N-nitrosamines: bacterial mutagenesis and in vitro metabolism

Medicine & Life Sciences

• Nitrosamines 100%
• Mutagenesis 72%
• Mutagens 33%
• In Vitro Techniques 32%
• Ions 10%
• Aldehydes 9%
• Liver 8%
• Base Pairing 8%
• Carbon 8%
• Cytochrome P-450 Enzyme System 7%
• Secondary Metabolism 6%
• Chlorodiphenyl (54% Chlorine) 6%
• Alcohols 6%
• Fluorine 5%
• Chlorine 5%
• DNA Adducts 5%
• Nasal Mucosa 4%
• Hydroxylation 4%
• Mixed Function Oxygenases 4%
• Microsomes 4%
• Hydroxyl Radical 4%
• NADP 4%
• Isotopes 4%
• Amines 4%
• Cricetinae 4%
• Pancreas 3%
• Rodentia 3%
• Observation 2%
• Escherichia coli 2%
• Water 2%
• Mutation 2%
• DNA 2%
• Kidney 2%
• Lung 2%
• Animals 2%

Chemical Compounds

• Nitrosamine 96%
• Mutagen 35%
• Diazonium Ion 18%
• Adduct 8%
• Carcinogenic 8%
• Substitution Reaction 7%
• Formylmethyl 7%
• Dose 6%
• Strain 5%
• Aldehyde 5%
• Nasal 5%
• Alcohol 4%
• Genotoxic 4%
• Carbocation 4%
• Isotope Effect 4%
• Enzymatic Reaction 4%
• Reaction Half Life 3%
• Drop 3%
• Mutation 3%
• Metabolic 3%
• Metabolite 2%
• Amine 2%
• Liquid 2%
• Carbon Atom 1%
• Mixture 1%
• Reaction Yield 1%