Sentence examples for living stiffness from inspiring English sources
Positive results, consistent with a significant improvement in activities of daily living, stiffness and pain following PEMF therapy, were reported in 83 patients affected by knee OA, if compared with control subjects at 6- and 12-week follow-up following a 6-week therapy.
They are designed either for (i) force indentation onto living cells and stiffness mapping, or (ii) cell-to-cell adhesion test applications.
The underlying idea is that differences in molecular makeup as well as microscopic and macroscopic structure result in significant differences in the stiffness of living soft tissue (see [1]).
The nuclear stiffness of living fibroblasts was ∼6-fold higher than that of isolated nuclei, suggesting significant contributions from adhesive forces, the underlying cytoskeleton, and cytosolic factors to the measurement.
The main features of living with RA were pain, muscle stiffness at the body level, difficulties in doing various activities such as mobility, washing, dressing, domestic activities, using transport and obtaining and maintaining employment at the person level.
The friction coefficient, stiffness, and damping coefficient of living tissue change in real time.
We designed a micromanipulation device that allows the local application of a constant force on living cells, and the measurement of their stiffness.
Consistent with results on isolated nuclei, we found that the nuclear stiffness was significantly increased in living ADLD fibroblasts (Fig. 3 D-F).
Our results indicate that the stiffness of the motor linker in living cells is about one order lower than that reported for kinesin in in vitro conditions [17], [18], [19], [20].
To explore whether nuclear stiffness displays a similar behavior in living cells, we performed AFM indentation on adherent living CTR and ADLD fibroblasts in quiescent conditions.
