occupational diseases remain a significant public health concern globally, imposing substantial burdens on workers' health, healthcare systems, and economic productivity. In recent years, research on the prevention of occupational diseases has advanced considerably, with emerging evidence informing more targeted and effective intervention strategies across diverse occupational settings. This article reviews recent progress in occupational disease prevention knowledge and discusses its application prospects, with emphasis on industry-specific approaches.

   Occupational diseases encompass a wide spectrum of conditions arising from exposure to hazards in the workplace, including chemical agents, physical factors, biological hazards, ergonomic stressors, and psychosocial risks. The pathogenesis of these conditions is often multifactorial, involving complex interactions between environmental exposures and individual susceptibility. Consequently, prevention strategies must be tailored to the specific hazard profiles and operational characteristics of each industry sector.

   In the manufacturing and construction industries, where exposure to dust, noise, vibration, and hazardous chemicals is prevalent, recent research has focused on the development of engineering controls and personal protective equipment (PPE) optimization. Studies have demonstrated that hierarchical approaches to hazard control—prioritizing elimination, substitution, and engineering modifications over reliance on PPE—yield superior outcomes in reducing occupational morbidity. Furthermore, advances in real-time exposure monitoring technologies, including wearable sensors and biomonitoring techniques, have enabled more precise assessment of individual exposure levels, facilitating early intervention and personalized risk management.

   In the healthcare sector, occupational risks include exposure to infectious agents, hazardous drugs, and ergonomic strains. Recent investigations have underscored the importance of comprehensive infection prevention and control programs, safe handling protocols for antineoplastic agents, and ergonomic interventions to mitigate musculoskeletal disorders among healthcare workers. The COVID-19 pandemic has further highlighted the critical need for robust occupational health surveillance and respiratory protection programs in healthcare settings.

   For the agricultural sector, prevention efforts have increasingly addressed pesticide exposure, respiratory hazards from organic dusts, and zoonotic disease transmission. Research supports the implementation of integrated pest management strategies, improved ventilation in confined animal feeding operations, and education programs to promote safe handling practices among agricultural workers.

   Emerging research also emphasizes the role of occupational health surveillance systems in early detection and prevention. Systematic health examinations, biological monitoring, and exposure registries contribute to identifying at-risk populations and evaluating the effectiveness of preventive interventions. Additionally, the integration of digital health technologies—such as telemedicine and mobile health applications—offers promising avenues for delivering occupational health services to underserved worker populations.

   The application prospects for these research findings are considerable. Evidence-based guidelines tailored to specific industries can inform policy development and workplace practice. Collaborative efforts among occupational health professionals, employers, workers, and policymakers are essential to translate research into effective prevention programs. Furthermore, continued investment in occupational health research, surveillance infrastructure, and workforce training will be critical to addressing emerging challenges, including those related to climate change, new technologies, and evolving work arrangements.

   In conclusion, recent advances in occupational disease prevention knowledge provide a robust foundation for industry-specific interventions. The application of evidence-based, multifaceted prevention strategies—incorporating engineering controls, administrative measures, PPE, health surveillance, and worker education—holds significant promise for reducing the burden of occupational diseases and promoting worker health and safety across diverse occupational settings.