Sentence examples for velocity of action from inspiring English sources

In the 1980's, with "painted films" like Mr. Brakhage's "Dante Quartet," this affinity would become even more explicit, as though Mr. Brakhage had been able to transform the implicit velocity of action painting into actual, literal movement.

Procedures for CM and CVP derivation, purification, and functional differentiation in monolayer cultures were first optimized to yield robust intercellular coupling and maximize velocity of action potential propagation.

Compared to static culture, 2-week dynamic culture of neonatal rat cardiobundles significantly increased expression of sarcomeric proteins, cardiomyocyte size (∼2.1-fold), contractile force (∼3.5-fold), and conduction velocity of action potentials (∼1.4-fold).

Futhermore, the EHT is useful in reproducing the effects of stresses and pharmacological agents on conduction velocity of action potentials, in a similar way to the whole heart.

SENB by default calculates parameters such as the frequency of stimuli, propagation velocity of action potentials, space and time constants, axonal area and volume, and equilibrium potentials.

Temperature changes induce electrolyte shifts and thus influence the depolarization and repolarization times and the conduction velocity of action potentials within the myocardium, promoting aberrant conduction pathways.

Although it's easy to get swept up in the sheer velocity of the action Rhyme's team takes to contain the escalating attacks, Deaver also makes us think hard about the deadly potential of a mysterious source of power our civilization depends on, power we arrogantly assume to be under our control.

The cardiac voltage-gated Na+ channel Nav1.5, encoded by SCN5A gene, determines the upstroke velocity of the action potential and, in conjunction with gap junction channels and the organization of the collagenous skeleton, controls the propagation of the cardiac electrical impulse.

Conduction velocity of the action potential depends on two main factors: intercellular electrical coupling and cellular electrical excitability.

This is caused by the delay in activation times, resulting from a decrease in conduction velocity throughout the ventricles due to slow upstroke velocity of the action potential.

As previously discussed, dolasetron has been shown to slow cardiac depolarization by blocking fast sodium channels, thereby reducing the maximum upstroke velocity of the action potential.