Optical Tweezer-Based Microrheology of Axonemal Dynein-Based Active Material Systems using Large Beads Exhibit Multiple Nonlinearities not Found in …
MC Keech, M Buckley, A Pabbathi, J Alper - Biophysical Journal, 2021 - cell.com
Active matter models and microrheology-based characterization techniques collectively
quantify active stresses generated by out-of-equilibrium materials and polymer networks in …
quantify active stresses generated by out-of-equilibrium materials and polymer networks in …
[引用][C] Optical Tweezer-Based Microrheology of Axonemal Dynein-Based Active Material Systems using Large Beads Exhibit Multiple Nonlinearities not Found in …
MC Keech, M Buckley, A Pabbathi… - Biophysical …, 2021 - ui.adsabs.harvard.edu
Optical Tweezer-Based Microrheology of Axonemal Dynein-Based Active Material Systems
using Large Beads Exhibit Multiple Nonlinearities not Found in Measurements Made with …
using Large Beads Exhibit Multiple Nonlinearities not Found in Measurements Made with …