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_aRecent advances in quantitative methods in cancer and human health risk assessment / _cedited by Lutz Edler, Christos P. Kitsos. |
260 |
_aChichester, England : _bJ. Wiley, _cc2005. |
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300 |
_axxviii, 463 p. : _bill. ; _c24 cm. |
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440 | 0 |
_aWiley series in probability and statistics _99765 |
|
505 | 0 | _aContributors. - Preface. - Introduction. - I: Cancer and human health risk assessment. - 1. Principles of cancer risk assessment: The risk assessment paradigm. - II: Biological aspects of Carcinogenesis. - 2. Molecular epidemiology in cancer research. - 3. Genetic polymorphisms in metabolising enzymes as lung cancer risk factors. - 4. Biological and mathematical aspects of multistage carcinogenesis . - 6. Risk assessment and chemical and radiation hormesis: A short commentary and bibliographic review. - III: Modeling for cancer risk assessment. - 7. Modeling exposure and target organ concentrations. - 8. Stochastic carcinogenesis models. - 9. A unified modeling approach: From exposure to disease endpoints. - 10. Modeling lung cancer screening. - 11. Optimal regimens of cancer screening. - IV: Statistical approaches for carcinogenesis studies. - 12. Analysis of survival data with non-proportional hazards and crossings of survival functions. - 13. Dose response modeling. - 14. Benchmark dose approach. - 15. Uncertainty analysis: the Bayesian approach. - 16. Optimal designs for bioassays in carcinogenesis. - V: Specific modeling approaches for health risk assessment. - 17. Cancer risk assessment for mixtures. - 18. Designs and models for mixtures: Assessing cumulative risk. - 19. Estimating the natural history of breast cancer from bivariate data on age and tumor size at diagnosis. - VI: Case studies. - 20. Statistical issues in search for biomarkers of colorectal cancer using microarray experiments. - 21. Optimal experimental designs for prediction of morbidity after lung resection. - 22. Logistic regression methods and their implementation. - 23. The use of logistic regression, discriminant analysis and classification trees to predict holding on remission in childhood leukemia. - 24. Non-melanoma skin and lung cancer incidence in relation to arsenic exposure: 20 years of observation. - 25. Thyroid cancer incidence rates in Zaragoza. - References. - Index. | |
650 | 0 |
_aCancer _xRisk factors _xMathematical models. _9282924 |
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700 | 1 |
_aEdler, Lutz, _d1945- _e(ed.) _9282925 |
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700 | 1 |
_aKitsos, Christos Par., _d1951- _e(j.ed.) _9282926 |
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