6 1/2 X 9 7/16 in Preface.
Contributors.
Abbreviations.
1. General - Models and Techniques.
1 . The utility of zebrafish as a model for toxicological research (M.J. C arvan III, T.K. Heiden, H. Tomasiewicz).
2. Use of fish ce ll lines in the toxicology and ecotoxicology of fish (N.C. Bols et a l.).
3. Approaches in proteomics and genomics for eco- toxicology (N.D. Denslow, I. Knoebl, P. Larkin).
2. Biotransformations/Toxicokinetics.
4. Interaction s between lipids and persistent organic pollutants (POPs) in fish (A.A. Elskus, T.K. Collier, E. Monosson).
5. Metabolic fate of no nylphenols and related phenolic compounds in fish (J.-P. Cravedi, D. Zal ko).
6. Pesticide biotransformation in fish (D. Schlenk).< BR id='CRLF'>7. Xenobiotic receptors in fishes: Structural and function al diversity and evolutionary insights (M.E. Hahn, R.R. Merson, S.I. Kar chner).
3. Cellular Changes.
8. Impacts of environmental toxicants and natural variables on the immu
Contributors.
Abbreviations.
1. General - Models and Techniques.
1 . The utility of zebrafish as a model for toxicological research (M.J. C arvan III, T.K. Heiden, H. Tomasiewicz).
2. Use of fish ce ll lines in the toxicology and ecotoxicology of fish (N.C. Bols et a l.).
3. Approaches in proteomics and genomics for eco- toxicology (N.D. Denslow, I. Knoebl, P. Larkin).
2. Biotransformations/Toxicokinetics.
4. Interaction s between lipids and persistent organic pollutants (POPs) in fish (A.A. Elskus, T.K. Collier, E. Monosson).
5. Metabolic fate of no nylphenols and related phenolic compounds in fish (J.-P. Cravedi, D. Zal ko).
6. Pesticide biotransformation in fish (D. Schlenk).< BR id='CRLF'>7. Xenobiotic receptors in fishes: Structural and function al diversity and evolutionary insights (M.E. Hahn, R.R. Merson, S.I. Kar chner).
3. Cellular Changes.
8. Impacts of environmental toxicants and natural variables on the immu
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