Experimental study of the combined action of heavy metals and ionizing radiation on the viability of cells in culture was made. We established a significant toxic effect of copper and nickel in the proliferative and mitotic activity of cells in vitro. Under the combined effects of radiation and copper ions on cells we observed the mor-phological changes in morphologically-functional properties of cells that were determined by or radiation dose or by concentration of copper ions. While incubation of irradiated cells with nickel ions we observed sensitiza-tion of cells by nickel ions under the irradiation dose of 0.5 and 5.0 Gy, and the resistance of cells to exposure to sublethal dose of 10.0 Gy
Protective action of antioxidants (mexidol, carnosine, N-acetyl cysteine) and the metal chelator Ca,...
Abstract: Objective: Metal alloys used in dentistry and in other biomedical fields may release nicke...
In this paper we report a study conducted with two analogous complexes, bis(N4-ethylmorpholine citro...
Seven particulate nickel compounds were studied for their cell transformation activity using culture...
Objective: Metal alloys used in dentistry and in other biomedical fields may release nickel ions in ...
Research progress in the following areas is reported. The phagocytosis activity and induction of cel...
'To whom reprint requests should be sent Raising the extracellular level of magnesium ions inhi...
OBJECTIVE: Metal alloys used in dentistry and in other biomedical fields may release nickel ions in ...
In order clarify the mechanism underlying the combined of effects of radiation and metals,we have st...
Both deficiency and excess of copper induce toxic effects on mammalian cell systems in vivo and in v...
International audienceExposure to Ni, Cd or Al leads to different health issues depending on the dos...
Electroporation is an effective method for the modification of the cell membrane permeability with n...
In order to investigate the in vivo effect of metals used in dentistry, we investigated the effect o...
The effects of Ag +1 , Au +3 , Cd +2 , Cu +2 , Ga +3 , In +3 , Ni +2 , Pd +2 , and Zn +2 on DNA syn...
The purpose of the project was to clarify the mechanisms of action of carcinogenic metal compounds a...
Protective action of antioxidants (mexidol, carnosine, N-acetyl cysteine) and the metal chelator Ca,...
Abstract: Objective: Metal alloys used in dentistry and in other biomedical fields may release nicke...
In this paper we report a study conducted with two analogous complexes, bis(N4-ethylmorpholine citro...
Seven particulate nickel compounds were studied for their cell transformation activity using culture...
Objective: Metal alloys used in dentistry and in other biomedical fields may release nickel ions in ...
Research progress in the following areas is reported. The phagocytosis activity and induction of cel...
'To whom reprint requests should be sent Raising the extracellular level of magnesium ions inhi...
OBJECTIVE: Metal alloys used in dentistry and in other biomedical fields may release nickel ions in ...
In order clarify the mechanism underlying the combined of effects of radiation and metals,we have st...
Both deficiency and excess of copper induce toxic effects on mammalian cell systems in vivo and in v...
International audienceExposure to Ni, Cd or Al leads to different health issues depending on the dos...
Electroporation is an effective method for the modification of the cell membrane permeability with n...
In order to investigate the in vivo effect of metals used in dentistry, we investigated the effect o...
The effects of Ag +1 , Au +3 , Cd +2 , Cu +2 , Ga +3 , In +3 , Ni +2 , Pd +2 , and Zn +2 on DNA syn...
The purpose of the project was to clarify the mechanisms of action of carcinogenic metal compounds a...
Protective action of antioxidants (mexidol, carnosine, N-acetyl cysteine) and the metal chelator Ca,...
Abstract: Objective: Metal alloys used in dentistry and in other biomedical fields may release nicke...
In this paper we report a study conducted with two analogous complexes, bis(N4-ethylmorpholine citro...