Sentence examples for contractile force generation from inspiring English sources

Congratulations to Soah Lee, Vahid Serpooshan, Sneha Venkatraman, Orlando Chirikian for the acceptance of their paper entitled – "Contractile force generation by 3D hiPSC-derived cardiac tissues is enhanced by rapid establishment of cellular interconnection in matrix with muscle-mimicking stiffness" in the journal Biomaterials.

In summary, biomaterial-based manipulation of cell-matrix interactions represents an important target for improving contractile force generation in engineered skeletal muscle.

TnC-extracted cardiac skinned fibers were reconstituted with the cTnC-A31S mutant, which increased Ca(2+) sensitivity with no effect on the maximal contractile force generation.

These immaturities result in ineffective contractile force generation and may also create arrhythmogenic substrates.

Aging and skeletal muscle ischemia/reperfusion (I/R) injury leads to decreased contractile force generation that increases severely with age.

RhoA directly influences contractile force generation via myosin-driven motor activity as well as actin polymerization kinetics.

Actomyosin bundles are major contractile force generators in cells.

This paper describes a novel hybrid mirco electro mechanical system (MEMS -based power generation systeMEMS -based the contractile forces generated by self-organized cardiomyocytes.

Polarity within actin cytoskeleton generates contractile forces generating morphogenetic movements.

First, we have shown that when various free radical generating solutions are applied directly to the diaphragm single fiber contractile proteins, superoxide anions, hydroxyl radicals and peroxynitrite each depress maximal contractile protein force generation (Fmax) [ 32, 34].

In addition, by using single permeabilized fiber techniques, we demonstrate that the contractile proteins are a major intracellular target of hyperglycemia with hyperglycemia inducing both a reduction in maximum contractile protein force generation and a reduction in thin filament interactions.