支架作用

PVR增殖膜是其病理性损害的主要基础，它的形成与玻璃体视网膜交界面的支架作用密不可分。

The foundation of pathoanatomical changes in PVR is the proliferative membrane , of which the vitreoretinal junction play a key role in the formation .

FN也有促进细胞生成的活性，促进上皮细胞生长，有利于皮片扩展；FN还在细胞上皮化过程中起支架作用。

In addition , FN can promote the cell formation which enhance the epithelium growth and is favorable for expand of skin flat . FN can serve as support in the process of epithelization .

它们在创面中一方面起着填充和支架作用，另一方面ECM还能通过作用于细胞膜上的整合素受体，通过整合素信号通路来调节细胞的增殖、迁移、凋亡等细胞生物学功能。

On the one hand , ECM plays an important role in filling up the wounds ; On the other hand , ECM can also regulate the proliferation , migration , apoptosis and other cell functions through integrin signaling pathway .

热力暗挖隧道内大推力固定支架作用机理研究

Study on Mechanism of High Thrust Fixing Trestle in Heating Hidden-excavated Tunnel

液压支架作用下底板的沉陷及反力

The reaction forces in the floor and its subsidence under hydraulic supports

激活最近发展区：大学英语课堂交际活动中教师及同伴支架作用研究

Activating the ZPD : Teacher and Peer Scaffolding in Classroom Communicative Activities

自动炮支架作用原理分析

Analysis on the principle of bracket for automatic gun

中膜层病理学改变是可逆性的，但已失去血管舒缩功能，仅具生物支架作用。

The pathological changes of tunica media were reversible , without vasomotion and play a stent role only .

脂肪组织是乳腺不可缺少的组成部分，它在乳腺中不仅起着结构支架作用，还能通过旁分泌途径影响乳腺实质的发育，乳腺实质也能合成、分泌生长因子影响脂肪组织的变化。

Adipose tissue as a necessary part of the mammary gland promoted the mammary essential tissue development by paracrine not only supporting the mammary gland structure .

从形态学方面来讲，该体系在细胞中起支架作用并可能与各细胞器的定位有关，是保持细胞内结构完整性的主要因素。

Talking it from the morphology , the net system plays a role of frame , and is concerned with the cellular organs location , which is also an important factor to keep cellular structure integrated .

PLGA能提供骨传导支架的作用，玻璃酸能更易于操作、提高细胞粘附及血管长入。

The PLGA is meant to provide an osteoconductive scaffold while the HyA improves handling , cell attachment and supports vascular ingrowth .

血管与支架相互作用的数值研究及分析。

3 , The model of the interaction between vessel and stent .

节能轴支架的作用原理设计方法和叶剖面优化

Design Method and Profile Optimization of Energy Saving Shaft Strut

管道支架按作用分为承重架、限制型支架和减振架三类。介绍了管道支架的分类及结构组成、支架位置的合理性及管道支架设计中应注意的问题。

The classification and constructions constituting , the position rationality and the design problem of piping hanger are introduced in this article .

在现代化高产高效矿井中，液压支架的作用是保证作业空间和安全生产。

In the modern high-yield high-efficiency mines , The hydraulic support is to ensure that coal mines operating space and safe production .

介绍了节能轴支架的作用机理、设计方法和叶剖面的优化。

The working mechanism , design method and profile optimization of energy saving shaft strut ( ESSS ) are present in this paper .

论述了顶煤介质状态转化对工作面支架的作用，不同强度顶煤在工作面控顶区上方的性态分布和放顶煤线处的垮落特点；

The loading affection on supports in process of transformation . the roof coal behaviour on the face zone and its caving character at cavity edge are expounded .

在分析回采工作面支架底座作用在底板岩层上压力分布特征的基础上，选择正方体试件用钢质小圆柱加压实验的方法测定高水速凝材料容许比压。

Based on the analysis of distribution of pressure applied by hydraulic support base on seam floor , a method to test the allowable specific pressure of high water content material was suggested .

认为脱钙骨含抗生素植骨能抑制细菌在骨内繁殖，更好地起到其成骨诱导和支架传导作用。

We recognized that decalcified bone graft by soaked antibiotic in area of infected bone defect had a better effect of antibacterial growth and provided a better effect of bone induction and conduction for bone healing .

在合成过程中，前者起到纳米粒子的储藏室与球型模板的作用，而后者则起到了外部保护网和球型支架的作用。

During the synthesis , the former plays a role like the reservoir for the accommodation of guest nanoparticles and offers the spherical template , while the latter acts as the protective exo-net and spherical scaffold .

随着高产高效采煤工艺技术的推广使用，液压支架的作用越来越大，液压支架的各个性能对综采工作面效率的影响日趋显著，因此对液压支架的实时监测就尤为重要。

With " high yield high production " mining technology application , hydraulic support to play a bigger role in the hydraulic support various properties of the fully-mechanized face increasingly significant influence efficiency of hydraulic support , so the real-time monitoring is particularly important .

实验选用的5m平面模拟架，主要由角钢座、调高块、立柱、传感器和顶梁组成，其精度误差仅为0.5%，实现了支架-围岩作用与原型的相似；

The length of the model is 5 m , it is maded of angle iron seat sensor , the beam on regulator vertical column ; it 's precision error has only been realized the support - country rock effect and the affinity of model for 0.5 % ;

支架-围岩作用关系的模糊聚类分析

Fuzzy Clustering Analysis of the Interaction of Support and Rock

成骨细胞与生物衍生支架材料相互作用的基因表达研究

The study of interaction between the osteoblast and bio-derived material by detecting the gene expression

基于巷道围岩非线性流变数学模型研究了巷道支架围岩相互作用关系。

Based on the model of non-linear rheological mathematical model of roadway 's deformation is established .

在支架围岩相互作用过程中，支架顶梁有一个先承载后卸载的过程。

In the interaction process of surround rocks and support , the roof beam suffers from loading and unloading experience .

综放开采顶煤应变软化特性对支架载荷限定作用的研究

Limiting effect of strain-softening character of the top coal on loads exerted on the powered supports in a fully mechanized sub-level caving face

两组疗效相比，经χ2检验P<0.05，差异有显著性。结论鼻窦内窥镜鼻窦手术后安装上颌窦引流支架的治疗作用为①预防上颌窦开口及筛窦腔粘连和再闭锁；

Conclusion The efforts of using maxillary stent after endoscopic sinus surgery : 1 , To prevent maxillary sinus orifice and ethmoid sinus adhesion .

在这些涵盖了细胞、组织生物力学和力学生物学研究中，针对血管和支架之间相互作用的研究是基础。

Among these researches cover the biomechanics and mechanical biological subject , the study on the interaction of stent and vessel is the foundation .

针对某种卡车悬架支架的载荷作用情况，从静态和动态两方面进行分析处理，评估其力学性能和安全性能。

Loads on some kinds of truck suspension bracket under both static and dynamic states were analysed , and the mechanic performance and safety were evaluated .