Abstract

Sapajus libidinosus is a species of primates, popularly known as capuchin monkey. The oral cavity of the monkeys may have pathogenic microbiota for human. Therefore, the study of the microbiota of these species is of great interest in unique health. The objective of the present article was to carry out a survey of the oral microbiota of Sapajus libidinosus, kept in captivity, in the Zoobotanical Park of Teresina (PI, Brazil). Ten chemically immobilized primates were used. Samples were collected from the oral mucosa along the maxillary muco-gingival transition, and these samples were sent to culture and microbiological identification. Most of the microorganisms found were Gram negative and E.coli was the most frequent, followed by Enterobacter spp, Klebsiella spp, Proteus mirabilis, Citrobacter spp.,Morganella morganii, as well as Gram positive bacteria of the type Staphylococcus spp. The data obtained demonstrated the presence of bacterial strains with potential risk of transmission to other animals kept in the park as well as humans in contact with these animals.

Highlights

  • Nonhuman primates (NHP) constitute an important group among animals submitted to several studies of general interest

  • Sapajus libidinosus is a species of primates that belongs to the family Cebidae (Salles, et al, 2018), popularly known as capuchin monkey, inserted in the genus Sapajus (Salles, et al, 2018), distributed in the regions of Savannah and Caatinga (Brazilian bioma) (Ribeiro, et al, 2015a; Salles, et al, 2018)

  • The objective of the present article was to carry out a survey of the oral microbiota of Sapajus libidinosus kept in captivity at the Zoobotanical Park of Teresina (PI, Brazil)

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Summary

Introduction

Nonhuman primates (NHP) constitute an important group among animals submitted to several studies of general interest Among these studies, many are designed to assess the potential risks of disease transmission to humans, either in natural habitat or in captivity. Concern about the creation of NHP is related to the risk of transmitting infectious diseases to humans, whether zoonotic or not, but mainly due to traumatic or infectious cutaneous lesions caused by bites of the wild animals. Such bites may occur in the wild in professionals such as biologists, veterinarians, animal handlers and hunters (Haddad Jr, et al, 2013). The study of the oral PNH microbiota is of great interest

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