The phrase "acute toxicity data" is correct and usable in written English.
It can be used in scientific, medical, or regulatory contexts when discussing the harmful effects of a substance after a short-term exposure.
Example: "The acute toxicity data for the chemical indicates that it poses significant risks to human health."
Alternatives: "short-term toxicity information" or "immediate toxicity data".
Non-randomised phase II studies abound, but there are few well designed phase III randomised studies with comprehensive acute toxicity data and mature follow-up.
The basicity of the 2′-amine was found to be well correlated to acute toxicity data in mice: the increase in the basicity is associated with the toxicity increase.
Thus, classification of the acute toxicity data set has been performed in [84].
Quotient (LC50 of X/LC50 of Y) is used to interpret and compare the acute toxicity data between technical grade (X) and formulation (Y) of pesticides.
Because of rapid dissipation of CPY in the environment and in animals, acute toxicity data were considered most relevant for assessing risks.
Acute toxicity data for deltamethrin in fish have been summarized in a report of the World Health Organization (WHO 1990) and classified as highly toxic to fish.
The values in Table 27 are the geometric means of several studies, demonstrating the abundance of acute toxicity test data.
Generalized linear modelling (GLiM) was applied to analyse acute toxicity response data (proportion immobilized daphnids after 48 h exposure versus log10-transformed carbaryl concentrations) and to estimate the median effect concentration (EC50) for each population × treatment combination.
Its efficiency in cheminformatics and QSAR modelling is shown with three use cases: proteomics data for surface-modified gold nanoparticles, nano-metal oxides descriptor data, and molecular descriptors for acute aquatic toxicity data.
Acute oral toxicity data on NR-INF-02 is used to satisfy hazard classification and labelling requirements for its risk assessment in human health and environment [ 43].
Acute oral toxicity data on C. longa extract is used to satisfy hazard classification and labelling requirements for its risk assessment in human health and environment [ 43].
