Which three disciplines are typically involved in One Health collaboration?

Which three disciplines are typically involved in One Health collaboration?

• A. Physics, chemistry, and mathematics
• B. Human/public health, veterinary medicine, and environmental science/ecology
• C. Engineering, computer science, and agriculture
• D. Medicine, dentistry, and pharmacy

Answer: (C)

One Health collaboration is built on linking the health of people, animals, and the environment. The best trio to bring together for this approach is human/public health, veterinary medicine, and environmental science or ecology. Human/public health focuses on diseases, health systems, and prevention in people; veterinary medicine brings in animal health, zoonotic disease surveillance, and animal reservoirs; environmental science or ecology addresses how ecosystems, wildlife, climate, pollution, and resource use shape disease risk and health outcomes. When these three areas work jointly, they can detect and respond to health threats that cross species and environmental boundaries, such as zoonoses, antimicrobial resistance, and food- and water-safety issues, in a coordinated way. Other groupings miss one of these essential dimensions. Physics, chemistry, and mathematics are foundational sciences that don’t specify the health or cross-species collaboration focus. Engineering, computer science, and agriculture involve important sectors but don’t explicitly emphasize the integrated human, animal, and environmental health partnership. Medicine, dentistry, and pharmacy cover human health care but leave out animal health and environmental factors that drive many health problems.

One Health collaboration is built on linking the health of people, animals, and the environment. The best trio to bring together for this approach is human/public health, veterinary medicine, and environmental science or ecology. Human/public health focuses on diseases, health systems, and prevention in people; veterinary medicine brings in animal health, zoonotic disease surveillance, and animal reservoirs; environmental science or ecology addresses how ecosystems, wildlife, climate, pollution, and resource use shape disease risk and health outcomes. When these three areas work jointly, they can detect and respond to health threats that cross species and environmental boundaries, such as zoonoses, antimicrobial resistance, and food- and water-safety issues, in a coordinated way.

Other groupings miss one of these essential dimensions. Physics, chemistry, and mathematics are foundational sciences that don’t specify the health or cross-species collaboration focus. Engineering, computer science, and agriculture involve important sectors but don’t explicitly emphasize the integrated human, animal, and environmental health partnership. Medicine, dentistry, and pharmacy cover human health care but leave out animal health and environmental factors that drive many health problems.