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Foodborne disease control: a transnational challenge
F K Käferstein1, Y Motarjemi, D W Bettcher
1Food Safety Unit World Health Organization, Geneva, Switzerland. Kafersteinf@who.ch
Emerging Infectious Diseases
|November 22, 1997
Summary
Globalization increases infectious disease risk, necessitating international cooperation. Foodborne disease surveillance programs are crucial for controlling these transnational threats.
Area of Science:
- Global Health
- Epidemiology
- International Relations
Background:
- The late 20th century saw increased global interdependence, facilitating the rapid spread of infectious diseases across borders.
- Globalization, including increased trade, travel, and migration, elevates the risk of cross-border disease transmission.
- Economic globalization has led to budget austerity, potentially eroding national preparedness for health crises.
Purpose of the Study:
- To analyze the role of foodborne disease surveillance programs in controlling infectious diseases.
- To highlight the necessity of international cooperation in addressing transnational health issues.
- To examine the impact of globalization on disease emergence and reemergence.
Main Methods:
- Analysis of national foodborne disease surveillance programs.
- Evaluation of international cooperation in disease control efforts.
- Review of the impact of global trade and travel on disease transmission patterns.
Main Results:
- Foodborne disease surveillance is critical for both national and international control efforts.
- Globalization presents significant challenges to disease containment due to increased interconnectedness.
- Effective control of emerging and reemerging infectious diseases requires collaborative international strategies.
Conclusions:
- National governments alone cannot resolve the challenges posed by infectious diseases in a globalized world.
- International cooperation and robust surveillance programs are essential for managing foodborne diseases.
- Strengthening global health security necessitates coordinated efforts in disease surveillance and response.
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