<p><i>X</i><sub>0</sub>: the displacement of the bead on the cell membrane caused by the fluidity of the cell, <i>v</i>: the degree of non-linearity of the cell’s material, <i>η</i><sub><i>cell</i></sub>: cell’s viscosity coefficient</p><p>Estimated cell parameters under the control condition and four different dosages of ART.</p
<p>Data were obtained either from our own measurements in MIO-M1 cells or from literature, as follow...
<p>Plots show median and quartile values for instantaneous modulus (a,b), equilibrium modulus (c,d) ...
<p>Stiffness coefficient versus frequency for Jurkat cells treated with different dosages of ART.</p
<p><i>X</i><sub>0</sub>: the displacement of the bead on the cell membrane caused by the fluidity of...
<p>Mean bead displacement curves of one data set containing 40 independent bead (400 FU beads) measu...
<p>(A) Biomechanical model used to evaluate cell elastic and viscous parameters as function of the o...
<p>(A) Mean bead displacement curves of one data set containing for 400 FU beads attached to a monol...
Organisms are composed by cells, and the cells can also reflect the physiology of creatures. The com...
<p>(a) Mean velocity for varying values of cell motility (<i>v</i><sub>0</sub>). (b) Normalized velo...
<p>(A) Compressive modulus of cell-free and cell-laden gels on day 1; (B) swelling ratio of cell-fre...
<p>Probability function of the bead displacement amplitude for Jurkat cells treated with different d...
<p>(A) Overlay of still frames from a video of an untreated and 2 CD softened K562 cells flowing in...
(A) Diagram showing the relationship between the different factors involved in cell wall growth. Wal...
<p>(<i>A</i>) Single cells on substrates of varying stiffness after 100 MCS. Line pieces indicate st...
Understanding the relationship between the mechanical properties of living cells and physiology is a...
<p>Data were obtained either from our own measurements in MIO-M1 cells or from literature, as follow...
<p>Plots show median and quartile values for instantaneous modulus (a,b), equilibrium modulus (c,d) ...
<p>Stiffness coefficient versus frequency for Jurkat cells treated with different dosages of ART.</p
<p><i>X</i><sub>0</sub>: the displacement of the bead on the cell membrane caused by the fluidity of...
<p>Mean bead displacement curves of one data set containing 40 independent bead (400 FU beads) measu...
<p>(A) Biomechanical model used to evaluate cell elastic and viscous parameters as function of the o...
<p>(A) Mean bead displacement curves of one data set containing for 400 FU beads attached to a monol...
Organisms are composed by cells, and the cells can also reflect the physiology of creatures. The com...
<p>(a) Mean velocity for varying values of cell motility (<i>v</i><sub>0</sub>). (b) Normalized velo...
<p>(A) Compressive modulus of cell-free and cell-laden gels on day 1; (B) swelling ratio of cell-fre...
<p>Probability function of the bead displacement amplitude for Jurkat cells treated with different d...
<p>(A) Overlay of still frames from a video of an untreated and 2 CD softened K562 cells flowing in...
(A) Diagram showing the relationship between the different factors involved in cell wall growth. Wal...
<p>(<i>A</i>) Single cells on substrates of varying stiffness after 100 MCS. Line pieces indicate st...
Understanding the relationship between the mechanical properties of living cells and physiology is a...
<p>Data were obtained either from our own measurements in MIO-M1 cells or from literature, as follow...
<p>Plots show median and quartile values for instantaneous modulus (a,b), equilibrium modulus (c,d) ...
<p>Stiffness coefficient versus frequency for Jurkat cells treated with different dosages of ART.</p