Rosin R D, Exarchakos G, Ellis H
Surgery. 1976 May;79(5):560-3.
In this study the role that contraction plays in the healing of gastric wounds is explored experimentally. Superficial gastric mucosal defects made in the columnar part of rat stomachs were found to close rapidly, compared to defects carried down into the muscle layer. The collagen was packed tightly at the edges of the defects and no other factors appeared to have played a part in the closure. It is surmised that the decrease in size of the defect is due to fibroblastic activity causing contraction. It would seem likely that the myofibroblast, as described by other investigators, would be the unique cell causing this action. Further studies are required to confirm or refute this hypothesis.
在本研究中,通过实验探究了收缩在胃伤口愈合中所起的作用。与深入肌层的缺损相比,在大鼠胃柱状部造成的浅表胃黏膜缺损愈合迅速。缺损边缘的胶原蛋白紧密堆积,似乎没有其他因素参与缺损的闭合。据推测,缺损尺寸的减小是由于成纤维细胞活动导致收缩所致。正如其他研究者所描述的,肌成纤维细胞似乎是导致这种作用的唯一细胞。需要进一步的研究来证实或反驳这一假设。