Sentence examples for high force generation from inspiring English sources

Biophysical characterization of the motility modules revealed that the early phase was dominated by periodic, rapid membrane blebbing; the middle phase exhibited continuous protrusion with very low traction force generation; and the late phase was characterized by global periodic contractions and high force generation.

In summary, our present study demonstrates that muscle activation by electrical stimulation recruits type II fibers independently of frequency and that electrical stimulation without high force generation results in muscle hypertrophy.

Eccentric exercise is characterized by high force generation and low energy expenditure as compared to concentric and isometric exercises [ 72, 73] and therefore can be beneficial for clinical treatments.

NO or S-nitrosothiols may thus serve both to increase oxygen supply to the tissue through vascular dilation and simultaneously shift contractile function to higher force generation at the expense of lowered shortening velocity.

Increase in cell ligand density and stronger attachments to the extracellular environment lead to higher force generation.

G/A individuals appear to require less motor unit input per relative force level at higher force generation suggesting the utilization of smaller, potentially less fatigable units, which may be considered to be more efficient.

The evolution of an increased affinity towards extracellular laminins may have paralleled a substantial increase in the possible strength of musculature in some invertebrate phyla, thus, for example, enabling more complicated and faster movements or higher force generation for feeding or adherence to surfaces.

The price of college, the best elevator to the middle class, is cruelly high, forcing a generation of young people to carry oppressive debt for the first decade or so of their adult lives.

Presumably, as more motor units are recruited with higher levels of force generation, the type of motor unit will gradually change from the less fatigable type I units to the larger type IIa and IIb units that are capable of generating more force.

The challenge of machining this kind of pistons (e.g., middle-convex and varying ellipse piston (MCVEP)), lies in the rigorous demand of the cutting feed mechanism for large force generation, high stiffness, fast response, long stroke and high accuracy.

Together the observations at low and high force levels suggest greater relative force generation per motor unit in participants of G/A genotype, which may lead to some loss of finer motor control in a muscle where the finest motor control may not be of prime importance.