tibialis anterior
Plantar Flexion
It results in flexion of the toes
Normal Values (in degrees):Hip flexion (bending) 0-125Hip extension (straightening) 115-0Hip hyperextension (straightening beyond normal range) 0-15Hip abduction (move away from central axis of body) 0-45Hip adduction (move towards central axis of body) 45-0Hip lateral rotation (rotation away from center of body) 0-45Hip medial rotation (rotation towards center of body) 0-45Knee flexion 0-130Knee extension 120-0Ankle plantar flexion (movement downward) 0-50Ankle dorsiflexion (movement upward) 0-20Foot inversion (turned inward) 0-35Foot eversion (turned outward) 0-25Metatarsophalangeal joints flexion 0-30Metatarsophalangeal joints extension 0-80Interphalangeal joints of toe flexion 0-50Interphalangeal joints of toe extension 50-0Shoulder flexion 0-90Shoulder extension 0-50Shoulder abduction 0-90Shoulder adduction 90-0Shoulder lateral rotation 0-90Shoulder medial rotation 0-90Elbow flexion 0-160Elbow extension 145-0Elbow pronation (rotation inward) 0-90Elbow supination (rotation outward) 0-90Wrist flexion 0-90Wrist extension 0-70Wrist abduction 0-25Wrist adduction 0-65Metacarpophalangeal (MCP) joints abduction 0-25MCP adduction 20-0MCP flexion 0-90MCP extension 0-30Interphalangeal proximal (PIP) joints of fingers flexion 0-120PIP extension 120-0Interphalangeal distal (DIP) joint of fingers flexion 0-80DIP extension 80-0Metacarpophalangeal joint of thumb abduction 0-50MCP of thumb adduction 40-0MCP of thumb flexion 0-70MCP of thumb extension 60-0Interphalangeal joint of thumb flexion 0-90Interphalangeal joint of thumb extension 90-0
The gastronemius muscle is one of the calf muscles and it plantar flexes the foot or flexes the knee.
In human anatomy, the fibularis longus (also known as peroneus longus) is a superficial muscle in the lateral compartment of the leg, and acts to evert and plantar flex the ankle.
Plantar flexion is performed by the muscles of the posterior compartment of the leg, eg gastronemius (mainly) and soleus; other muscles such as plantaris have a weak contribution. The spinal roots are S1 and S2 fibers of the posterior tibial nerve. Foot eversion is performed by the fibularis longus and brevis (both in the lateral compartment of the leg). They are supplied by the superficial peroneal nerve (L5, S1).
plantar flexion and knee flexion
flexion, extension, abduction, adduction, circumduction, rotation, pronation, supination, inversion, eversion, dorsiflexion, plantar flexion, and opposition.
popliteus is not involved in plantarflexion...its involved in leg flexion
The opposite of plantar flexion is dorsiflexion. Plantar flexion means to increase the angle at the ankle, as in tip-toeing. The muscles involved in dorsiflexion (picking up the toes) are:tibialis anterior muscleextensor hallucis longus muscleextensor digitorum longus muscleperoneus tertius
Plantar flexion occurs in your feet.
extensor digitorum longus, the extensor hallucus longus and the peroneus tertius muscles help dorsi flexiontibialis anterior
No. The plantar surface move laterally.
Plantar flexion
Tiil adidas is the prime mover of ankle plantar flexion.
plantar flexion
Plantar flexion is the act of flexing the muscles of the toe and foot toward the sole. the muscles involved in this process are often stretched which for some, can reduce heel pain and the pain caused by flat feet.