VETINDEX

Periódicos Brasileiros em Medicina Veterinária e Zootecnia

Anestesia geral em Sapajus nigritus (Macaco-prego)

Disarz, PâmelaAdams, Paula PanceraCarvalho, Anderson Luiz deWu, StacyLima, Camila Lehmckuhl deFukushima, Fabíola Bono

Background: The black capuccin (Sapajus nigritus) is one of the most abundant primate specimens in Brazil. Amongpopulation control techniques, vasectomy can be used once it maintains the animal’s leading behavior in the group throughhormonal presence, production of spermatogenic series, and copula. However, due to their escape behavior, agitation, inaddition to the impossibility of knowing the physiological state of these animals beforehand, their capture poses a considerable challenge. Thus, chemical restraint is indispensable and the use of effective and safe anesthetic protocols to animalintegrity is of paramount importance. In this scenario, the present study aims to report the anesthesia of a black capuccinsubmitted to vasectomy.Case: A 1-year-old male, 1.1 kg monkey (Sapajus nigritus) was admitted at a Veterinary Hospital after being found onthe ground in a natural reserve in the town of Assis Chateaubriand, in the west of Parana State. After clinical evaluation,the patient was submitted to vasectomy as a birth control method, before his return to the natural area, which presentedoverpopulation of the species. After preanesthetic examinations, the animal was considered healthy, and thus, premedicatedwith the combination of dexmedetomidine (10 μg/kg) and ketamine (10 mg/kg), intramuscularly. Anesthetic inductionwith propofol was performed to effect. Laringeal desensitization was achieved with 2% lidocaine (2 mg/kg), which allowed orotracheal intubation through direct visualization. Anesthesia was maintained with 1% isoflurane in a 0.5 oxygenfraction and spontaneous ventilation using a non-rebreathing circuit. The spermatic cord and the skin were desensitizedwith lidocaine (4 mg/kg). During the procedure, the animal was monitored for pulse oximetry, electrocardiogram, systolicblood pressure, body temperature, end tidal CO2 (ETCO2), and end tidal isoflurane. The animal also received 10 mL/kg/h ringer...(AU)

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