Rotational stability before and after partial medial collateral ligament transection, TPLO and cranial cruciate ligament transection

Partial limb constructs (femur and tibia) were axially loaded in a custom limb press permitting axial rotation of the tibia. Measurements of maximum internal and external rotation under torques of 0.007 N per N body weight were measured in duplicate.Additional data includes repeatability of measurements, effect of remounting on neutral position, simulated quadriceps force, demographic details, TPA before and after TPLO, and percentage medial collateral ligament intact.本数据集涉及的部分肢体标本（股骨femur、胫骨tibia）通过定制肢体加载装置施加轴向载荷，该装置可允许胫骨进行轴向旋转运动。研究人员在0.007牛/牛体重的扭矩条件下，对标本的最大内旋与外旋角度开展了双重复测量。附加数据涵盖以下内容：测量结果的重复性、标本重新安装对中立位的影响、模拟股四头肌肌力、标本人口统计学细节、胫骨平台平整截骨术（Tibial Plateau Leveling Osteotomy, TPLO）前后的胫骨平台角（Tibial Plateau Angle, TPA），以及内侧副韧带完整率。