Nanba, D. et al. Cell motion predicts human epidermal stemness.
Schweitzer, Y. & Kozlov, M. M. Cell motion mediated by friction forces: understanding the major principles.
Caballero, D., Voituriez, R. & Riveline, D. Protrusion fluctuations direct cell motion.
Transport at the microscale, including diffusion and steric interactions that result in cell motion across streamlines, is discussed.
Unfortunately, this process is difficult to distinguish from chemokinesis, i.e., stimulated random cell motion.
From these trajectories, we infer an equation of cell motion, which decomposes the dynamics into deterministic and stochastic contributions in position velocity phase space.
The Cell Motion BioBus was founded in August 2007 by Ben Dubin-Thaler, a 2007 graduate of Columbia University (Ph.D. Cell Biophysics).
Then perfusion of cells into pore structures was simulated to characterize cell motion during the seeding process.
Here, we demonstrate the ability to simultaneously track cell cycle phase and cell motion at the single cell level.
The aim of this study was to investigate how fluid flow conditions modulate cell motion and deposition during perfusion.
At the same time, hypoxia-downregulated genes were enriched in terms related to neuron morphogenesis, intracellular protein transport, transmission of nerve impulses, phosphate metabolic processes, regulation of cell motion, regulation of protein kinase activity and nuclear protein import.
