Satellite cells multiply and send cells to help repair the damaged areas. 卫星细胞不断增生并修复受损部位。
In vitro culture-induced activation of human hepatic satellite cells and characterization of activated phenotype 体外培养诱导人肝脏星形细胞表型激活及其鉴定
Chemical damage-induced activation of adult rat skeletal muscle satellite cells 化学损伤对成年大鼠骨骼肌肌卫星细胞的激活作用
Biological Characteristics and Prospects Concerning Clinical Application of Skeletal Muscle Satellite Cells 骨骼肌卫星细胞生物学特性及临床应用前景
Biological characteristics and identification of skeletal muscle satellite cells in patients with low back pain 腰痛患者肌卫星细胞生物学特性及其鉴定
Expression of CXC chemokine receptor 4 in muscle satellite cells of muscle injury tissues 基质细胞衍生因子受体4在肌损伤组织肌卫星细胞的表达
The adult stem cells used in the study, conducted at Stanford University, were isolated from a mixed population of satellite cells in the skeletal muscle of mice. 在成人干细胞研究中使用,进行了斯坦福大学,是从一个孤立的混居的卫星细胞在骨骼肌的作用。
Satellite cells reside beneath the basal lamina of skeletal muscle fibers and include cells that act as precursors for muscle growth and repair. 肌卫星细胞位于骨骼肌的基底层下,也包括供肌肉生长和修复的前体细胞。
Aim: To study the effects of Bupivacaine and hyaluronidase on the proliferation of adult rat muscle satellite cells in vivo. 目的:研究盐酸布比卡因和透明质酸酶对成年大鼠肌卫星细胞在体增殖的影响。
It's been known that these satellite cells are crucial for the regeneration of muscle tissue, but this is the first demonstration of self-renewal of a single cell. 这是已知的,这些卫星细胞是很重要的再生的肌肉组织,但是这是第一个展示自我更新的单细胞。
Muscle satellite cells increased after denervation, but then they decreased and disappeared because they could not differentiate to mature muscle fibers. 骨骼肌卫星细胞在失神经支配后增多,但不能分化为成熟肌纤维,以致最后减少甚至耗竭。
Primary cultivation and identification of satellite cells of mice skeletal muscles 小鼠骨骼肌卫星细胞的原代培养和鉴定
Although they share a common anatomical localization and typically are considered a homogeneous population, satellite cells actually exhibit substantial heterogeneity. 尽管它们在解剖位置上相同并且被典型的认为是一个同质群,但是它们实际上还是表现出本质上的异质性。
Restore effect of muscle satellite cells in muscle frostbite models in vitro 体外培养的肌卫星细胞在肌肉冻伤模型中的修复作用研究
Objective: To investigate the culture method in vitro and the bionomics of masticatory muscle satellite cells. 目的:探讨咀嚼肌卫星细胞的体外培养方法并研究其生物学特性。
Results NGF, BDNF, NT 3 and their mRNA were observed in some satellite cells. 观察NGF、BDNF和NT-3及其mRNA在DRG卫星细胞的分布以及亚细胞定位。
Morphological observation and growth curve were used to evaluate the proliferative and differentiation ability of skeletal muscle satellite cells. 观察细胞各个阶段的形态,通过生长曲线等手段研究骨骼肌卫星细胞的增殖与分化能力,利用RT-PCR以及免疫细胞化学染色对所获得的细胞进行鉴定。
Enough satellite cells and beneficial myogenic environment were necessary to effective muscle regeneration. 有效的肌肉再生需要大量卫星细胞和有利的生肌环境。
And the α actin is specific for identifying the skeletal muscle satellite cells of the mice. 且α-肌动蛋白对鉴定小鼠骨骼肌卫星细胞具有特异性。
Conclusion IGF-ⅰ can accelerate the regeneration of skeletal muscle satellite cells after sports injury. 结论IGF-Ⅰ对运动性骨骼肌损伤后的卫星细胞再生有促进作用。
In this study, a method for culture and identification of the porcine skeletal muscle satellite cells was established and improved. 本研究中,我们建立并完善了猪骨骼肌卫星细胞的培养方法。
Conclusion The modified method can produce high purification satellite cells with simple process. 结论:使用分离纯化肌束的方法,有效的避免了成纤维细胞的污染,从而得到高纯度卫星细胞,方法简单,可以用于今后的研究工作。
Some muscle satellite cells directly mixed with muscle fibers. 一些肌卫星细胞直接与肌纤维融合。
The progressive atrophy of medial rectus with concomitant exotropia is relevant to the deficiency of the muscle satellite cells. 共同性外斜视内直肌进行性萎缩与内直肌静息态肌卫星细胞的不足有关。
Muscle satellite cells are potential myogenic cells capable of self-renewal and with potential multi-directional differentiation. 肌肉卫星细胞是具有增殖分化潜力的肌源干细胞,能够自我更新,具有多向分化的潜能。
Muscle satellite cells isolated from skeletal muscle and cultured in vitro are called myoblasts. 从骨骼肌中分离获得的肌卫星细胞在体外培养时被统称为成肌细胞。
In this study, the muscle satellite cells were cultured and established from bovine fetal muscle tissues. 本研究从牛胎儿肌肉中分离培养得到卫星细胞,然后诱导其向胰腺方向分化。
In physiological conditions, muscle satellite cells are located under muscle fiber basal membrane. 在生理状态下肌卫星细胞分布于成熟的肌纤维基底膜下。
Cultured satellite cells could differentiate and mutually fuse to myotubes under right conditions. 体外培养的大鼠肌卫星细胞可在合适条件下分化,并相互融合形成肌管。