Impact of Salicylates Loaded Nanoparticles on Cisplatin Brain Toxicity
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The outcome of neurotoxicity depends on the duration and extent of exposure to the toxic substance, as well as the degree of neural damage. Exposure to neurotoxins can be fatal in some cases, while in others, patients survive but may not completely recover. In other cases, patient do completely recover after receiving treatment.Drug toxicity can develop at normal therapeutic doses of a drug or as a result of an acute overdose. In some cases, toxicity occurs in the majority of treated individuals because of the nature of the drug (e.g. cytotoxic agents used for cancer chemotherapy), but signifi...
The outcome of neurotoxicity depends on the duration and extent of exposure to the toxic substance, as well as the degree of neural damage. Exposure to neurotoxins can be fatal in some cases, while in others, patients survive but may not completely recover. In other cases, patient do completely recover after receiving treatment.Drug toxicity can develop at normal therapeutic doses of a drug or as a result of an acute overdose. In some cases, toxicity occurs in the majority of treated individuals because of the nature of the drug (e.g. cytotoxic agents used for cancer chemotherapy), but significant toxicity is rare with the majority of commonly prescribed drugs when used at recommended dosages.The mechanism of action of cisplatin is mediated by the interaction of cisplatin with DNA in order to for DNA adducts. The principle of action involves exerting its cytotoxicity upon cancer cells through the formation of DNA adducts that include mono-, inter, and intrastrand cisplatin DNA cross-links that arrest the cell cycle at S, G1 or G2-M thus induces apoptosis.
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