Hot Spot Pollutants: Pharmaceuticals in the Environment

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Table of contents
  • Title Pageiii
  • Copyright Pageiv
  • Contentsv
  • Contributorsxv
  • Prefacexix
  • Part I: Editorial1
  • Chapter 1. Hot Spot Pollutants: Pharmaceuticals in the Environment3
  • Text3
  • References6
  • Part II: Occurrence and Fate9
  • Chapter 2. Occurrence, Fate, and Removal of Pharmaceutical Residues in the Aquatic Environment: An E11
  • I. Introduction and Background11
  • II. Occurrence of PhACs in Sewage, Surface, Ground, and Drinking Water12
  • III. Conclusions29
  • References29
  • Chapter 3. The Sorption and Transport of a Sulphonamide Antibiotic in Soil Systems37
  • I. Introduction37
  • II. Methods39
  • III. Results42
  • IV. Discussion45
  • V. Conclusions47
  • References48
  • Chapter 4. Concentrations of the UV Filter Ethylhexyl Methoxycinnamate in the Aquatic Compartment: A51
  • I. Introduction51
  • II. Methods52
  • III. Results57
  • IV. Discussion59
  • References61
  • Chapter 5. Exposure Simulation for Pharmaceuticals in European Surface Waters with GREAT-ER63
  • I. Introduction63
  • II. GREAT-ER System Description64
  • III. Output of GREAT-ER66
  • IV. Methods68
  • V. Results and Discussion71
  • VI. Conclusions75
  • References76
  • Chapter 6. Indirect Human Exposure to Pharmaceuticals via Drinking Water79
  • I. Introduction79
  • II. Methodology81
  • III. Results81
  • IV. Discussion85
  • V. Conclusions91
  • References92
  • Part III: Effects95
  • Chapter 7. Morphological Sex Reversal Upon Short-Term Exposure to Endocrine Modulators in Juvenile F97
  • I. Introduction97
  • II. Materials and Methods99
  • III. Results102
  • IV. Discussion109
  • References111
  • Chapter 8. Determination of Vitellogenin Kinetics in Male Fathead Minnows (Pimephales promelas)115
  • I. Introduction115
  • II. Materials and Methods117
  • III. Results119
  • IV. Discussion124
  • References127
  • Chapter 9. Integrated In Vivo and In Vitro Assessment of Reproductive and Developmental Effects of E131
  • I. Introduction131
  • II. Invertebrate Diversity132
  • III. Ecotoxicity Testing with Crustaceans and Insects134
  • IV. Conclusions and Recommendations138
  • References139
  • Chapter 10. How Can Toxic Effects of Pollution of the Aquatic Environment on the Immunocompetence of143
  • I. Introduction143
  • II. Evaluation of Natural Resistance or Immunity Against Bacterial and Viral Infection149
  • III. Activation of Leukocytes and Leukocyte Subpopulations150
  • IV. Phagocytosis152
  • V. Respiratory Burst152
  • VI. Antibody Secretion153
  • VII. Specific Cell-Mediated Cytotoxicity155
  • VIII. Gene Array156
  • IX. Discussion158
  • References159
  • Chapter 11. Aquatic Ecotoxicology of Fluoxetine: A Review of Recent Research165
  • I. Introduction165
  • II. Fluoxetine Exposure and Detection in Surface Waters167
  • III. Single Species Toxicity Test Organism Responses to Fluoxetine168
  • IV. Medaka Reproduction and Endocrine Function Responses to Fluoxetine171
  • V. Fluoxetine Effects: Community Responses to Fluoxetine, Ibuprofen, and Ciprofloxacin Mixtures175
  • VI. Ecological Risk Characterization for Fluoxetine176
  • VII. Conclusions178
  • References181
  • Chapter 12. Aquatic Ecotoxicity of Pharmaceuticals Including the Assessment of Combination Effects189
  • I. Introduction189
  • II. Methods192
  • III. Results194
  • IV. Discussion197
  • V. Conclusions199
  • References199
  • Part IV: Principal Considerations203
  • Chapter 13. Environmental Risk Assessment of Pharmaceutical Drug Substances„Conceptual Considerati205
  • I. Introduction205
  • II. Available Relevant Pharmacological, Pharmacodynamic, and Toxicological Information206
