… the role of the actin cytoskeleton and elucidate the signaling … Given that loss of the SZ of
articular cartilage is one of the … articular cartilage function by contributing to the biomechanical …

… with the ability to produce chondrocyte-like matrix, such as … IGF-I is an effective stimulator of
collagen anabolism and cell … to interact directly with cytoskeleton and thus can sense the cell …

… (PEG) coatings have a positive effect on cell adhesion, an in vivo … of numerous chondrocytes
and hypertrophic chondrocytes. … One example of a coating material with an effect on …

… The morphological and biomechanical properties of cartilage … is one of the most sensitive
markers of chondrocyte phenotype, … is altered by changes in cell shape and actin cytoskeleton …

… cell [36] which also is the progenitor for chondrocytes, muscle cells, and also the adipocytes
[… negative impact of weightlessness on osteoblasts [55], in which the cytoskeleton collapses …

… into three areas focusing on bone and cartilage, connective tissue and muscle/nerve tissue.
… This highlights one of the key problems in evaluating studies of the effects of ESWs on the …

… Cholesterol level and cytoskeleton … of chondrocytes and proliferation of pre-osteoblastic
cells and regulates migration of osteoblasts and MSCs. It has been demonstrated that IGF-I …

… factor (EGF) and IGF-I act as chemoattractants for neutrophils, … Hypertrophic chondrocytes
in this region have abundant levels … interacts with the cytoskeleton and effects cell signalling, …

… that interacts with an actin-rich cytoskeleton, while the cytoplasm contains … the interaction
between this IGF-I and its receptor31,32. … of both articular cartilage and subchondral bone45. …

… induce the remodelling of actin cytoskeleton and maintain the differentiation potentials in
BMSCs after ESW treatment. Wang et al 34 first investigated the effect of ESW in rabbit ACL …