EPPO Bulletin · 1977 · 25 citations · 7 references
Veterinary MedicineToxicologyBiological ControlPesticide ToxicologyWildlife ToxicologyPest ControlRodent ControlRodent ToxicologyBotanical RodenticidesFirst-generation Anticoagulant RodenticidesRodent BaitingRodenticide ChemistrySpecies Susceptibility To Rodenticides
ABSTRACT A search for more effective anticoagulant rodenticides has brought about the development of a new compound, coded LM‐637, and temporarily named bromadiolone. Results of efficacy tests on 10 rodent species are discussed in detail. The compound was found to be a very potent and highly palatable anticoagulant which is capable of achieving 100% mortality in Norway rats, Rattus norvegicus (Berkenhout), with 1‐day feeding. Efficacy was demonstrated on all 3 commensal rodents and several important agricultural rodent pests native to the United States. A relatively few feedings (1 to 5 days) of bait containing 0.005 % bromadiolone produced death in most species tested. These rodenticidal properties make bromadiolone a most promising control agent.
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Laboratory evaluation of difenacoum as a rodenticide
M. R. Hadler, R. E. Redfern, F. P. Rowe · Journal of Hygiene · 1975 · 57 citations · Full text
Medicine, Pharmacology, Toxicology +12
Secondary poisoning associated with anticoagulant-killed nutria.
Some rodenticidal properties of coumatetralyl
J. H. Greaves, Priscilla Ayres · Journal of Hygiene · 1969 · 23 citations · Full text