Peroneal artery
Medial malleolar branch
Lateral calcaneal branches
Medial plantar artery
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Continuation of the popliteal artery
Passes through a hole in the interosseus membrane before terminating as dorsalis pedis
Passes beneath the distal border of Popliteus and the fibrous arch of Soleus
Crosses the tendon of Extensor hallucis longus at the ankle
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The tendon of flexor hallucis longus passes superior to the medial malleoli
The ligaments of the medial malleoli are weak and frequently damaged
The posterior tibial artery passes inferior to medial malleoli
The posterior tibial artery is separated from the medial malleoli by the tendons of flexor hallucis longus and Flexor digitorum longus
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The inferior border of the popliteal fossa is made up of the heads of Gastrocnemius
The supero-lateral border of the popliteal fossa consists of the tendons of semimembranosus & semitendinosus
The Sciatic nerve terminates at the inferior angle of the popliteal fossa
The popliteal vein receives the Great saphenous vein within the popliteal fossa
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Anterior lateral malleolar
Anterior medial malleolar
Dorsalis pedis
Calcaneal branches
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Stability of the weight bearing flexed knee is provided by the Posterior cruciate ligament
The anterior cruciate ligament limits hyperflexion of the knee
The lateral collateral ligament is firmly adherent to the lateral meniscus
The anterior cruciate is stronger and has a better blood supply than the posterior
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The tendon of peroneus longus grooves the underside of the lateral malleolus
The muscles of the lateral compartment of the leg evert the foot , acting on the ankle joint
Peroneus brevis attaches distally to the lateral border of the base of the 5th metatarsal
Peroneus longus & brevis have separate synovial sheaths at the ankle
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Both muscles are innervated by the superficial peroneal nerve
Peroneus longus attaches to the lateral border of the 5th metatarsal
Peroneus brevis is important in maintaining the transverse arch of the foot
Peroneus longus & brevis have separate synovial sheaths at the ankle
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Tibialis anterior & Peroneus tertius
Extensor hallucis longus & Tibialis anterior
Extensor digitorum longus & Peroneus tertius
Extensor hallucis longus & Peroneus tertius
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Arises from the Posterior tibial artery superior to the fibrous arch of the soleus
Is the smallest branch of the Posterior tibial artery
It lies medial to the fibula
Provides the nutrient artery to the tibia
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The posterior tibial passes inferior to the medial malleoli
It passes deep to the origins of Abductor hallucis
It terminates as the Medial & lateral plantar arteries
It passes between the tendons of Flexor hallucis longus and Tibialis posterior distal to the malleolus
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It arises between Peroneus longus and the neck of the Fibula
It passes through Extensor digitorum longus before descending on the interosseus membrane
It innervates the intrinsic extensors of the foot (Extensor digitorum brevis & extensor hallucis brevis)
It provides cutaneous innervation to the skin of the 5th dorsal webspace
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It passes between the heads of Tibialis posterior
It originates within the popliteal fossa
It descends on the interosseus membrane between Tibialis anterior and Extensor hallucis longus
It terminates as the lateral and medial plantar arteries
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The medial longitudinal arch is reinforced by the tendons of Tibialis anterior and Flexor hallucis longus
The bony components of the medial longitudinal arch include: Calcaneus, Talus, Cuboid and the three Cuneiforms
The lateral longitudinal arch is higher than the medial
The transverse arch is supported by the ligaments of Peroneus longus and Tibialis posterior acting like a stirrup across the arch
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During flexion of the knee it assists in pulling the lateral meniscus posteriorly
It unlocks the knee by rotating the femur on the tibial plateau
It attaches distally to the posterior tibia distal to the soleal line
During flexion of the knee it assists the posterior cruciate ligament in preventing anterior displacement of the femur on the tibial plateau
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Peroneal artery
Medial plantar artery
Medial malleolar artery
Lateral plantar artery
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Originates from the femoral artery as it passes through the adductor hiatus in adductor magnus
The middle genicular branch of the popliteal supplies the cruciate ligaments, margins of menisci & the synovial membrane of the knee
It is the most superficial structure of the popliteal fossa
It branches to become the anterior and posterior tibial arteries beneath the fibrous arch of the soleus
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The great saphenous vein is formed by the union of the Dorsal vein of the little toe and dorsal venous arch
The great saphenous vein passes posterior to the medial malleolus and medial condyle of the tibia
The greater and lesser saphenous veins do not anastomose with each other
The great saphenous vein terminates by piercing the saphenous opening and draining into the femoral vein
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Short saphenous vein as it pierces the roof and enters the popliteal vein
Superficial and deep lymph nodes
Superficial peroneal nerve
Plantaris
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Suprapatellar
Peroneal
Gastrocnemius
Anserine
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