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These findings suggest that combining arsenictrioxide with radiotherapy may represent a new therapeutic approach.
2
Inorganic arsenic compounds, like arsenictrioxide, are reactive and can cause damage to the body.
3
The results support the hypothesis that arsenictrioxide and glycerol use the same translocation pathway in AQP9.
4
Therefore, arsenictrioxide could be an effective cytotoxic drug for the treatment of heterogeneous cellular population of neuroblastoma.
5
Furthermore, an increase in SIV-specific immune responses after arsenictrioxide treatment may contribute to suppression of viral rebound.
Usage of arsenite in inglês
1
The reagent employed is sodium arsenite in the presence of sodium bicarbonate.
2
The toxicity of arsenite to 8-cell stage hamster embryos was evaluated.
3
They claimed the lead arsenate did not act as quickly as the sodium arsenite.
4
Its motility and colonization behaviour have been previously suggested to be influenced by arsenite.
5
In the first 32 days the precipitate contained tooeleite, a rare arsenite ferric sulfate mineral.
6
The most important are the sulphate, subacetate, and arsenite.
7
But if you spray it on, the lead arsenate will kill as quickly as the sodium arsenite.
8
We have found that, with chronic exposure to arsenite, L-02 cells undergo a metabolic shift to glycolysis.
9
Conclusion: These results reveal the existence of novel molecular regulatory processes governing arsenite oxidase expression in H. arsenicoxydans.
10
The integrated analysis of high-throughput transcriptomic data and non-targeted metabolomic approaches highlighted multiple levels of protection against arsenite.
11
The findings support the concept that exosomal circRNAs are involved in cell-cell communication during carcinogenesis induced by arsenite.
12
Using time-course confocal laser scanning microscopy, we investigated its biofilm development in the absence and presence of arsenite.
13
Several reports have established that exposure to arsenite modifies P450 expression by decreasing or increasing mRNA and protein levels.
14
In the present study we have analyzed the effects of short-term arsenite exposure on vascular function and endothelium-dependent relaxation.
15
Cellular oxidative stress can promote DNA damage and arsenite, but not uranium, stimulated DNA damage as measured by pH2AX.
16
Our results demonstrate that this biofilm community responds to arsenite stress in a multimodal way, enhancing both survival and dispersal.