Abstract
Mammalian cells recover from DNA synthesis inhibition by UV light before most of the pyrimidine dimers have been removed from the genome. Most of the rodent cells show a deficient dimer excision repair compared with normal human fibroblasts. Despite this fact they recover efficiently from DNA synthesis inhibition after UV. In Chinese hamster V 79 cells was found that this recovery takes place in the absence of a significant excision repair, and it seems to be directly coupled to a recovery in the rate of movement of the replication fork. 120 refs, 31 figs. (author).
Citation Formats
Ventura, A M.
Recovery from DNA synthesis in V 79 chinese hamster cells irradiated with UV light; Recuperacao de sintese de DNA em celulas V79 de hasmter chines irradiadas com luz ultravioleta.
Brazil: N. p.,
1987.
Web.
Ventura, A M.
Recovery from DNA synthesis in V 79 chinese hamster cells irradiated with UV light; Recuperacao de sintese de DNA em celulas V79 de hasmter chines irradiadas com luz ultravioleta.
Brazil.
Ventura, A M.
1987.
"Recovery from DNA synthesis in V 79 chinese hamster cells irradiated with UV light; Recuperacao de sintese de DNA em celulas V79 de hasmter chines irradiadas com luz ultravioleta."
Brazil.
@misc{etde_10125121,
title = {Recovery from DNA synthesis in V 79 chinese hamster cells irradiated with UV light; Recuperacao de sintese de DNA em celulas V79 de hasmter chines irradiadas com luz ultravioleta}
author = {Ventura, A M}
abstractNote = {Mammalian cells recover from DNA synthesis inhibition by UV light before most of the pyrimidine dimers have been removed from the genome. Most of the rodent cells show a deficient dimer excision repair compared with normal human fibroblasts. Despite this fact they recover efficiently from DNA synthesis inhibition after UV. In Chinese hamster V 79 cells was found that this recovery takes place in the absence of a significant excision repair, and it seems to be directly coupled to a recovery in the rate of movement of the replication fork. 120 refs, 31 figs. (author).}
place = {Brazil}
year = {1987}
month = {Dec}
}
title = {Recovery from DNA synthesis in V 79 chinese hamster cells irradiated with UV light; Recuperacao de sintese de DNA em celulas V79 de hasmter chines irradiadas com luz ultravioleta}
author = {Ventura, A M}
abstractNote = {Mammalian cells recover from DNA synthesis inhibition by UV light before most of the pyrimidine dimers have been removed from the genome. Most of the rodent cells show a deficient dimer excision repair compared with normal human fibroblasts. Despite this fact they recover efficiently from DNA synthesis inhibition after UV. In Chinese hamster V 79 cells was found that this recovery takes place in the absence of a significant excision repair, and it seems to be directly coupled to a recovery in the rate of movement of the replication fork. 120 refs, 31 figs. (author).}
place = {Brazil}
year = {1987}
month = {Dec}
}