The collagen fibrils had significant hyperplasia, and false liver acinus formed in liver of ILD.
ILD组肝内胶原纤维明显增生，假小叶形成。
Tendons are composed of highly aligned collagen fibrils and elongated fibroblasts known as tenocytes.
肌腱组织的主要组成是胞外基质中的胶原纤维和镶嵌在胶原纤维内的肌腱细胞。
Collagenase is one kind of enzymes that can degrade native helical collagen fibrils or glutin but not degrade others proteins.
胶原酶是一种特异降解胶原螺旋区或明胶，而不作用于其它蛋白质底物的酶类。
During bone resorption, the inorganic components of the bone matrix were first dissolved and resorbed leaving behind rough and irregular collagen fibrils.
骨吸收过程中，无机盐可以先吸收，残剩粗糙不规则的胶原纤丝。
The main composition of extracellular matrix of compact bone, collagen fibrils and minerals, were preserved in the natural position and structure characteristic.
密质骨骨基质的主要成分胶原纤维和骨盐仍维持原有形态及结构特征，胶原纤维聚集、排列成规则的网状支架。
The collagen fibrils in the dentine of aging rat enlarged in its diameter, and were denser in the pattern of their distribution and ran randomly in their direction.
老化牙本质胶原原纤维的横纹模糊不清，数量增加，口径增粗，分布致密，走向随意；
The structure of endothelial cells of capillaries was changed, the basal lamina became thicker and the pericapillary space became broader with a lot of collagen fibrils.
毛细血管内皮细胞形态结构发生改变，基膜增厚，血管周隙明显增宽，内含大量的胶原原纤维。
Now, a team from the University of Manchester has used sophisticated electron microscope techniques to uncover the molecular structure of the thinner of the two types of collagen fibrils.
现在，来自曼彻斯特大学的一个研究小组利用高超的电子显微镜技术揭示了这两种胶原纤维的薄层的分子结构。
ConclusionThe intra-retinal collagen fibrils penetrating the ILL and mixing with the cortical vitreous fibrils appears to underlie the slow adhesion of the vitreoretinal interface with aging.
结论随年龄增长来自视网膜内的胶原纤维逐渐穿透ill与玻璃体皮质纤维缠绕结合，使基底部玻璃体视网膜界面粘连延伸。
Conclusions The influence of FA on the ability to collagen fibrillogenesis maybe caused by the changes of hydroxylysine glycosylation in collagen molecular and the diameter of collagen fibrils.
结论实验组胶原分子聚合能力的改变，可能与腐殖酸对胶原分子中羟赖氨酰残基的糖苷化影响和胶原分子直径的影响有关。
Conclusions The influence of FA on the ability to collagen fibrillogenesis maybe caused by the changes of hydroxylysine glycosylation in collagen molecular and the diameter of collagen fibrils.
结论实验组胶原分子聚合能力的改变，可能与腐殖酸对胶原分子中羟赖氨酰残基的糖苷化影响和胶原分子直径的影响有关。
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