Comparison of mutagenicity and calf thymus DNA adducts formed by the particulate and semivolatile fractions of vehicle exhausts

Keyphrases

• Particulate 100%
• Mutagenicity 100%
• Diesel 100%
• DNA Adducts 100%
• Circulating Tumor DNA (ctDNA) 100%
• Vehicle Exhaust 100%
• Semi-volatiles 100%
• Gasoline 83%
• Polyurethane Foam 50%
• High Dose 33%
• DNA Binding 33%
• Nitro-polycyclic Aromatic Hydrocarbons 33%
• Gasoline Emissions 33%
• Xanthine Oxidase 33%
• Reductive Activation 33%
• Rat Liver S9 33%
• Passenger Car 16%
• High Concentration 16%
• Enzyme Activity 16%
• Aromatic Compounds 16%
• Diesel Exhaust 16%
• Exhaust Particles 16%
• Organic Matter 16%
• Reaction Conditions 16%
• Complex Interactions 16%
• Salmonella Enterica Serovar Typhimurium (S. Typhimurium) 16%
• In Vitro Incubation 16%
• Semi-volatile Compounds 16%
• Diesel Particulate Matter 16%
• Benzo(a)pyrene 16%
• TA98 16%
• Activation System 16%
• Salmonella mutagenicity Assay 16%
• DNA Adduct Formation 16%
• Gasoline Exhaust 16%
• Mutagenic Potential 16%
• Oxidative Activation 16%
• Soluble Organic Matter 16%
• Linear Dose Response 16%

INIS

• comparative evaluations 100%
• vehicles 100%
• particulates 100%
• gasoline 100%
• dna adducts 100%
• calves 100%
• thymus 100%
• dna 62%
• doses 50%
• foams 37%
• polyurethanes 37%
• efficiency 25%
• levels 25%
• concentration 25%
• emission 25%
• liver 25%
• filters 25%
• oxidases 25%
• aromatic hydrocarbons 25%
• rats 25%
• adducts 25%
• xanthines 25%
• enzymes 12%
• cars 12%
• passengers 12%
• data 12%
• interactions 12%
• enzyme activity 12%
• inhibition 12%
• strains 12%
• oxidation 12%
• particles 12%
• in vitro 12%
• bacteria 12%
• capacity 12%
• incubation 12%
• organic matter 12%
• metabolites 12%
• mutations 12%
• salmonella 12%
• salmonella typhimurium 12%
• pyrene 12%
• aromatic compounds 12%
• srm 12%

Pharmacology, Toxicology and Pharmaceutical Science

• Xanthine Oxidase 66%
• Aromatic Hydrocarbon 66%