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[Effect of dimephosphon on the adenine nucleotide system]
Farmakologiia I Toksikologiia
|July 1, 1988
Abstract:
The effect of a single injection of dimephosphon (1 mM/kg) on adenine nucleotide system in the liver of healthy and chlorophos-poisoned (a mean lethal dose) rats was studied. It was shown that in healthy rats dimephosphon decreased the levels of all components of adenylate system without changing the energy charge of adenylates. The treatment of the poisoned animals with dimephosphon normalized the parameters of energy metabolism disturbed by chlorophos intoxication.
Insights
Dimephosphon affects the adenine nucleotide system in rat liver. In healthy rats, it lowered adenylate levels, while in chlorophos-poisoned rats, it normalized energy metabolism.
Area of Science:
- Biochemistry
- Toxicology
- Pharmacology
Background:
- Chlorophos intoxication disrupts normal energy metabolism in the liver.
- The adenine nucleotide system plays a crucial role in cellular energy regulation.
Purpose of the Study:
- To investigate the effect of dimephosphon on the adenine nucleotide system in healthy and chlorophos-poisoned rats.
- To determine if dimephosphon can counteract chlorophos-induced metabolic disturbances.
Main Methods:
- Administered a single injection of dimephosphon (1 mM/kg) to healthy and chlorophos-poisoned rats.
- Analyzed the levels of adenine nucleotide system components and the adenylate energy charge in liver tissue.
Main Results:
- In healthy rats, dimephosphon decreased all adenylate system components but maintained the adenylate energy charge.
- In chlorophos-poisoned rats, dimephosphon treatment restored energy metabolism parameters that were disrupted by the intoxication.
Conclusions:
- Dimephosphon exhibits differential effects on the adenine nucleotide system in healthy versus intoxicated rats.
- Dimephosphon demonstrates potential as a therapeutic agent for chlorophos-induced metabolic disorders.