Hutzschenreuter P, Claes L
Arch Orthop Unfallchir. 1976 Jul 23;85(2):161-9. doi: 10.1007/BF00415454.
Leg screws were implanted in 30 tibia diaphysis. 112 days later in the gliding hole there was new lamellar bone round of the screw head, neck of screw and into the both first screw threads. After screw explantation we measured in 8 cases the solidity of the new bone. Under conditions of tension measurement, we use 341 N per millimeter cortical thread surfaces to put out all new bone from the gliding hole. The results of these tension measurements were cylindric fragments. The remodelling into the gliding hole seems to be the results of static stress and dynamic compensation for reaching a defect in living cortical bone.
在30根胫骨干中植入了腿部螺钉。112天后，在滑动孔内，螺钉头部、颈部周围以及进入前两个螺纹处有新的板层骨形成。取出螺钉后，我们对8例新骨的坚固性进行了测量。在张力测量条件下，我们每毫米皮质螺纹表面使用341牛的力将所有新骨从滑动孔中取出。这些张力测量的结果是圆柱状碎片。向滑动孔内的重塑似乎是静态应力和动态补偿的结果，以弥补活体皮质骨中的缺损。
