supinator
The muscle is, Lattisimus dorsi, connected with upper limb at the bicipital groove and with lower limb at illiac crest.
Abductor muscle - moves a limb away from the midlineAdductor muscle - moves a limb towards the midlineExtensor muscle - increase the angle at a joint - extends a limbFlexor muscle - decreases the angle at a joint - flexes a limbPronator muscle - turns a limb to face downwardsSupinator muscle - turns a limb to face upwardsRotator muscle - rotates a limbIn the human body, these are the responsible muscles.*Muscles which move the thigh and their action*Gluteus maximus - Extends and rotates thigh laterally.Adductor longus - Adducts, medially rotates and flexes the thighAdductor brevis - Adducts, laterally rotates and flexes the thighAdductor magnus - Adducts, flexes, laterally rotates and extends the thigh.Rectus femoris - Extends knee and flexes hipVastus lateralis - Extends kneeVastus medialis - Extends kneeVastus intermedius - Extends kneeSartorius - Flexes knee. Flexes hip and rotates femur laterallyBiceps femoris - Flexes leg and extends thighSemitendinosus - Flexes leg and extends thighSemimembranosus - Flexes leg and extends thigh
No, the rotator muscle does not revolve a limb around an axis. It is responsible for rotating or moving a limb, such as the shoulder or hip, around its own axis.
This type of muscle contracts to bend a limb at a joint
Inverter is the correct spelling if you are referring to a device that converts direct current to alternating current.Invertor is the correct spelling if you are referring to a muscle in the body that turns a limb.
The flexor carpi ulnaris muscle is an upper limb muscle that has double innervation from both the ulnar and medial nerves.
It loses its tail.
The muscle has been inactive while it was in the cast, therefore, it has weakened from disuse.
muscles bend limbs by pulling, they can not push. the answer is; a muscle is a muscle.
Flexor
An aftermovement is the movement of a limb following the contraction of a muscle.
Well the limb will be Extended and the muscle will be elongated or in "extention", as opposed to a flexed or shortented muscle.