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- All cells have secretory and absorptive functions besides 4ibblasts and granular cells in connective tissue, there are myofibril, collagenous fibril and unmyelinated fibers. 结缔组织中除有成纤维细胞和颗粒细胞外还充满胶原原纤维和肌原纤维，无髓神经原纤维也较多。
- At high concentration,the ultrastructure of different collagen fibril was also different.By AFM the differ... 高浓度下,来源不同,形成的胶原纤维在微观结构上有较大的差异。
- In ERM, the dominant distribution was epithelial and fibroblastoid cells combined with large number of collagen fibril, and HGFR/c-Met was expressed most in cells with pigment granules. ERM以上皮样细胞、成纤维样细胞为主并含有大量胶原纤维；
- The crossinking behavior of collagen fibril under UV-B exposure can be clearly observed by means of AFM.It is proved that AFM is an excellent technique for the study of collagen fibril. AFM作为一种高分辨的表面分析仪器;为分子生物学领域的研究提供了一种新的手段.;是探讨胶原光作用机理直观、有效的方法
- The capsule and septula were consisted of loosely arranged collagen fibrils. 囊和隔由疏松排列的胶原细纤维构成。
- Three-dimensional Structure of Collagen Fibril of Pigskin 猪皮组织胶原原纤维的三维结构
- The net effect of a ruffled border is to increase the cell surface area for contact with the collagen fibrils and apatite crystals being resorbed. 与骨组织相贴的部位（破坏和吸收进行的部位）表面凹凸不平，这样可以增加与骨基质的接触面积，有利于分解吸收胶原纤维和磷石灰盐成分。
- Collagen fibrils in vitreous present spatial arrangement regularly, plasmin can lead to destruction of the fibrillar network. 玻璃体内胶原纤维呈三维空间结构，纤溶酶能够破坏玻璃体胶原纤维的网状结构。
- In skin of external auditory canal, there are multilayer applanatio-keratinocyte, epidermis, collagen fibrils, collagenoblast and leukomonocyte. 外耳道皮肤可见多层扁平角质细胞、真皮、皮下胶原纤维、成纤维细胞、淋巴细胞。
- The MASSON staining showed that the repairing tissues of the RF-treated parts were all collagen fibrils, especially in the amph-portions. MASSON染色显示射频处理部位重新修复组织均为胶原纤维组织，以射频紧缩韧带两端组更明显。
- Furthermore, the sequential arrangement of collagen fibrils was disturbed, the collagen network broke down and the proteoglycan granules decreased. 基质中胶原原纤维的有序排列结构消失，胶原网受到破坏，同时蛋白多糖颗粒减少；
- Large collagen fibrillar bundles filled in the perisinusoidal spaces, and capillarization of hepatic sinusoids was observed. 肝窦周隙内充满大量胶原纤维 ,并形成肝窦毛细血管化。
- Results At 12 weeks postoperatively, the severed ligaments in both groups were bridged by parallel collagen fibrils and connected with the original ligament fiber. 结果12周时缝合组和不缝合组的韧带断端间均被平行的胶原纤维桥接，并与原韧带纤维相连，但前者翻转交错明显，纤维间隙较后者小。
- It shows that the paper's performance decline as the proportion of animal collagen fibrils increases.And the influence of fatliquor on paper's physical capability. 同时,针对高含量胶原纤维的动植物纤维混合抄片的物理性能下降的问题,探讨了加脂剂对动植物纤维混合抄片物理性能的影响。
- Objective To observe the morphological changes of collagen fibrils during the formation of autogenous tendon induced by human hair keratin (HHK) artificial tendon. 目的观察人发角蛋白(HHK)人工腱诱导自体腱形成过程中胶原原纤维形成的形态学变化。
- Effects of UV-B on the Morphological of I Type Collagen Fibril by AFM 原子力显微镜研究UV-B对I型胶原结构的影响
- Observation on ultrastructure showed where the collagenous fibrils were intact, fibrioblast with active function were found in hypodermatic connective tissues, the basal lamina were intact, the epidermoid cells were well differentiated. 超微结构观察结果显示:在胶原纤维完整，上皮下结缔组织内成纤维细胞丰富、能活跃部位，基底膜较完整，相应部位之上皮细胞分化较好。
- On the contrary,where the collagenous fibrils dissolved and damaged,the basal membrane damaged,the fibroblast rarely found in the connective tissues,the epidermoid cells were poorly differentiated. 相反，上皮下结缔组织内胶原纤维溶解破坏，基底膜破损部位以及成纤维细胞稀少部位，上皮细胞分化较低。
- Formation and degradation of collagen fibril during regeneration of tendon 自体腱形成中的胶原原纤维的形成与降解
- 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。
