RESUMO: O presente estudo teve como objetivo investigar a presença de Mycoplasma gallisepticum e M. synoviae em diferentes espécies de psitacídeos cativos no Brasil Central. Um total de 300 amostras foram coletadas e corresponderam a 41 espécies de psitacídeos da fauna brasileira, provenientes do CETAS, criadouro comercial e criadouro conservacionista. Quatorze espécies apresentaram amostras positivas para M. gallisepticum destacando a maracanã-verdadeira (Primolius maracana) (01/02, 50%), a arara-canindé (Ara ararauna) (15/48, 33,3%) e a jandaia-verdadeira (Aratinga jandaia) (03/10, 30%). Amostras do CETAS obtiveram total de 21,62% (16/74) de amostras positivas, do criadouro comercial 15,7% (19/121) e do criadouro conservacionista 6,66% (7/105). Apenas três espécies foram positivas para M. synoviae sendo essas, a maracanã-pequena (Primolius maracana) (1/10 - 10%), arara-macao (Ara macao) (1/12, 8,3%) e arara-canindé (Ara ararauna) (2/48, 4,1%). O CETAS obteve 2,7% (2/74) de amostras positivas totais, enquanto o criadouro conservacionista obteve total de 1,9% (2/105) de amostras. Não ocorreram amostras positivas para M. synoviae no criadouro comercial. Os resultados mostraram um considerável número de amostras positivas para M. gallisepticum em espécies da família Psittacidae, indicando que estes animais podem ser uma fonte de infecção silenciosa para outras aves, uma vez que não apresentaram sintomatologia clínica.
Abstract The tegu (Salvator merianae) is the largest lizard found in Brazil and has a wide distribution, occurring in several biomes. The presence of fungi on reptilian eggs initially occurs on infertile eggs, which leads to a subsequent infection in fertile eggs, causing damage and death of embryos. The objective of this study was to identify the fungi that caused lesions in the eggs of tegu in captivity. Swabs were collected on infected and healthy eggshells, in an embryo that died and the substrate of the incubation box. Samples were submitted to saboraund dextrose agar. A total of 93.3% of positive samples were obtained for the fungi Fusarium (11/14), Trichoderma (1/15), Penicilium (1/15), Mucor (1/15), and yeasts of the genus Trichosporon. Therefore, Fusarium was the main agent that caused the lesion and death of embryos in the eggs of the tegu lizard. Sanitary control methods may be taken to avoid fungal infections in the eggs.
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