parallel
The adductor magnus is a pennate muscle. Its fibers run at an angle to the tendon, which allows for greater force generation and stability. This structure is typical of muscles that perform powerful movements, such as those involved in hip adduction.
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The adductor magnus is a pennate muscle. Its fibers run at an angle to the tendon, which allows for greater force generation and stability. This structure is typical of muscles that perform powerful movements, such as those involved in hip adduction.
parallel
adductor magnus
medial compartment of the thigh
Action of the muscle and relative size of the muscle
Adductor magnus
Your Hamstream and your Guadriceps.
The muscle that primarily adducts the hip and extends the knee is the adductor magnus. This large muscle is located in the inner thigh and plays a significant role in hip adduction, while its posterior fibers also assist in extending the knee. In addition to the adductor magnus, the quadriceps group can contribute to knee extension. However, the primary focus for both actions is the adductor magnus.
Due to its common embryonic origin and its innervation and action.
Pennate MusclesIn a pennate muscle, the fascicles form a common angle with the tendon. Because the muscle cells pull at an angle, contracting pennate muscles do not move their tendons as far as parallel muscles do. But a pennate muscle contains more muscle fibers--and, as a result, produces more tension--than does a parallel muscle of the same size. (Tension production is proportional to the number of contracting sarcomeres; the more muscle fibers, the more myofibrils and sarcomeres.)
The adductor magnus muscle is innervated by two nerves: the obturator nerve, which innervates the adductor part, and the tibial part of the sciatic nerve, which innervates the hamstring part. This dual innervation reflects the muscle's complex structure and varied functions in hip adduction and extension.
The antitragicus muscle is in the ear. The arytenoid muscle moves vocal cords.