Ecotoxicology and residues of anthelmintic compounds

Pharmacology, Toxicology and Pharmaceutical Science

• Avermectin 100%
• Ecosystem Toxicology 100%
• Diptera 100%
• Milbemycin 100%
• Anthelmintic Agent 100%
• Nontarget Organism 100%
• Bovine 100%
• Benzimidazole Derivative 50%
• Ostertagia 50%
• Chemotherapy 50%
• Beetle 50%
• Morantel 50%
• Levamisole 50%
• Sustained Release 50%

Keyphrases

• Feces 100%
• Anthelmintic Compounds 100%
• Ecotoxicology 100%
• Avermectin 40%
• Deleterious Effects 40%
• Endectocide 40%
• Milbemycin 40%
• Non-target Organisms 40%
• Dipteran Flies 20%
• Environmental Impact 20%
• Morantel 20%
• Benzimidazole 20%
• Levamisole 20%
• Active Agent 20%
• Treatment Strategy 20%
• Antimalarial Chemotherapy 20%
• Dung Degradation 20%
• Prophylactic Strategy 20%
• Anthelmintic 20%
• Cattle 20%
• Ruminants 20%
• Ecotoxicological Risk 20%
• Herding 20%
• Cattle Herds 20%
• Sustained Release 20%
• Delivery Device 20%
• Ostertagia 20%
• Ecotoxicity 20%
• Dung 20%

Immunology and Microbiology

• Feces 100%
• Herd 40%
• Bovine 40%
• Nontarget Organism 40%
• Diptera 40%
• Sustained Drug Release 20%
• Metabolite 20%
• Antihelmintic 20%
• Levamisole 20%
• Ostertagia 20%
• Refugium 20%
• Beetle 20%