… contact guidance responses of hESCs in the presence of actin disrupting agents (ADAs). …
, we examined the effect of contact guidance of hESCs on cell cytoskeleton organization and …

… of actin disrupting agents attenuated the “contact guidance”, if human embryo stem cells
were … the findings, they deemed that the actin played a crucial role in the occurrence of “contact …

… The inset on the left panel represents a corresponding image of F-actin and nuclei. Scale …
and size of zyxin were decreased in human mesenchymal stem cells on the grating, but other …

… to nucleate the polymerization of actin stress fibers. Additionally, disrupting dorsal stress fiber
… -produced nanotopography to address the hypothesis of whether human embryonic stem …

… on stem cells and topography-induced stem cell differentiation, this … Disturbing the link
between FAs and actin stress fibers while … elements involved in contact guidance, such as actin. It …

… stem cells on submicrometric grooves, but not of osteoblasts. These findings show that
RhoA/ROCK signaling is involved in contact guidance of bone-related cells on … revealed that actin …

… with organization of the actin cytoskeleton, size and shape of … human embryonic stem
cell-derived mesodermal progenitor … engineering methods without disturbing the polymerizing …

… In the absence of nanotopographical cues, the cytoskeleton was reorganized into actin stress
fibers disrupted E-cadherin mediated cell–cell adhesions, and its anchorage to mature FAs …

… Contact guidance is a leading example of a naturally occurring phenomenon that is … h
embryonic stem cells … Actin polymerization dynamics involved in cytoskeleton rearrangement are …

… cells, aligned architectures providing contact guidance cues induce constrained focal
adhesion maturation and associated F-actin … would disrupt the contact guidance response. This …