| | Biomarkers and Risk Assessment: Concepts and Principles |
| | 0,26 | | MB |
| | 31 | | stron |
| | 3684 | | ID | World Health Organization |
| | 2006 | | rok |
| | CONTENTS |
| | BIOMARKERS AND RISK ASSESSMENT: CONCEPTS AND PRINCIPLES |
| | PREFACE |
| | 1. INTRODUCTION |
| | 1.1. Biomarkers - concepts |
| | 1.2. Definitions |
| | 1.3. Biomarkers and the risk assessment process |
| | 2. USES OF BIOMARKERS |
| | 2.1. Use in health risk assessment |
| | 2.2. Use for clinical diagnosis |
| | 2.3. Use for monitoring purposes |
| | 3. SELECTION AND VALIDATION OF BIOMARKERS |
| | 3.1. Selection - practical aspects |
| | 3.1.1. General laboratory considerations |
| | 3.1.2. Quality assurance and control |
| | 3.2. Validation and characteristics of biomarkers |
| | 4. ETHICS AND SOCIAL CONSIDERATIONS |
| | 5. BIOMARKERS OF EXPOSURE |
| | 6. BIOMARKERS OF EFFECT |
| | 6.1. Haematological biomarkers |
| | 6.2. Nephrotoxicity biomarkers |
| | 6.3. Liver toxicity biomarkers |
| | 6.4. Biomarkers of immunotoxicity |
| | 6.5. Biomarkers of pulmonary toxicity |
| | 6.6. Biomarkers of reproductive and developmental toxicity |
| | 6.7. Biomarkers of neurotoxicity |
| | 7. BIOMARKERS AND CHEMICAL CARCINOGENESIS |
| | 7.1. Analysis of chemicals and metabolites |
| | 7.2. Biomarkers for genotoxic carcinogens |
| | 7.2.1. DNA adducts - general considerations |
| | 7.2.2. DNA adducts in human samples |
| | 7.2.3. Protein adducts |
| | 7.2.4. Cytogenetic methods |
| | 7.2.5. Chromosome damage |
| | 7.2.6. Sister chromatid exchange |
| | 7.2.7. Micronuclei |
| | 7.2.8. Aneuploidy |
| | 7.2.9. Mutation |
| | 7.3. Biomarkers for non-genotoxic carcinogenesis |
| | 8. BIOMARKERS OF SUSCEPTIBILITY |
| | 9. SUMMARY |
| | 10. RECOMMENDATIONS |
| | 10.1. General |
| | 10.2. Research |
| | 10.3. Applications |
| | REFERENCES |
| | RESUME |