The aim of this study was to measure cell adhesion molecules in PXE patients.
Schematic representation of a typical force-distance cycle was used to display the full process of measuring cell adhesion force.
In order to measure cell adhesion, VFF were allowed to attach on the surface of cell-culture well-plates for 5, 15, 30, and 45 min.
In this section, current techniques and their developments to measure cell adhesion, proliferation, morphology, viability, migration and gene expression are reviewed.
Inorganic nanowires can be utilized as devices for measuring cell adhesion force [10], dynamic drug delivery system [11] and electrical cell sensors [12] due to prominent electrical and mechanical properties.
The current study investigates the feasibility of pnc-Si as a cell culture substrate by measuring cell adhesion, morphology, growth and viability on pnc-Si compared to conventional culture substrates.
Curtis, J.M. Lackie (Eds)., Measuring Cell Adhesion, Wiley, Chichester, 1991, p. 41] [3] and this letter reports, for the first time, direct in situ observations of the way flowing biomass can deposit onto a fibrous structure and also how other flow conditions are able to re-suspend the biomass.
33, 34 In conclusion, we developed highly versatile micropillars for measuring cell adhesion and traction forces.
To understand the mechanisms that induced leukocyte adhesion, we first measured cell adhesion molecules expressed on the vasculature.
RQL constructed the recombinant plasmids, detected brevican expression levels in the transduced cells, measured cell adhesion and invasion and drafted the manuscript.
