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Interestingly, cells growing on Polished surfaces had thick stress fibers and a well-ordered actin network under basal conditions, whilst cells on SLA surfaces, which do not have a plain, uniform surface to adhere on, lacked long actin filaments.
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The stress fibers containing filamentous actin (F-actin) and phosphorylated MLC2 can be broadly divided into two morphological types: thick and dense stress fibers, which are located in the peripheral portion of the cell ('cortical actin'), and stress fibers, which are located in the central portion of the cell ('central stress fibers').
Furthermore, our MDA-MB-435 data is consistent with previous findings that higher expression levels of integrin αvβ3, are associated with well-developed focal adhesions and thicker stress fibers in primary breast cancer cells compared with the normal breast epithelial cells [ 23].
This paper presents a discussion on the through-the-thickness stress profiles of thick laminated plates and sandwich structures calculated with a particular generalized unified formulation.
(E ) Cofilin-1-depleted cells show abnormally long and thick dorsal stress fibers as well as impaired fusion of transverse arcs into thick contractile ventral stress fibers.
Migrating cells display thick ventral stress fibers that are typically oriented perpendicularly to the direction of migration, and thinner ventral stress fibers that are often located at the cell rear or below the nucleus.
These experiments revealed that thick ventral stress fibers exhibit stronger traction forces to focal adhesions as compared to forces applied by dorsal stress fibers, similarly to what was recently demonstrated with model-based traction force microscopy by Soine et al. (2015).
Such coatings have been found to act as excellent barriers to water vapour permeation partly because they can be made so thick without stress induced cracking.
Red and yellow brackets highlight fusing arcs, and the orange dashed line indicates the thick ventral stress fiber derived from the fusing arcs.
12 Along with mDia1 activation by RhoA, the additional activation of ROCK results in the formation of thick actomyosin stress fibers.
At least the thick ventral stress fibers, which constitute the major force-generating actomyosin bundles in migrating cells, are derived from the pre-existing network of dorsal stress fibers and transverse arcs.
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