the femoral artery

the popliteal artery

the anterior tibial artery

the posterior tibial artery

the dorsalis pedis artery

Vastus medialis . . . rectus femoris . . . deltoid . . . they are made of fibers that insert obliquely into their tendons

Sternocleidomastoid . . . sartorius . . . biceps brachii . . . they are made of fibers that insert obliquely into their tendons

Sternocleidomastoid . . . sartorius . . . biceps brachii . . . they are spindle-shaped, with a muscle belly that is wider than the origin and insertion

Vastus medialis . . . rectus femoris . . . deltoid . . . their proximal attachment is wider than their point of insertion

Sternocleidomastoid . . . sartorius . . . biceps brachii . . . their proximal attachment is wider than their point of insertion

The fibularis longus is supplied by the popliteal artery.

The fibularis longus is anterior to the soleus.

The fibularis longus becomes tendon halfway down the leg.

The fibularis longus has a tendon that makes an abrupt turn of approximately 90 degrees.

The fibularis longus and fibularis brevis should be strengthened in people who have had inversion sprains of the ankle joint.

The are multinucleate

They are mononucleate

They contain thick filaments only

They do not repeat

Fewer mitochondria

Aerobic glycolysis

Large amounts of myoglobin

Fewer glycolytic enzymes

Endurance power

Extensor digitorum longus

Extensor hallucis longus

Flexor digitorum longus

Flexor hallucis longus

Extensor digitorum brevis

fascicle

myofibril

myofiber

myofilament

muscle

are slow-twitch with red fibers

are slow-twitch with white fibers

are fast-twitch with red fibers

are fast-twitch with white fibers

None of these

Troponin

Myosin

Actin

Tropomyosin

The origin is typically proximal to the insertion, and the origin pulls on the insertion

The origin is typically distal to the insertion, and the origin pulls on the insertion

The origin is typically proximal to the insertion, and the insertion pulls on the origin

The origin is typically proximal to the insertion, and the origin pushes on the insertion

The origin is typically distal to the insertion, and the origin can either push or pull on the insertion