Faster infectious disease detection saves lives.
This review shows how #AI is advancing antimicrobial resistance prediction, outbreak forecasting, and rapid diagnostics to strengthen precision #PublicHealth. #MachineLearning

Faster infectious disease detection saves lives.
This review shows how #AI is advancing antimicrobial resistance prediction, outbreak forecasting, and rapid diagnostics to strengthen precision #PublicHealth. #MachineLearning
#Brucellosis continues to burden livestock and #PublicHealth.
This study highlights rising prevalence in Nigeria, emphasizing stronger surveillance, vaccination, and #OneHealth strategies to reduce disease and economic losses.
Emerging #TickBorne viruses demand closer attention.
This review examines #AlongshanVirus, highlighting its spread, pathogenicity, and diagnostic advances to support better surveillance and #PublicHealth preparedness.
Controlling #ZoonoticDiseases requires coordinated action.
This review highlights how #OneHealth, integrated surveillance, and new technologies can strengthen #echinococcosis prevention and accelerate disease control.
Why does #cholera keep returning?
This review identifies gaps in water, sanitation, vaccination, surveillance, and healthcare systems, outlining practical strategies for long-term cholera prevention in #Nigeria. #PublicHealth
#OpenAccess in #DIT_Journal: doi.org/10.1016/j.dc...
Preventing mother-to-child #HepatitisBvirus transmission requires more than lowering viral load.
This study reports the first evidence of HBV #GenotypeSwitching during vertical transmission, revealing new complexities in HBV spread.
Why some #YersiniaPestis strains remain highly virulent is still not fully understood.
This study shows a conserved 33 kb prophage alone cannot restore #virulence and introduces the first #BAClibrary to advance genomic research.
#LassaFever remains a global health challenge.
This review highlights emerging #antivirals, #MonoclonalAntibodies, and combination therapies that could outperform ribavirin and improve stage-specific treatment.
Can #mosquito control succeed without informed communities?
This review shows #PublicEducation strengthens prevention, surveillance, and community action, making it a core pillar of effective #IntegratedMosquitoManagement.
What drives #malaria risk beyond climate alone?
This study found ecological zones were stronger predictors than climate, with #RandomForest delivering the best accuracy for supporting targeted, data-driven malaria interventions. #AI
Earlier #Tuberculosis (TB) detection can improve survival.
A PSO-optimized Neuro-Fuzzy model achieved 91.2% accuracy, outperforming conventional #AI approaches and offering a more reliable diagnosis in resource-limited settings.