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Peer-reviewed veterinary case report

How oral and nose vaccines affect detection dogs' smell and behavior

By Collins, Amanda et al.·Published in Frontiers in veterinary science·2022·School of Veterinary Medicine, United States·View original on PubMed

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Original publication title: Effects of Intranasal and OralVaccination on the Behavioral and Olfactory Capabilities of Detection Dogs.

Species:
dog
Breathing & coughDogs

Plain-English summary

A group of detection dogs was studied to see how different types of vaccines affected their sense of smell and behavior. The dogs were given either an oral vaccine or an intranasal vaccine to protect against a bacterium that causes kennel cough. It was found that the order in which the vaccines were given influenced how quickly the dogs could find a target scent, but the intranasal vaccine did not seem to impair their sense of smell. Overall, the dogs' behavior also played a role in how effectively they could search for odors.

People also search for: dog kennel cough vaccine · detection dog training · how vaccines affect dog behavior

Abstract

The bacteriumis responsible for serious respiratory disease in dogs, most often associated with 'kennel cough' (canine infectious tracheobronchitis). It is recommended that dogs are vaccinated against the bacterium every 6-12 months, either by oral or intranasal administration. Any impairment of dogs' olfactory capabilities due to medical treatments may impact their efficiency and accuracy in their jobs. This study examined (1) the effect of intranasal and oral vaccines on the olfactory capabilities of detection dogs; as well as (1) effects of the vaccines on canine behavior. Dogs that were vaccinated initially with the oral and 28 days later with intranasalwere generally slower to find the target odor than the dogs that were assigned intranasal then oral vaccine. This result prompted a second between-subjects study to further investigate any impact of intranasal administration of thevaccine on the olfactory capabilities of dogs. The intranasal vaccine was of particular interest due to its prevalent use and potential for nasal inflammation leading to decreased olfactory capabilities. Neither odor threshold nor time spent searching for odor were affected by the intranasal vaccine. Behavioral analyses showed that behaviors associated with the dogs' positive and negative motivation affected their time spent finding the target odor; this suggests that behavior should be considered in future studies of olfactory performance.

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Original publication on PubMed: https://pubmed.ncbi.nlm.nih.gov/35664843/