02919naa a2200325 a 450000100080000000500110000800800410001910000150006024501840007526000090025950001830026852017240045165000150217565000180219065300170220865300120222565300290223765300240226665300230229065300290231365300280234265300210237070000170239170000180240870000170242670000250244370000170246870000190248577300890250420947652018-08-30       2018    bl uuuu     u00u1 u    #d1 aBECKER, M.  aBone quality evaluation of experimental osteometabolic disease in Pantanal alligators (Caiman yacare) by High Resolution Computerized Microtomography (?CT).h[electronic resource]  c2018  aTítulo em português: Avaliação da qualidade óssea de doença osteometabólica experimental em jacarés do pantanal (Caiman yacare) por Microtomografia Computadorizada (?CT).  aComputerized microtomography is the gold standard examination for the evaluation of the three-dimensional bone structure. This experiment was developed to evaluate the structure and bone quality of Caiman yacare with metabolic bone disease using high resolution computerized microtomography (?CT). The animals were distributed into four groups: G1 - hyperphosphatemic diet with sun exposure deprivation (n=4), G2 - hyperphosphatemic diet with sun exposure (n=4), G3 - balanced diet with sun exposure deprivation (n=4), and G4 - balanced diet with exposure to sunlight (n=4). The parameters for the trabecular bone (Trabecular Number, Trabecular Thickness, Trabecular Separation, Bone Pattern Factor, Fractal Dimension, Euler Number, Structural Model Index, Degree of Anisotropy, Eigenvalues 1, 2 and 3, and Centroides X, Y and Z), and cortical bone (Number of Closed Pores, Volume of Closed Pores, Surface of Closed Pores, Closed Porosity, Volume of Open Pores, Open Porosity and Total Porosity). The overall results showed that the structure and bone quality of group G3 and G4 were better than those of groups G1 and G2, and that the diet factor influenced more than the sun exposure factor. The computerized microtomography allowed to evaluate the quality of the cortical and trabecular bones of the Pantanal alligator tibia with osteometabolic disease. The diet and sun exposure factors influenced individually the results of the ?CT parameters between the groups, demonstrating the functional and structural complexity. Thus, these parameters can contribute to the interpretation of the mechanical behavior of bones and correlate them with the risk of lesions and fractures associated with osteometabolic diseases.  aAlligators  aCaiman yacare  aBone quality  aClinics  aDoença osteometabólica  aJacaré do pantanal  aMicro architecture  aMicro arquitetura óssea  aOsteometabolic diseases  aQualidade óssea1 aSOUZA, M. A.1 aMORAES, L. G.1 aSILVA, G. S.1 aANTONIASSI, N. A. B.1 aSOUZA, R. L.1 aCOLODEL, E. M.  tPesquisa Veterinária Brasileira, Rio de Janeirogv. 38, n. 5, p. 981-990, maio 2018