ILRI One Health Strategy: Stopping the global rise of high-impact zoonotic disease, foodborne disease and antimicrobial resistancePublished2022StatusOpen AccessLanguageenILRI ProgramsAnimal and human healthReporthttps://hdl.handle.net/10568/125264CitationILRI. 2022. ILRI One Health Strategy: Stopping the global rise of high-impact zoonotic disease, foodborne disease and antimicrobial resistance. Nairobi, Kenya: ILRI.TagsAMROne Healthzoonotic diseases
AbstractPublished2022Climate change and Rift Valley fever disease outbreak: implications for the food environment of pastoralistsclimate changefood securitypastoralismRVFzoonotic diseases
Journal ArticlePublished2022Genomic characterization and antimicrobial susceptibility of dromedary-associated Staphylococcaceae from the Horn of AfricaAMRgeneticslivestock
ActiveJan 2022Dec 2024Selecting efficient farm-level antimicrobial stewardship interventions from a One Health perspectiveThe project provides explicit impact estimates and ranking for a range of farm-level antimicrobial resistance interventions in Senegal, highlighting where future research could be most valuable in understanding intervention efficiency from a One Health perspective. Objectives Establish a consortium...AMRanimal healthanimal productionhuman healthOne Health
ActiveJan 2022Dec 2024Protecting human health through a One Health approachCOVID-19 is the sixth zoonotic pandemic since 1980. The frequency and severity of these events is increasing as people encroach on wildlife habitats, and livestock and fish production systems intensify. Animal production systems are reservoirs of zoonotic pathogens, which are responsible for 60% of...AMRanimal healthfishfood safetyhuman healthlivestockOne Healthwildlifewaterzoonotic diseasesresearch
CompletedOct 2021Oct 2022Circulation of antibiotic resistance genes at the wildlife–livestock interface in Kapiti, KenyaAntimicrobial resistance poses a threat to food security, human health, the natural ecosystem and the global economy. Wildlife carry bacteria, some of which may be resistant to antibiotics. Through horizontal gene transfer, bacteria in a microbial community can transfer antibiotic resistance genes...AMRenvironmenthuman healthlivestockwildlife