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    Anatomy of the cervical canal in the Angora Goat (Capra hircus)
    (2010) Dayan M.O.; Beşoluk K.; Eken E.; ÖzkadIf S.
    This study was performed to reveal the anatomy of the cervical canal in Angora goats. For this purpose, sixty genital tracts of adult Angora goats in estrus, weighing from 40 to 50 kg, obtained from Konya slaughterhouses, were used. The materials were examined by dissection and latex cast techniques. In dissections, the vaginal protrusions were star, duckbill, crescent, spiral, cluster and bump-shaped. In the materials with latex cast and dissection, because the circular folds were of high volumes in the caudal half of the cervical canal, the blind sacs were deeper than those of the cranial half. Based on the latex cast, we have noticed with interest that the cervical canal had a convexity in dorsal direction because its cranial and caudal thirds were curved ventrally. It was concluded that the anatomical structure of the cervical canal mentioned in this study might be considered in intrauterine catheter applications in Angora goats.
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    Two and three-dimensional computed tomographic anatomy of the guttural pouch in Arabian foals
    (Medwell Journals, 2014) Bahar S.; Dayan M.O.
    The guttural pouches have an elusive anatomy due to their location, adjacency and variable shape. Computed Tomography (CT) is utilized in visualizing the details of complex body parts and their in creating 3-Dimensional (3D) Models. In the present study was aimed to demonstrate sectional reference anatomical details of the pouches and to obtain their certain morphometric features. Heads of 5 purebred female Arabian foals were scanned by helical CT. CT was quite successful in demonstrating the borders of the guttural pouches and the surrounding bone and muscular tissues. The guttural pouches volume was 82.1±7.69 mL whereas volume ratios of the lateral and medial compartments were 16 and 84%. Pouches were observed as the largest air cavity of the head's total air space. 3D Models may provide substantial advantages in determining topographic, morphologic, morphometric features of the guttural pouches and in pre-surgical planning for this region. © Medwell Journals, 2014.