The phrase "a contraction force" is correct and usable in written English.
It can be used in contexts related to physics, biology, or engineering when discussing forces that cause contraction in materials or muscles.
Example: "The contraction force generated by the muscle fibers is essential for movement."
Alternatives: "a compressive force" or "a contracting force".
We hypothesized that since in vivo straightening and re-coiling of these fibers allow stretching and contraction of the myocardium in the direction of the cardiomyocytes, such a scaffold can support the assembly of a functional cardiac tissue capable of generating a strong contraction force.
With the addition of hip adduction there is a stretch to the VMO muscle, which would alter length tension properties, thus contributing to an enhanced contraction force.
Rat bladder strip mounted in two parallel organ baths and incubated in 125I-BoNT-A (A) showing no inhibition of contraction force induced by electrical field stimulation (EFS) in time and unlabelled BoNT-A (B) showing inhibition of contraction force induced by EFS in time.
While the first drive of the muscle displays a relatively low contraction force because of the virgin hardness of the rubber and the friction between the sleeve yarn and the silicone tube, after several drive cycles, it exhibits a steady hysteresis property, as shown in Fig. 3.
Therefore EC uncoupling occurs and results in impairment of the voltage-gated SR Ca2+ release mechanism and a decline in contraction force [ 65].
According to (A.6), in order to study a possible inotropic effect of the pressure under a dynamic point of view, we have defined Fmean as the normalized mean contraction force of a beating syncytium in a discrete video: (A.7) F mean = 1 A B 1 N M ∑ i = 1 N ∑ j = 1 M F _ i, j in [ pixel / s 2 ].
Control muscles without trauma had a mean fast-twitch contraction force of 0.85 (SD 0.22) N. Stimulation of the sciatic nerve over a second yielded tetanic contractions in all the muscles tested, resulting in a maximum contraction force of 1.49 (SD 0.32) N in the control muscles, which amounted to 175% of the value after fast-twitch stimulation (p < 0.001).
During the evaluated regeneration period, a continuous increase in contraction force after fast-twitch stimulation and after tetanic stimulation could be observed, describing the functional regeneration of the traumatized soleus muscle over time.
In addition, a constant level of the contraction force was reached sooner in GAS indicating a complete saturation of the receptors available.
