Montgomery A
J Neurol Sci. 1975 Nov;26(3):401-23. doi: 10.1016/0022-510x(75)90211-7.
A technique called parabiotic reinnervation has been developed. This technique consisted of suturing the sectioned peripheral end of the common peroneal nerve of a normal mouse, strain 129 ReJ +/+ to that of the distal stump remaining after sectioning that same nerve in a dystrophic mouse, strain 129 ReJ dy/dy. The animals were then parabiosed and allowed to recover and thus it was possible to innervate a dystrophic muscle with a normal nerve and vice-versa. This made it possible to test the hypothesis that a derangement of the trophic function normally exerted by a nerve on a muscle might be an element in the pathogenesis of muscular dystrophy in the adult mouse. Studies on the weights and isometric twitch characteristics of such parabiotically reinnervated muscles led to the conclusion that a derangement of the trophic function exerted by a nerve on a muscle is not an element in the pathogenesis of muscular dystrophy in the adult 129 ReJ dy/dy strain of mouse.
一种名为联体再支配的技术已经被开发出来。该技术包括将一只正常的129 ReJ +/+ 品系小鼠的腓总神经切断后的外周端,缝合到一只营养不良的129 ReJ dy/dy品系小鼠的同一条神经切断后剩余的远端残端上。然后将这些动物联体,并让它们恢复,这样就有可能用正常神经去支配营养不良的肌肉,反之亦然。这使得检验以下假设成为可能:即神经通常对肌肉施加的营养功能紊乱可能是成年小鼠肌肉营养不良发病机制中的一个因素。对这种经联体再支配的肌肉的重量和等长收缩特性的研究得出结论:在成年129 ReJ dy/dy品系小鼠中,神经对肌肉施加的营养功能紊乱不是肌肉营养不良发病机制中的一个因素。