Fiber, Myofibril, Myofilament.
Myofilament are long tubular structures inside of muscle cells that are made up of shorter contractile sections called sarcomeres.
Attach muscle to bone.
This is called action potential. Action potential is the change in electrical potential that occurs between the inside and outside of a nerve or muscle fiber when it is stimulated, serving to transmit nerve signals.
Yes, it means that you will gain more myofibrils per muscle fiber. A muscle fiber is a muscle cell, and everybody has about the same number. When you train your muscles, they will develop more myofibrils inside the muscle cells. So you cannot change the number of muscle fibers, or cells, but you can change the number of fibers, or myofibrils, inside them. The end result is more muscle density, not more muscle cells.
The skeletal muscle is all the voluntary striated muscle that is attached to bones throughout the body.
Outside
Myofilament are long tubular structures inside of muscle cells that are made up of shorter contractile sections called sarcomeres.
The shared structures between nerve, bone, epithelial, and muscle cells is that they share reproduction structures and the same blood type.
Myofibrils are thread like structures found in muscle fiber composed of bundles of myofilaments.
There are two main ones, the tricep and the biscep. The tricep bicep is on the inside angle as defined by your elbow, the tricep is on the outside.
smooth muscle
Intercalated discs
Myofibrils
No you can't crack your tongue. Your tongue is a muscle and does not have any bones inside it. Since it's a muscle, it's possible that you could strain or injure it. You could also pull or tear the structures that attatch your tongue to the floor of your mouth.
The iris and the ciliary body
loss of polarization; especially : loss of the difference in charge between the inside and outside of the plasma membrane of a muscle or nerve cell due to a change in permeability and migration of sodium ions to the interior
keratinThe correct answer is NOT keratin... the correct answer is myoglobin. This is the oxygen-binding pigment in muscle.