collagen fibrils
英
美
网络 胶原纤维; 胶原原纤维; 胶原蛋白纤维; 原纤维; 胶原微纤维
双语例句
- The mature collagen fibrils showed no loss of periodicity.
成熟胶原纤维规律整齐。 - Three-Dimensional Architecture of Collagen Fibrils in Aged Human Ciliary Body
老年人睫状体胶原纤维三维立体结构的实验研究 - 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。 - In the connective tissue amyloid fibrils and collagen fibrils were both present.
结缔组织中淀粉样纤维和胶原纤维两者都有。 - 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。 - There were both thin and thick collagen fibrils in the predentin and dentin.
前牙本质和牙本质的胶原原纤维分粗、细两种：从前牙本质至牙本质； - LN is propitious to formation of intercellular tight junction, bundle the collagen fibrils to come into being tendon.
LN有利于细胞之间形成紧密连接，使胶原纤维集结成束，从而产生致密结缔组织促进肌腱再生。 - 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。 - Four types of collagen fibrils were foundin the stroma.
基质内有粗细不同的4种胶原纤维。 - Necrosis of chondrocytes and abnormal aggregated collagen fibrils were found at 18 and 24 weeks.
18～24周时中层与深层软骨细胞变性坏死，胶原纤维破坏并异常聚合，逐渐向表层发展； - The collagen fibrils were disorganized and last for 12 month.
角膜基质浅层的胶原纤维排列紊乱长达12月。 - 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。 - Morphological changes of collagen fibrils during the formation of autogenous tendon induced by human hair keratin artificial tendon
人发角蛋白人工腱诱导自体腱形成中胶原原纤维的形态学变化 - Results A decrease in the level of bone collagen was detected in osteoporosis patients, the type ⅰ collagen fibrils in diameter thinned, were broke, and its structure irregular;
从骨中提取Ⅰ型胶原测定肽链的羟基化水平，观察Ⅰ型胶原羟基化程度的改变。结果绝经后骨质疏松性骨折病人胶原含量降低，Ⅰ型胶原蛋白纤维变细、断裂，结构紊乱。 - RESULTS: Under AFM, the parallel aligned collagen fibrils and D periods could be seen clearly.
结果：在原子力显微镜下，可以清晰看到平行排列的胶原纤维和D带结构； - Our results suggest that though fluoride has a stimulating action on the embryonic osteoblasts and enhanced the bone formation, the osteoblasts produced abnormal collagen fibrils which caused disorder of osteoid mineralization and led to osteomalacia.
以上结果提示，氟对胚胎成骨细胞有刺激作用，成骨作用加强，但成骨细胞产生异常的胶原纤维，类骨质矿化障碍，出现骨软化。 - A thick reticular structure containing collagen fibrils and devoid of cellular elements was observed by TEM.
透射电镜观察到增厚的基底膜样物质是胶原原纤维编织成厚的网状结构且无细胞成分。 - 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。 - Sometimes the FLS bodies continue with the collagen fibrils are found. Occasionally, FLS body like a bridge locate between two Schwann cells and its dark bands continue to the basement membrane of the Schwann cells.
偶见FLS体呈桥样架于两Schwann细胞之间，FLS体的暗带与两侧Schwann细胞的基膜相延续。 - These data are of importance for studying the formation and regulation mechanism of collagen fibrils in vivo.
这些对研究体内胶原原纤维的形成过程及调节机制具有重要意义。 - The collagen fibrils on trabecula surface were scrappy, thinner and breaking.
骨小梁表面胶原纤维断裂、紊乱。 - To image the dentin collagen fibrils with AFM.
实验目的和方法：1、运用AFM对牙本质胶原纤维进行成像研究。 - The method of imaging dentin collagen fibrils with AFM was established, and the clear AFM images of dentin collagen fibrils were obtained.
实验结果：1、建立了运用AFM对牙本质胶原纤维进行扫描成像的方法，获得了清晰的胶原纤维AFM扫描图像。 - Collagenase ⅱ can degrade dentin organic substance ( mainly collagen fibrils) effectively.
胶原酶Ⅱ能有效降解牙本质有机质（胶原纤维）。 - Hepatic fibrosis is the common wound-healing response to chronic liver injury, and involves inflammatory cell infiltration, the abnormal accumulation of collagen fibrils, degeneration and necrosis of hepatocyte, and damages to liver architecture and function.
肝纤维化是一种肝脏对慢性损伤的愈合反应，表现为肝脏炎症细胞浸润、肝内胶原纤维异常增生、肝细胞变性坏死、肝组织结构和功能遭到破坏。 - To observe the enzymatic degradation process of dentin collagen fibrils under the action of collagenase.
运用AFM观测牙本质胶原纤维在胶原酶作用下的降解过程。 - The basic mechanism of bonding to dentin is the formation of a hybrid layer. As the collagen fibrils are the main organic substance in hybrid layer, its integrity plays an important role to maintain the longevity of bonding.
复合树脂与牙本质粘结形成的基本机制是混合层的形成，胶原纤维是混合层中主要的有机成分，其完整性对维持稳定的粘结起重要作用。 - Chlorhexidine and Captopril were used as the inhibitors of collagenase. The inhibition effect of collagenase inhibitors on the enzymatic degradation reaction between collagenase ⅱ and collagen fibrils was detected by AFM.
以氯己定、卡托普利作为胶原酶抑制剂，运用AFM观测其对胶原酶Ⅱ与胶原纤维反应过程的抑制作用。 - Our future studies will be focused on development of a theoretical model of analyte diffusion in different scleral compartments ( based on the size, distribution, and orientation of collagen fibrils).
我们未来的研究将集中在巩膜的不同区块（建立在胶原纤维的大小，分布和定向的基础上）的分析物渗透的理论模型的建立方面。 - After proper treatment the prepared dentin specimen was exposed the network of collagen fibrils, and AFM was used to make clear images of the collagen fibrils.
制备适合AFM观察的牙本质样品，通过适当的处理，暴露牙本质表层的胶原纤维网，运用AFM进行扫描，形成清晰的胶原纤维形貌图像。