Sentences with phrase «individual muscle fibers»

Individual muscle fibers appear as bundles at the tips.

Simply put, the brain stimulates nerves that control individual muscle fibers to contract.

This is because the cross-sectional area of individual muscle fibers does not vary substantially between different muscles.

This process involves using immunohistochemistry to differentiate between individual muscle fibers in the basis of the different myosin heavy chain isoforms.

Importantly, muscle fibers are arranged in groups of fascicles but it is known from animal experiments that individual muscle fibers do not typically run the entire length of the fascicle and some may be arranged in series along the length of a muscle, potentially in order to reduce the effects of a slow propagation speed of muscle action potentials (Lieber & Fridén, 2000).

Muscle contraction involves the brain stimulating nerves that innervate individual muscle fibers to contract.

Overexpression of Bmal1 in the skeletal muscle has a significant effect on the architecture of the skeletal muscle in that it increases the size of each individual muscle fiber and presence of Type IIb fibers (fast - twitch, glycolytic).

Muscle biopsies done on professional bodybuilders have shown that it was the individual muscle fiber size that was the greatest cause of the abnormally increased muscle size, instead of the number of muscle fibers inside the muscle.

This fiber rotation allows the muscle to achieve a faster contraction velocity than the contraction velocity of the individual muscle fibers within it, thereby negating the disadvantage that is associated with the pennation.

Six Paces Training If you want to maximize performance you have to adequately train all the individual muscle fibers that you will use during your competition.

In summary, single fiber contraction velocity can be increased by velocity - focused training, implying that velocity - specificity might be attributed to altered contractile components of the individual muscle fibers.

And I suggest that the reason nonlinear periodization doesn't need to include the standard training phases is that individual muscle fibers are getting trained less frequently, thus giving them more time to recover, negating the need for standard training phases.

Thus, increasing muscle fascicle length will mean that you record a lower value of stiffness, even if the individual muscle fibers are themselves now made of stiffer material.

In order to cause a training response in any individual muscle fiber that muscle fiber must be trained with a sufficient level of overload, with a sufficient level of intensity.

However, we need to carry the concept of overload a bit further and apply it to individual muscle fibers; what is true for a whole muscle is also true for individual muscle fibers.

Adding more collagen around the myofibrils increases the stiffness of the individual muscle fibers (Gillies & Lieber, 2011).

As explained above, this does not involve a shift in muscle fiber type from type I to type II, but simply a difference in the change in size of the individual muscle fibers.

They are made up of chains of sarcomeres in series, and run the full length of the individual muscle fibers (Månsson et al. 2015).

This change in the optimal length at which torque is developed appears to occur because of an increase in length of the individual muscle fibers (sarcomerogenesis).