Neuromuscular junction (NMJ)
The space between a nerve and muscle is called the neuromuscular junction. This is where the nerve endings release chemical messengers called neurotransmitters, which signal the muscle to contract.
Neuromuscular junction.
acetylcholinesterase
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Fast-twitch muscle fibers.
The phase between the stimulus of a muscle and the shortening of the muscle is called the latent phase or latent period. During this phase, the muscle is receiving the signal to contract, but actual muscle shortening has not yet occurred. This period is important for the muscle fibers to prepare and generate enough force for contraction.
Muscle tissue is the type of tissue that can contract. This includes skeletal, smooth, and cardiac muscle tissues. Muscle contraction is a key function that enables movement and various physiological processes in the body.
Muscle cells grouped together are called muscle tissue. The muscle cells contract and elongate to make the movement in the body parts. Muscle cells are found in several specialized forms such as Cardiac, skeletal or smooth muscles etc.Muscle cells grouped together are called muscle tissue. The muscle cells contract and elongate to make the movement in the body parts. Muscle cells are found in several specialized forms such as Cardiac, skeletal or smooth muscles etc.
Tissues made up of interconnected elongated cells that contract and relax are called muscle tissues. These cells are specialized for generating force through the contraction and relaxation process, allowing movement in the body. Examples include skeletal, smooth, and cardiac muscle tissue.
peristalsis
A living muscle needs oxygen in the blood and muscle elasticity to contract and move.
Muscles make possible every move we make, even when we are sleeping. Your muscles move according to what they are fromed. To be more specific, a muscle is made up of many bundles of muscle fibers. Each of these bundles of fibers is called a motor unit. Each unit has a motor nerve which branches out at its tip. Each muscle fiber, therefore, has its own nerve ending to stimulate it. An electrochemical impulse is transmitted by chemicals from the nerve ending to the fiber, causing the fiber in that motor unit to contract and this is how each muscle of your body moves.