Use of cell proliferation data in modeling urinary bladder carcinogenesis

Keyphrases

• Cell Proliferation 100%
• High Dose 100%
• Upper Tract Urothelial Carcinoma 100%
• Non-genotoxic 100%
• Tumor 66%
• Cell number 66%
• Carcinogen 66%
• Rodents 66%
• Sodium Saccharin 66%
• Bladder 66%
• Mechanistic Considerations 66%
• Physiologic 33%
• Monkey 33%
• Hamster 33%
• Furyl 33%
• Urinary Bladder 33%
• Thiazolyl 33%
• Carcinogenicity 33%
• Formamide 33%
• Nitro 33%
• Cell Surface Receptor 33%
• Carcinogenesis Models 33%
• Cell-to-cell 33%
• Lumen 33%
• Bladder Cancer 33%
• Detection Rate 33%
• Pharmacokinetics 33%
• Cell Division 33%
• Silicate 33%
• Urothelium 33%
• Proliferative Effect 33%
• DNA Replication 33%
• DNA Adducts 33%
• Exposure Level 33%
• Cancer Risk 33%
• Calculus 33%
• At Birth 33%
• Epidemiological Evidence 33%
• Sodium Salt 33%
• Qualitative Aspects 33%
• Multiple Dose 33%
• Rat Urine 33%
• Effect Level 33%
• Abrasion 33%
• Cancer Effects 33%
• Abrasive 33%
• Dose Threshold 33%
• Quantitative Aspects 33%
• 2-Acetylaminofluorene 33%
• Extrapolation to Human 33%
• Dose Extrapolation 33%
• Biologically Inspired Model 33%
• Susceptible Species 33%

Pharmacology, Toxicology and Pharmaceutical Science

• Neoplasm 100%
• Malignant Neoplasm 100%
• N [4 (5 Nitro 2 Furyl) 2 Thiazolyl]formamide 100%
• Carcinogen 100%
• Saccharin Sodium 100%
• Bladder Carcinogenesis 100%
• Mouse 50%
• Haplorhini 50%
• Carcinogenicity 50%
• Carcinogenesis 50%
• Bladder Cancer 50%
• Pharmacokinetics 50%
• Sodium 50%
• Stone Formation 50%
• Cell Receptor 50%
• 2-Acetylaminofluorene 50%