Muscles cause movement at the cellular level by a sliding and shortening movement. This happens with muscles surrounding synovial joints which are responsible for the gross movement of the body in space.
The truth is that muscles give your body movement.
All muscles cause movement due to the contraction of coupled muscle cells. Perhaps the question intended to inquire about muscles that cause a bending in which the joint angle decreases. Muscles of this type are called flexor muscles (biceps for example).
The brain sends information to the muscles in order to cause movement. Signals are transmitted from the brain through the spinal cord and nerves, ultimately reaching the muscles and triggering the desired movement.
Antagonists are muscles that resist the actions of agonist muscles and cause movement in the opposite direction. They help control the speed and range of motion of a joint during movement. Working together, agonist and antagonist muscles create balanced movement patterns in the body.
they both contract and relax to cause movement and both are uninucleated.
Muscles that cause primary movement are called agonist muscles. These muscles contract to produce the desired movement, while antagonists relax to allow the action to occur. For example, during a bicep curl, the biceps act as the agonist, facilitating the lifting of the weight.
Yea muscles are responsible for movement
for the body to successful move muscles in a productive way the body must have nutrients and the muscles must be worked periodically in a reasonable fashion
yes so you hide cause hes at your door
Antagonists are muscles that work in the opposite direction from prime movers and synergists.
The cells that contract to cause movement in the eye are the extraocular muscles. These muscles, which include six distinct groups (superior rectus, inferior rectus, medial rectus, lateral rectus, superior oblique, and inferior oblique), are responsible for controlling the eye's orientation and movement. When these muscles contract, they enable the eye to move in various directions, allowing for coordinated vision and tracking of objects.
Muscles cause bones to move when they contract. This contraction exerts force on the tendons, which in turn pull on the bones, resulting in movement at the joints. The interaction between muscles, tendons, and bones allows for various movements and activities.