… choice is due to its mechanical property, which is amenable … the microfluidic devices, cells
are growing in two-dimensions (… One concept of non-contact printing is based on syringe-…

… to the non-contact model, co-culturing A549 and MRC-5 cells in … An in vitro 2D-3D coculture
microfluidic chip, has been … collagen I hydrogel to improve its mechanical properties. C-HA …

… Here, the cellular mechanical properties were determined by … (HL60) and the real-time
monitoring of the apoptotic process … ) microfluidic devices can be used also for the non-contact …

… that can be released by practically all cell types, and range in size from 30 nm to 150 nm. As
… can be improved by non-contact microfluidics. Combining nanoscale porous properties with …

… for the study of apoptosis dynamics in human leukemic cells … for non-contact trapping of
single or agglomerates of cells, offering dynamic control over cell environment by microfluidics …

… Finally, we demonstrate the use of microfluidic resistive … Apoptotic cells release ACdEVs
of various size through … There is a third non-contact mode. This involves the cantilever being …

… Brillouin confocal microscopy, a non-contact optical method … correlated with mechanical
properties; but the effects in tumor … microfluidic culture and noninvasive mechanical analysis …

… proliferation, differentiation, apoptosis, etc, thereby … an image size (400 × 400 pixels) that
contains one or two cells. The … micro-contact printing, this non-contact method is easy to operate …

… microenvironment using microfluidic technology, have emerged. Three-dimensional (3D) cell
cultures … The AFM measures mechanical properties by indenting its tip into the sample and …

… –ECM interaction to influence mechanical properties of cells or … Nanoscale patterns can
also be achieved with other non-contact … Microfluidic tools can enable single cell mechanical …