PESQUISA VETERINÁRIA BRASILEIRA

Abstract in English:

ABSTRACT.- Milanelo L., Moreira M.B., Fitorra L.S., Petri B.S.S., Alves M. & Santos A.C. 2009. Occurrence of parasitism by Dioctophyma renale in ring-tailed coatis (Nasua nasua) of the Tiete Ecological Park, São Paulo, Brazil. Pesquisa Veterinária Brasileira 29(12):959-962. Centro de Recuperação de Animais Selvagens, Parque Ecológico do Tietê, Departamento de Águas e Energia Elétrica, Rua Guira Acangatara 70, Engenheiro Goulart, São Paulo, SP 03719-000, Brazil. E-mail: lmilanelo@gmail.com Dioctophymosis is a worldwide renal parasitosis caused by the Dioctophyma renale nematode, which results in progressive destruction of renal tissue. Aquatics annelids are considered the main intermediate hosts and the literature refers as permanent hosts of dogs, wild mammals and even humans. During procedures for population control of coatis (Nasua nasua) in the Ecological Park of Tietê (PET), was noticed the presence of parasitosis by D. renale. From 68 animals, males and females, young and adults, submitted to exploratory laparotomy, 51 were positive for the presence of worms, 9 were found only in the right kidney. In 10 cases, in addition to right kidney parasitism, worms were also observed in the abdominal cavity. In 24 cases D. renale was found only in the abdominal cavity and in 8 animals the right kidney was reduced to a small rigid structure. The study showed that the preferred site for parasitism of the worm, considered erratic, was the abdominal cavity in 66.66% of the cases.

• Dioctophyma renale Nasua nasua dioctofimose

Abstract in Portuguese:

RESUMO.- Milanelo L., Moreira M.B., Fitorra L.S., Petri B.S.S., Alves M. & Santos A.C. 2009. Occurrence of parasitism by Dioctophyma renale in ring-tailed coatis (Nasua nasua) of the Tiete Ecological Park, São Paulo, Brazil. [Ocorrência de parasitismo por Dioctophyma renale em quati (Nasua nasua) do Parque Ecológico Tietê, São Paulo.] Pesquisa Veterinária Brasileira 29(12):959-962. Centro de Recuperação de Animais Selvagens, Parque Ecológico do Tietê, Departamento de Águas e Energia Elétrica, Rua Guira Acangatara 70, Engenheiro Goulart, São Paulo, SP 03719-000, Brazil. E-mail: lmilanelo@gmail.com RESUMO.- [Ocorrência de parasitismo por Dioctophyma renale em quati (Nasua nasua) do Parque Ecológico Tietê, São Paulo.] A dioctofimose é uma parasitose renal causada pelo nematóide Dioctophyma renale conhecida por gerar a destruição progressiva do parênquima renal. Anelídeos de água doce são considerados os principais hospedeiros intermediários e a literatura refere como hospedeiros definitivos cães domésticos, mamíferos selvagens e até seres humanos. Durante procedimentos de controle populacional de quatis (Nasua nasua) no Parque Ecológico do Tietê (PET), evidenciou-se a presença do parasitismo por D. renale. Sessenta e oito animais foram submetidos à laparotomia, machos e fêmeas, jovens e adultos, dos quais 51 foram positivos para presença do parasita. Em 9 animais o parasita esteve presente apenas no rim direito; em 10 animais D. renale parasitava o rim direito e a cavidade abdominal simultaneamente. Em outros 24 quatis o parasita foi encontrado apenas na cavidade abdominal e em 8 animais o rim direito foi reduzido apenas a uma pequena estrutura rígida. O estudo demonstrou que para este hospedeiro (Nasua nasua), o rim direito não parece ser local de escolha do parasita, já que o encontro do verme em 66,6% dos casos foi a cavidade abdominal.

Abstract in English:

ABSTRACT.- Fecchio R.S., Gomes M.S., Kolososki J., Petri B.S.S., Rossi Jr J.L. & Gioso M.A. 2008. [Study of the occlusion biomechanics and adherence of acrylic resin (polimetilmetacrilate) in fractures of rhinotheca in toucans (Ramphastos toco).] Estudo da biomecânica oclusal e da aderência da resina acrílica auto-polimerizável (polimetilmetacrilato) em fraturas de rinoteca de tucanos (Ramphastos toco). Pesquisa Veterinária Brasileira 28(7):335-340. Departamento de Cirurgia, Faculdade de Medicina Veterinária e Zootecnia, Universidade de São Paulo, Prof. Dr. Orlando de Marques de Paiva 87, Bloco 8 superior, Cidade Universitária, São Paulo, SP 05508-270, Brazil. E-mail: rfecchio@gmail.com Traction effort was applied perpendicularly to the axis of toucan beaks and for accomplishment of the essay a dynamometer was used. The beak was completely fractured when submitted to traction of 270.40 N. For fixation of the fractured beaks acrylic resin was applied using a strip of 2.0cm of width. The second beak presented resistance up to 69.75 N. The third beak was submitted to acid conditioning and resisted to force of 63.29 N. Other two new tests were accomplished the whole surface of the rhinotheca filled out. The fourth beak was not submitted to the acid attack and it resisted up to 134.40 N, and the fifth was submitted to the acid etch and it resisted up to 101.50 N. The present work did not observe statistical correlation and, consequently, differences among the procedures with previous use of acid attack and those without the use of the same.

• Toucans rhinotheca fracture beak tucano rinoteca bico Ramphastos toco polimetilmetacrilate polimetilmetacrilato fraturas

Abstract in Portuguese:

ABSTRACT.- Fecchio R.S., Gomes M.S., Kolososki J., Petri B.S.S., Rossi Jr J.L. & Gioso M.A. 2008. [Study of the occlusion biomechanics and adherence of acrylic resin (polimetilmetacrilate) in fractures of rhinotheca in toucans (Ramphastos toco).] Estudo da biomecânica oclusal e da aderência da resina acrílica auto-polimerizável (polimetilmetacrilato) em fraturas de rinoteca de tucanos (Ramphastos toco). Pesquisa Veterinária Brasileira 28(7):335-340. Departamento de Cirurgia, Faculdade de Medicina Veterinária e Zootecnia, Universidade de São Paulo, Prof. Dr. Orlando de Marques de Paiva 87, Bloco 8 superior, Cidade Universitária, São Paulo, SP 05508-270, Brazil. E-mail: rfecchio@gmail.com Traction effort was applied perpendicularly to the axis of toucan beaks and for accomplishment of the essay a dynamometer was used. The beak was completely fractured when submitted to traction of 270.40 N. For fixation of the fractured beaks acrylic resin was applied using a strip of 2.0cm of width. The second beak presented resistance up to 69.75 N. The third beak was submitted to acid conditioning and resisted to force of 63.29 N. Other two new tests were accomplished the whole surface of the rhinotheca filled out. The fourth beak was not submitted to the acid attack and it resisted up to 134.40 N, and the fifth was submitted to the acid etch and it resisted up to 101.50 N. The present work did not observe statistical correlation and, consequently, differences among the procedures with previous use of acid attack and those without the use of the same.