The phrase "acute toxicity evaluation" is correct and usable in written English.
It can be used in scientific or regulatory contexts when assessing the harmful effects of a substance after a short-term exposure.
Example: "The acute toxicity evaluation revealed that the chemical posed significant risks to aquatic life."
Alternatives: "short-term toxicity assessment" or "immediate toxicity analysis".
The experiments were performed twice and in triplicate, except for chemical analysis and oral acute toxicity evaluation of the extract.
Adult healthy Sprague Dawley (SD) rats were used for gastro-protective and (ICR) mice for acute toxicity evaluation.
To the best of our knowledge this is the first chemical characterization, antituberculosis activity and acute toxicity evaluation of Annona sylvatica.
Acute toxicity evaluation was undertaken in animal experimental models using both mice and rats with 30, 75, 100, and 300 mg/kg doses not revealing any toxic effects.
During the 14 day period of acute toxicity evaluation, some signs of toxicity were observed, but they were all quickly reversible.
The chemical composition was done according to Harbone (1976), the acute toxicity evaluation according to WHO protocol and the hepatic as well as serum parameters measured to assess liver and kidney functions.
The results of acute oral toxicity evaluation showed that there was no toxic response or histopathological changes caused by P ECA-IA-MEG) hydrogel in BALB/c mice by gastric P ECA-IA-MEG
Acute oral toxicity evaluation was conducted according to OECD guideline number 420 by fixed dose method [35].
In order to determine the safety of the most active extract, acute oral toxicity evaluation was carried out.
In addition, the extract with the best activity was submitted to chemical characterization by ESI-MS and acute oral toxicity evaluation.
Since the safety evaluation of the smart hydrogel can have a significant implication on its further applications as a biocompatible carrier for oral drug delivery system, in this paper, the acute oral toxicity evaluation of pH-sensitive hydrogel based on MPEG, PCL, and itaconic acid was performed.
