Sentence examples for muscle to generate from inspiring English sources

An increased probability for attachment may in part account for the ability of smooth muscle to generate, with far less myosin, comparable or greater force than striated muscle.

Details of the sarcomere and the electrical and mechanical coupling of its elements will provide the basis for understanding the ability of muscle to generate force.

The neuromuscular junction (NMJ) plays a fundamental role in transferring information from lower motor neuron to skeletal muscle to generate movement.

The subjects were forced to volitionally activate the paretic MG muscle to generate the EMG-command signal during EMG-triggered NMES-assisted gait training which exercised the paretic MG muscle during a functional task.

The green line is the pulse width calculated by the FES controller, and FES whose intensity depends on this pulse width is applied on the muscle to generate the desired active torque.

Given a database of different force fields generated by different impaired individuals in the form of postural and stiffness maps, one can use optimization algorithms (e.g., simulated annealing) to tune the sensitive parameters of the model, such as the stiffness of the connective tissue and the reflex gain for each muscle, to generate a force field that matches the measured ones (see Figure 2).

Neuromuscular electrical stimulation (NMES) can be used to activate paralyzed or paretic muscles to generate functional or therapeutic movements.

The increase in average crank power was the result of the optimal chainrings slowing down the crank velocity during the downstroke (power phase) to allow muscles to generate power longer and produce more external work.

With regards to velocity of contraction, Taylor [15] has observed that it is less costly for muscles to generate force at low velocities, that force is highest and metabolic rate lowest during isometric contraction, and that the energy cost of generating force increases dramatically with great shorting velocity.

Although larger spiders use hydraulics to straighten their legs, unlike smaller jumping spiders they depend on their flexor muscles to generate the propulsive force for their jumps.

In addition, large animals cannot produce high rates of acceleration, because as body size increases, it becomes more difficult for muscles to generate sufficient stress to overcome relative inertia.