Scientists, engineers, and public policy experts from academia, government and industry gathered in Denver, Colorado at the 242nd National Meeting of the American Chemical Society (ACS) to present and to evaluate information regarding veterinary pharmaceuticals occurrence and behavior in the environment. This book includes contributions from several of the groups that presented information in that forum. The symposium was coordinated by the Divisions of Environmental
Chemistry and Agricultural Chemistry. Speaker participation was facilitated by funds from the U.S. Department of Agriculture and an Innovation Award from the Divisional Activities Committee of the ACS.
Techniques presented in the Symposium, spanned a wide range of topics including regulatory processes, environmental sampling, chemical analysis, biochemical assays, biological effects, transport, transformation, and environmental fate. One of the major foci of this symposium was the distribution and fate of antibiotics and steroidal growth promoters that are used in concentrated feeding operations. It is important that the fate and effects of these veterinary pharmaceuticals in the environment
are understood more thoroughly. If environmental systems are not at risk then efforts can be focused on other areas of inquiry. As always, if any adverse effects are identified, risk benefit analyses will be needed to determine the best course of action for mitigating potential adverse effects. Many
techniques presented in this text can be used as the basis for integrated assessments of environmental fate and effects of veterinary pharmaceuticals.
George P. Cobb is affiliated with Baylor University. Philip N. Smith is affiliated with Texas Tech University.
Preface ; 1. Mechanisms of Anabolic Steroid Action in Bovine Skeletal Muscle ; William R. Dayton and Michael E. White ; Field Sampling Techniques ; 2. Techniques for Characterization of Particulate Matter Emitted from ; Animal Feeding Operations ; Lingjuan Wang-Li ; Analytical Techniques for Analyte Quantification ; 3. Identification and Quantitation of Veterinary Compounds by Mass ; Spectrometry ; David M. Klein ; 4. An Isotope-Dilution Standard GC/MS/MS Method for Steroid Hormones ; in Water ; William T. Foreman, James L. Gray, Rhiannon C. ReVello, Chris E. Lindley, and ; Scott A. Losche ; 5. Analysis of Veterinary Growth Promoters in Airborne Particulate Matter ; by Liquid Chromatography-Tandem Mass Spectrometry ; Brett R. Blackwell, M. D. Buser, B. J. Johnson, M. Baker, G. P. Cobb, and P. N. Smith ; 6. Determination of an Immunocontraceptive Peptide in a Wildlife Vaccine ; Formulation ; David A. Goldade, Jeffrey M. Kemp, Jeanette R. O'Hare, and Lowell A. Miller ; Antibiotic Bioavailability ; 7. Fate of Erythromycin in Sediment-Containing Surface Water Microcosms: ; How Does Aged Erythromycin in Sediment Influence Bioavailability? ; Ashley M. Jessick, Thomas B. Moorman, and Joel R. Coats ; Editors' Biographies