Not exact matches
The
muscle fibers in meat contract during cooking and resting allows them to relax, redistributing some of the meat juices (great for the gravy) and
resulting in a
more tender piece of meat.
The
result is that some
muscle fibers are broken down
more in different movements, even though the movement pattern seems similar.
It will
result in occlusion and hypoxia made from chasing it, but that has positive effects as well — it makes you grow ever
more muscle fiber!
So it's pretty much a no - brainer that the
more you can improve this communication, the
more muscle fibers you will recruit,
resulting with a better quality
muscle contraction and bigger gains.
If you make your biceps use
more and
more muscle fibers when you hold them for
more than the necessary amount by a second or two when you get to the top of the movement, you'll have even better
results.
So, even though it technically activates
more muscle fibers, it doesn't necessarily
result in
more hypertrophy (
muscle growth).
Then, when you go into continuous tension pressing,
more muscle fibers will be working under that continuous tension, increasing the
results you get in terms of hypertrophy (
fiber growth).
It regulates myostatin - signaling pathways, leading to lower action of myostatin inhibition that
results in
more muscle fiber building.
The
more muscle fibers you use
result in definition, high reps builds the slow - twitch
fibers (small
muscle fibers).
And as a
result of working out harder and longer, you stimulate
more muscle fibers for greater growth.
Compound movements use
more muscle groups, activate higher amounts of
muscle fibers than isolation exercises (i.e. curls), and as a
result, release higher amounts of anabolic hormones (such as human growth hormone) in your body.
All this intense stabilizing work fires many
more muscle fibers than are normally required for a push - up,
resulting in a tremendously effective exercise for the chest.
Muscle contractions are usually generated at rapid speeds resulting in the involvement of more muscle f
Muscle contractions are usually generated at rapid speeds
resulting in the involvement of
more muscle f
muscle fibers.
This helps train the brain to better communicate with
more muscle fibers during each contraction
resulting in better function and increased strength.