Objective:

To confirm the presence of Echinococcus multilocularis in coyotes in Washington State and assess the implications for detection and monitoring.

Approach:

Key Findings:

• 37% of tested coyotes were positive for Echinococcus multilocularis, indicating a high level of infection.
• Intestinal samples were more reliable than fecal samples for detecting the parasite.
• The strain detected in Washington is similar to one previously reported in Canada.

Interpretation:

The findings suggest an established transmission cycle of E. multilocularis in local wildlife, necessitating improved detection and monitoring strategies.

Limitations:

• Fecal sampling may lead to underestimation of prevalence due to missed infections.
• Microscopy is resource-intensive, while molecular methods require optimization based on sample type.

Conclusion:

Combining diagnostic methods and expanding surveillance is crucial for understanding and monitoring the spread of E. multilocularis, especially in regions where it has not been widely reported.

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