The phrase "accurate toxicity" is correct and usable in written English.
It can be used in contexts where you are discussing the precise measurement or assessment of toxic effects or levels of a substance.
Example: "The study aimed to determine the accurate toxicity of the chemical compound on aquatic life."
Alternatives: "precise toxicity" or "exact toxicity".
This is the first report of large-scale purification and accurate toxicity estimation of soluble B. sphaericus BinA.
The present study has produced evidence that the current panel of cell viability assays for nanomaterials is not sensitive enough for providing an accurate toxicity profile of nanomaterial.
It is also essential to characterize their agglomeration/aggregation tendency in the culture media for accurate toxicity assessment.
Collection of accurate toxicity data, especially those related to nutritional status, salivary and swallowing functions, ototoxicity, neuropathy and other late side effects, is vital to the planning of appropriate remedies.
There are five important results of this study: confirmation of the accuracy of MAA SPECT/CT dosimetry in predicting response, development of the intensification concept, good results in patients with PVT, identification of an accurate toxicity scoring system, and finally availability of a fully personalized approach.
Researchers in Professor Kevin Healy's lab have taken a major step toward fast, accurate drug-toxicity testing with a sophisticated organ-on-a-chip using live, beating heart tissue.
Our results indicate that accurate prediction of toxicity (including the category of toxicity) can be achieved using a small set consisting of a few up to some dozens of features (Table 3).
Understanding the mechanistic basis for this synergy will aid in a more accurate assessment of toxicity that can then be applied to other toxicants with similar mechanisms of action, and will contribute to predictive models for PAH mixtures, the environmental norm.
These observations indicate that the improved dispersion stability leads to increased NP bioavailability for suspension cell models and reduced NP sedimentation onto adherent cell layers resulting in more accurate in vitro toxicity assessments.
Information on morphology combined with the induction of specific cell pathways via the use of stress inducible cell lines is leading to a more accurate evaluation of toxicity than cell mortality alone, but also to accurate clustering of families of toxicants.
Species-dependent metabolism prevents an accurate prediction of toxicity with laboratory animals (e.g. rodents, fish).
