Chemoprevention of colon cancer by organoselenium compounds and impact of high- or low-fat diets

Keyphrases

• Animal Feed 22%
• Animal Groups 11%
• Azoxymethane 33%
• Benzyl 77%
• Carcinogen 22%
• Chemoprevention 100%
• Colon Adenocarcinoma 55%
• Colon Cancer 100%
• Colon Tumor 66%
• Cyanate 11%
• Dietary Administration 11%
• Dietary Supplementation 11%
• F344 Rats 11%
• High-fat Diet 100%
• Histological Analysis 11%
• Initiation Mechanism 22%
• Low Fat 22%
• Low Toxicity 11%
• Low-fat Diet 100%
• Methoxy 88%
• Methylene 11%
• Organoselenium 22%
• Organoselenium Compounds 100%
• Parts per Million 88%
• Saline Treatment 11%
• Second Injection 22%
• Selenium 22%
• Selenium Compounds 11%
• Selenocyanate 77%
• Subcutaneous Injection 11%
• Synthetic Organoselenium Compound 11%
• Toxic Effects 11%
• Treatment Analysis 11%
• Tumor Incidence 44%
• Tumor multiplicity 22%
• Young Males 11%

Medicine and Dentistry

• Azoxymethane 37%
• Benzyl Selenocyanate 87%
• Body Weight 12%
• Cancer Incidence 62%
• Carbene 12%
• Carcinogen 25%
• Chemoprophylaxis 100%
• Colon Carcinogenesis 62%
• Colon Carcinoma 100%
• Colon Tumor 75%
• Diet Supplementation 12%
• High Fat Food 100%
• Injection 37%
• Low Fat Diet 100%
• Observational Study 12%
• Organoselenium Derivative 100%
• Selenium 25%
• Selenium Derivative 12%
• Subcutaneous Injection 12%
• Table Salt 25%

Pharmacology, Toxicology and Pharmaceutical Science

• Azoxymethane 42%
• Benzyl Selenocyanate 100%
• Cancer Incidence 71%
• Carbene 14%
• Carcinogen 28%
• Colon Carcinogenesis 71%
• Colon Carcinoma 100%
• Colon Tumor 85%
• Cyanate 14%
• Fischer 344 Rat 14%
• Observational Study 14%
• Organoselenium compounds 100%
• Rat 28%
• Selenium 28%
• Selenium Compound 14%
• Subcutaneous Injection 14%
• Table Salt 28%