This study shows that urban animal exposures in a large metropolitan seĴing are predominantly superficial and primarily associated with cats, yet are accompanied by near-universal rabies vaccination. The coexistence of low-severity injuries, limited animal observation, and uncertain vaccination status illustrates the structural challenges of rabies risk assessment in densely populated urban environments.
Although the biological transmission risk appeared low in most cases, precautionary measures
prophylaxis was frequently implemented, reflecting surveillance constraints and the uniformly fatal nature of untreated rabies. These findings highlight that rabies management in metropolitan settings is shaped not only by wound severity but also by infrastructural and monitoring limitations. Sustainable rabies control in regions with high densities of free-roaming animals requires strengthened surveillance systems, improved documentation and risk stratification, and closer coordination between healthcare and veterinary sectors. Context-sensitive strategies that balance
patient safety with rational PEP utilization are essential for effective urban rabies prevention.
This study shows that urban animal exposures in a large metropolitan seĴing are predominantly superficial and primarily associated with cats, yet are accompanied by near-universal rabies vaccination. The coexistence of low-severity injuries, limited animal observation, and uncertain vaccination status illustrates the structural challenges of rabies risk assessment in densely populated urban environments.
Although the biological transmission risk appeared low in most cases, precautionary measures
prophylaxis was frequently implemented, reflecting surveillance constraints and the uniformly fatal nature of untreated rabies. These findings highlight that rabies management in metropolitan settings is shaped not only by wound severity but also by infrastructural and monitoring limitations. Sustainable rabies control in regions with high densities of free-roaming animals requires strengthened surveillance systems, improved documentation and risk stratification, and closer coordination between healthcare and veterinary sectors. Context-sensitive strategies that balance
patient safety with rational PEP utilization are essential for effective urban rabies prevention.