Uses and Regulation of Veterinary Drugs |
Introduction |
Use of Xenobiotics in Food-Producing |
Animals in the United States |
Regulatory Aspects |
Veterinary Medicines: Regulation in Europe and the Importance of Pharmaco kineticStudies |
Design and Conduct of Studies to Meet Residue Chemistry Requirements: Residue |
Depletion and Metabolism of Flunixin in Cattle |
Semduramicin in the Chicken: Tissue Residue Depletion Studies |
In Vitro Models for Biotransformation and Toxicity Studies in Farm Animals |
Furazolidone and Isolated Pig Hepatocytes |
Dermal Absorption and Metabolism of Xenobiotics in Food-Producing Animals |
Drug Pharmacokinetics and Metabolism in Food-Producing Fish and Crustaceans |
Methods and Examples |
Pirlimycin in the Dairy Cow |
Metabolism and Residue Studies |
Albendazole in Cattle Administered via a Sustained-Release "Captec" Device |
Pharmacokinetics and Tissue Residues |
Tilmicosin in Cattle: Metabolism and Tissue Residues |
Ametryn in Rats, Lactating Goats, and Laying Hens: Metabolic Fate |
Sulfonamide Drug in Lactating Dairy Cows: Novel Metabolism |
Ivermectin and Avamectin Metabolism: Differences and Similarities |
Luprostiol in Dairy Cows |
Residue Depletion and Metabolism |
Ractopamine Hydrochloride, a Phenethanolamine Repartitioning Agent |
Metabolismand Tissue Residues |
Uses and Regulation of Veterinary Drugs |
Introduction |
Use of Xenobiotics in Food-Producing |
Animals in the United States |
Regulatory Aspects |
Veterinary Medicines: Regulation in Europe and the Importance of Pharmaco kineticStudies |