  • III. Use of Pharmacodynamic Information from Mammalian Species in Ecotoxicological Test Strategies208
  • IV. Use of Pharmacological and Toxicological Information from Mammalian Species in Ecotoxicological210
  • V. Use of Pharmacokinetic Information in Ecotoxicological Test Strategies210
  • VI. Criteria for the Development of an Ecotoxicological Test Strategy211
  • VII. Conclusions and Recommendations213
  • References214
  • Chapter 14. Pharmacodynamic Activity of Drugs and Ecotoxicology„Can the Two Be Connected?217
  • I. Introduction217
  • II. Problem Statement218
  • III. Mammalian Pharmacodynamics and Ecospecies220
  • IV. Ecotoxicology vs. Mammalian (Human) Toxicology224
  • V. Conclusion231
  • References232
  • Chapter 15. Proposed Development of Sediment Quality Guidelines Under the European Water Framework D235
  • I. Introduction235
  • II. Water Framework Directive236
  • III. Outstanding Questions on European Union Sediment EQSs239
  • IV. Conclusions247
  • References248
  • Part V: Risk Assessment253
  • Chapter 16. Prioritization of Veterinary Medicines in the UK Environment255
  • I. Introduction255
  • II. Prioritization Approach256
  • III. Results261
  • IV. Discussion263
  • V. Conclusions269
  • References269
  • Chapter 17. European Medicines and Feed Additives Regulation Are Not in Compliance With Environmenta271
  • I. Introduction271
  • II. EU Environmental Legislation and the Relation to Product Registration272
  • III. Product Registration and the Relation with EU Environmental Policy and Laws274
  • IV. Product Directives on Medicines and the Environmental Assessment275
  • V. The Development of the ERA for Veterinary Medicinal Products in Europe276
  • VI. Contents of the ERA for Veterinary Medicines279
  • VII. Implementation of the ERA282
  • VIII. Discussion and Conclusions284
  • References285
  • Chapter 18. Environmental Risk Assessment of Veterinary Pharmaceuticals in the EU: Reply to Montfort289
  • I. Introduction289
  • II. Marketing Authorization for VMPs in the European Union290
  • III. The VICH Process292
  • IV. VICH Phase I Guidance on Ecotoxicity295
  • V. VICH Phase II Guidance296
  • VI. Conclusions296
  • References297
  • Chapter 19. Environmental Risk Assessment for New Human Pharmaceuticals in the European Union Accord299
  • I. Introduction299
  • II. General Principles of the 2003 Human Pharmaceuticals ERA Draft Guideline301
  • III. Discussion310
  • References316
  • Index319
Book details
  • Vendor Elsevier S & T
  • SKU 9780120329533
  • ISBN-13 9780080521947

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Hot Spot Pollutants describes how pharmaceuticals and/or endocrine active compounds gain entry into the aquatic ecosystem, effects on specific organisms and the potential risk involved for the whole ecosystem. In addition it presents the latest views and developments regarding legal requirements for assessing the environmental risk of pharmaceuticals. This books includes the views of academic, industry and government scientists, and thus aims for a balanced presentation of all standpoints.



The book consists of papers that appeared previously in the journal Toxicology Letters in 2002 and 2003, and have been collected in this single volume to make them accessible to a broader audience. Authors were asked to update their contributions where necessary. See also Toxicology Letters volume 131, issues 1 and 2 (2002), and volume 142 issue 3 (2003).

* State-of-the-art information of pharmaceuticals in the environment
* Leading Academic, industry and government contributors
* Provides the views of the experts in the field
* Offers a thorough basis to attain a good overview including all facets of the field