Research at the interface between human and veterinary health

Area of Science:

• Integrative epidemiology
• One Health
• Environmental and occupational health

Background:

• Epidemiology is adapting to global changes, necessitating a multidisciplinary population approach.
• The interface between human and animal epidemiology is crucial, highlighted by H1N1 influenza and the need for coordinated surveillance.
• The 'One Health' concept extends beyond communicable diseases to encompass non-communicable diseases and shared environmental/occupational risks.

Purpose of the Study:

• To explore the interface between human and animal health for non-communicable disease research.
• To examine occupational and environmental risk factors relevant to both human and animal populations.
• To discuss the utility of animal health data as indicators for human environmental health risks.

Main Methods:

• Literature review and conceptual analysis.
• Case study illustrations focusing on asthma (environmental) and cancer (occupational).
• Exploration of data integration between human and veterinary epidemiology.

Main Results:

• A multidisciplinary, multilevel approach is essential for understanding disease determinants.
• The 'One Health' framework is applicable to non-communicable diseases, including those linked to environmental and occupational exposures.
• Animal health data holds potential as a proxy for monitoring human environmental health.

Conclusions:

• Integrating human and animal health perspectives is vital for a comprehensive understanding of disease.
• The 'One Health' approach offers a robust framework for addressing complex health challenges, including non-communicable diseases.
• Utilizing animal health surveillance can enhance the monitoring and management of environmental health risks for human populations.