No abstract

No abstract

The role of a few microorganisms, like Brucella and Mycobacterium and certain parasites of food animals, in causing human disease has been recognized for a hundred years. By the 1990s, other microorganisms derived from food animals were recognized as contributing to human illness. Handling and/or consumption of wild game may result in human exposure to novel microorganisms; these unrecognized or unknown agents or diseases in wild species may cross into humans and cause "new" diseases with which we are not familiar.

SUMMARY Highly pathogenic avian influenza (HPAI) strain H5N1 has received great attention with regard to its potential spread to North America. This quantitative risk assessment, which is primarily based on wild bird carriage of HPAI from East Asia to Alaska, was conducted to assess the likelihood of a hunter retriever dog becoming infected after harvesting an infected waterfowl during the Alaskan hunting season. Using Monte Carlo Simulation with @Risk software, the expected probability of a hunter retriever dog becoming infected is 2.3 × 10−8. This model can serve as a tool for decision makers in assessing the risk of HPAI strain H5N1 introduction into Alaska’s hunter retriever dogs.

No abstract