Sentence examples for mutagenicity profiles from inspiring English sources
Mutagenicity profiles of dichloromethane extracts of the five soils were determined in the Spiral technique of the Salmonella assay with seven tester strains.
Although these studies do not consistently identify the same drug-resistant BCR-ABL point mutations for individual drugs, it is clear that all three compounds display different mutagenicity profiles.
Mutagen contains mutagenicity categories ("mutagen" or "nonmutagen") for 4335 compounds from Kazius et al.[17].[17]
The work establishes baseline CSC cytotoxicity, mutagenicity, and expression profiles that can be used as a point of reference for comparison with data generated for products marketed as reduced harm and/or modified risk tobacco products.
As fungal secondary metabolites are known for their toxicological activities and therapeutic effects, this study investigated the chemical profile, mutagenicity and cytotoxicity of an aqueous extract of S. sclerotiorum (AESS).
In order to establish baseline similarities and differences among different tobacco brands available in Canada, the present study examined the cytotoxicity, mutagenicity, clastogenicity, and gene expression profiles of cigarette smoke condensate (CSC) from three tobacco products, encompassing a full-flavor, blonde, and "light" variety.
The NPAHexposed /NPAHunexposed profiles, from both the mutagenicity and chemical studies, showed the formation of 1-NP and 6-NBaP from OH radical exposure.
Analysis of the vertical profile of soil revealed an increase of mutagenicity per gram from the surface to a maximum at 5 15 cm depth and a subsequent decrease with very little activity remaining deeper than 35 cm.
Thus, enhancing their mutagenicity when compared with the pro-mutagen parent species.
For the O3 exposure, the PAHexposed/PAHunexposed profiles of Beijing PM samples were comparable in the mutagenicity and chemical studies.
Therefore, the principal objectives of the present study were to investigate the cytotoxicity and mutagenicity of different parts of R. communis parts along with bioactivity profiling.
