), dnaGsup(ts) and cell division (lon) in Escherichia coli prevent the rejoining of the gamma radiation-induced single-strand breaks (dnaE in combination with polA1 mutation and dnaG at the restrictive temperature) and effective postreplication DNA repair in UV-irradiated cells (dnaG at the non-permissive temperature and lon mutation) and decrease the survival of UV- and gamma-irradiated bacteria.}
journal = []
volume = {53}
place = {Germany}
year = {1975}
month = {Jan}
}
title = {The role of genes controlling the replication and cell division in the repair of radiation damage in Escherichia coli}
author = {Zhestyanikov, V D, Svetlova, M P, Tomilin, N V, and Savel'eva, G E}
abstractNote = {Mutations in genes controlling the replication (dnaEsup(ts), dnaBsup(ts), dnaGsup(ts) and cell division (lon) in Escherichia coli prevent the rejoining of the gamma radiation-induced single-strand breaks (dnaE in combination with polA1 mutation and dnaG at the restrictive temperature) and effective postreplication DNA repair in UV-irradiated cells (dnaG at the non-permissive temperature and lon mutation) and decrease the survival of UV- and gamma-irradiated bacteria.}
journal = []
volume = {53}
place = {Germany}
year = {1975}
month = {Jan}
}