RESUMO
Free-ranging yellow armadillos (Euphractus sexcinctus) from the Brazilian Pantanal were captured for surgical implantation of intra-abdominal radio transmitters. During March 2014, 11 animals were chemically immobilized with a combination of intramuscular ketamine hydrochloride, xylazine hydrochloride, midazolam maleate, and atropine sulfate. The mean induction time and initial heart rate in males was higher than in females. The sex of armadillos did not affect the respiratory rate, which increased from the beginning to end of the monitoring time. The rectal temperatures of females remained almost unchanged, whereas the rectal temperatures of males suffered a slight drop through the procedure. The mean (±SD) total surgical time was 50±6.5 min, and the total anesthetic recovery time was 2.5±0.5 h. The armadillos were monitored for 24 h after surgery and released at their capture site. The anesthetic association was effective, promoting muscle relaxation and analgesia that allowed the performance of surgical procedures.
Assuntos
Tatus/fisiologia , Imobilização/veterinária , Abdome/cirurgia , Adjuvantes Anestésicos/administração & dosagem , Analgésicos/administração & dosagem , Período de Recuperação da Anestesia , Animais , Animais Selvagens , Antibacterianos/administração & dosagem , Tatus/cirurgia , Atropina/administração & dosagem , Temperatura Corporal , Brasil , Feminino , Frequência Cardíaca , Imobilização/métodos , Injeções Intramusculares/veterinária , Ketamina/administração & dosagem , Masculino , Midazolam/administração & dosagem , Próteses e Implantes/veterinária , Taxa Respiratória , Fatores de Tempo , Xilazina/administração & dosagemRESUMO
Mycobacterium tuberculosis complex, which includes Mycobacterium bovis, infrequently causes severe or lethal disease in captive wildlife populations. A dead coati from a wildlife triage center showing pulmonary lesions compatible with tuberculosis had raised suspicion of a potential disease caused by mycobacteria species and was further investigated. Four native coatis (Nasua nasua) with suspected mycobacterial infection were sedated, and bronchoalveolar lavages and tuberculin skin tests (TSTs) were performed. All animals tested positive upon TST. Mycobacterial culturing, Ziehl-Neelsen staining, and genetic testing were performed on postmortem samples and the etiologic agent was identified as M. bovis. Molecular genetic identification using a polymerase chain reaction panel was crucial to achieving a definitive diagnosis.
