The protective effects of Cysteine and MEA against X-irradiation were investigated, comparing the population of inoculated L-strain cells of the treated groups with that of the irradiated control groups on 2 days and 4 days after 800 r or 400 r irradiation. The results were as follows. 1) The protective effect of 10(-4)M Cysteine was observed significantly on 2 days after 800 r irradiation. 2) Cysteine of 10(-5)M was significantly effective on 2 days and 4 days after 800 r irradiation. 3) MEA seemed to be more effective than Cysteine (not significant)
The nuclear accidents and the threat of a terrorist nuclear attack have raised awareness that high-d...
This dissertation addresses the mechanism by which thiol compounds can modify cellular radiation res...
In order to evaluate the anti-mutagenic effects of the potential chemoprotective compounds selenium ...
The protective effects of Cysteine and MEA against X-irradiation were investigated, comparing the po...
The protective effects of AET, Cystamine and HCT against irradiation were studied, comparing the cel...
In tissue culture, protection against X irradiation by a number of cysteamine derivatives was studie...
The goals of this study were to determine whether cysteamine, β-mercaptohetanol and glutathione prot...
There are very few studies of the indicators which measure the effects of irradiation, even though i...
The advantages gained by a combined treatment of different chemical protectors on short-term lethali...
MSc (Applied Radiation Science), North-West University, Mafikeng Campus, 2000At the National Acceler...
In association with the increasing use of high energy radiation in medicine, industry and warfare, t...
Both protection and sensitization of E. coli NIHJ and C 57 BL mice against (60)Co γ-rays by sulfur-c...
Includes bibliographical references (pages [101]-117)For years, protection against the deleterious e...
The aim of the present paper was to find out by in vitro chromosomal aberration test using human lym...
Cysteamine or 2-mercaptoethylamine (MEA) is an aminothiol with a well-known radioprotective action. ...
The nuclear accidents and the threat of a terrorist nuclear attack have raised awareness that high-d...
This dissertation addresses the mechanism by which thiol compounds can modify cellular radiation res...
In order to evaluate the anti-mutagenic effects of the potential chemoprotective compounds selenium ...
The protective effects of Cysteine and MEA against X-irradiation were investigated, comparing the po...
The protective effects of AET, Cystamine and HCT against irradiation were studied, comparing the cel...
In tissue culture, protection against X irradiation by a number of cysteamine derivatives was studie...
The goals of this study were to determine whether cysteamine, β-mercaptohetanol and glutathione prot...
There are very few studies of the indicators which measure the effects of irradiation, even though i...
The advantages gained by a combined treatment of different chemical protectors on short-term lethali...
MSc (Applied Radiation Science), North-West University, Mafikeng Campus, 2000At the National Acceler...
In association with the increasing use of high energy radiation in medicine, industry and warfare, t...
Both protection and sensitization of E. coli NIHJ and C 57 BL mice against (60)Co γ-rays by sulfur-c...
Includes bibliographical references (pages [101]-117)For years, protection against the deleterious e...
The aim of the present paper was to find out by in vitro chromosomal aberration test using human lym...
Cysteamine or 2-mercaptoethylamine (MEA) is an aminothiol with a well-known radioprotective action. ...
The nuclear accidents and the threat of a terrorist nuclear attack have raised awareness that high-d...
This dissertation addresses the mechanism by which thiol compounds can modify cellular radiation res...
In order to evaluate the anti-mutagenic effects of the potential chemoprotective compounds selenium ...