Occupational disease prevention has emerged as a critical component of public health and occupational medicine, particularly as industrial structures evolve and new occupational hazards continue to surface. Recent research has increasingly focused on developing industry-specific preventive strategies that account for the unique exposure profiles, ergonomic demands, and environmental risk factors characteristic of different sectors. This article reviews the latest advances in occupational disease prevention knowledge and explores their practical applications across diverse occupational settings.

   In the manufacturing sector, research has concentrated on reducing exposure to airborne particulates, chemical solvents, and noise. Studies have demonstrated that engineering controls—such as local exhaust ventilation systems and acoustic enclosures—combined with administrative measures like rotating shift schedules, can significantly lower the incidence of pneumoconiosis and noise-induced hearing loss. Recent findings also highlight the importance of biomonitoring for early detection of subclinical effects, enabling timely intervention before irreversible damage occurs.

   The construction industry presents distinct challenges, including musculoskeletal disorders from repetitive manual handling and respiratory risks from silica dust exposure. Emerging evidence supports the integration of ergonomic task design, mechanical assistive devices, and respiratory protection programs tailored to specific job tasks. Furthermore, wearable sensor technologies are being investigated as tools for real-time monitoring of physiological strain and environmental hazards, offering a promising avenue for personalized prevention.

   In healthcare settings, occupational exposure to biological agents, antineoplastic drugs, and psychological stressors remains a concern. Recent studies emphasize the efficacy of closed-system drug transfer devices, vaccination protocols, and structured psychosocial support programs in mitigating these risks. The COVID-19 pandemic has further accelerated research into aerosol transmission control and the optimization of personal protective equipment utilization among healthcare workers.

   The application of these research findings requires a systematic approach that encompasses hazard identification, risk assessment, and the implementation of hierarchical controls. Occupational health surveillance, including regular health examinations and exposure registries, serves as a cornerstone for evaluating intervention effectiveness. Additionally, the integration of digital health technologies—such as mobile applications for hazard reporting and telemedicine platforms for occupational health consultations—is expanding the reach and accessibility of preventive services.

   Looking forward, the prospects for occupational disease prevention lie in multidisciplinary collaboration, precision prevention tailored to individual susceptibility, and the development of intelligent monitoring systems. Continued investment in occupational health research, coupled with policy support for workplace safety regulations, will be essential to translating scientific advances into tangible reductions in occupational disease burden.