Abstract

BackgroundIn the Philippines, traditional mass dog vaccination campaigns have only achieved limited and transient success in dog rabies control, mainly because a large segment of the dog population is not accessible for traditional parenteral vaccination. Oral vaccination of dogs has been suggested as a supplementary method to increase the overall vaccination coverage of the dog populations involved. For this purpose, it is necessary to identify a suitable bait that is readily accepted by local dogs and that can be prepared without high costs.Materials and MethodsDuring a field study, dog bait-acceptance of several baits, made from inexpensive local available material, was examined in the Philippines.ResultsOf three baits tested, chickenneck, intestine, and boiled-intestine, the latter, made from boiled sections of the larger intestine of domestic pigs, had the highest acceptance-rate: none of the dogs that were offered a bait refused it, except for two dogs that ran away when approached.Other derivatives of the boiled-intestine bait were also accepted by almost all dogs. These baits, using the serosa of the smaller intestine as bait matrix were filled with fish, beef or pork scraps. However, preparation-time was longer and the costs of bait material were higher than those for the boiled-intestine bait (0.01 U$).ConclusionThe boiled-intestine bait can be produced at very low costs using locally available material and is extremely well accepted by local dogs, hence, providing a realistic opportunity to incorporate oral vaccination of dogs in the national rabies programme of the Philippines.

Highlights

  • Background In thePhilippines, traditional mass dog vaccination campaigns have only achieved limited and transient success in dog rabies control, mainly because a large segment of the dog population is not accessible for traditional parenteral vaccination

  • In other countries, like the Philippines, little progress has been made in dog rabies control

  • Dogs (Canis familiaris) remain the most important rabies vector species in the Philippines; almost all human rabies cases are a result of bites from rabid dogs [1]

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Summary

Introduction

Background In thePhilippines, traditional mass dog vaccination campaigns have only achieved limited and transient success in dog rabies control, mainly because a large segment of the dog population is not accessible for traditional parenteral vaccination. Dogs (Canis familiaris) remain the most important rabies vector species in the Philippines; almost all human rabies cases are a result of bites from rabid dogs [1]. It appears that a large segment of the dog population is not accessible for parenteral vaccination, resulting in a vaccination coverage too low to interrupt the chain of infection. Under these circumstances, oral vaccination of dogs against rabies (OVD) could be a very useful alternative in rabies control by increasing the number of vaccinated animals within the population. Oral vaccination has been very successful in controlling wildlife rabies in large areas of Europe and North-America [2,3,4]

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