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短头颅型猫和中头颅型猫的骨盆差异及骨盆间接测量评估。

Pelvic differences between brachycephalic and mesaticephalic cats and indirect pelvimetry assessment.

机构信息

Laboratory of Carnivore Reproduction, Veterinary College, State University of Ceará, Fortaleza, CE, Brazil.

出版信息

Vet Rec. 2013 Jan 5;172(1):16. doi: 10.1136/vr.100859. Epub 2012 Nov 1.

Abstract

Pelvic measurements were carried out in cats with various cranial conformations to (1) determine pelvic morphometry, (2) compare any pelvic differences with cranial conformation and gender and (3) determine whether body biometrics can be used to predict pelvic measurements. Thirteen brachycephalic and 14 mesaticephalic female cats and 17 brachycephalic and nine mesaticephalic male cats were used. Body and external pelvic measurements, as well as pelvic radiographs, were performed. Brachycephalic females all had external pelvic and radiographic measurements that were significantly smaller than those of the mesaticephalic females, including smaller pelvic inlet and outlet areas and a smaller pelvic canal shape. Brachycephalic females had wider and flatter heads than do mesaticephalic females. Similarly, brachycephalic males all have radiographic pelvic measurements that are smaller than those of mesaticephalic males. Males had larger pelvis measurements than did their female counterparts for both cranial types, and indirect pelvimetry did not demonstrate good predictive value in determining the internal pelvic measurements. Thus, we conclude that pelvic differences exist between genders and between brachycephalic and mesaticephalic cats. Furthermore, body biometric measurements do not have good predictive value for determining internal pelvic measurements.

摘要

对具有不同颅型的猫进行了骨盆测量,以(1)确定骨盆形态,(2)比较骨盆差异与颅型和性别之间的关系,以及(3)确定身体生物测量学是否可用于预测骨盆测量值。使用了 13 只短头型雌性猫和 14 只中头型雌性猫,以及 17 只短头型雄性猫和 9 只中头型雄性猫。进行了身体和外部骨盆测量以及骨盆 X 光检查。短头型雌性猫的所有外部骨盆和 X 光测量值均明显小于中头型雌性猫,包括骨盆入口和出口面积较小,骨盆管形状较小。短头型雌性猫的头部比中头型雌性猫的头部更宽更平。同样,短头型雄性猫的所有骨盆 X 光测量值均小于中头型雄性猫。对于这两种颅型,雄性猫的骨盆测量值均大于其雌性猫,间接骨盆测量在确定内部骨盆测量值方面没有很好的预测价值。因此,我们得出结论,骨盆存在于性别之间以及短头型和中头型猫之间。此外,身体生物测量学对于确定内部骨盆测量值没有很好的预测价值。

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