Foot Disorders: Medical and Surgical Management |
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Page 48
Through the bony vascular foramina it also contributes an adequate blood supply
to the adjacent bones. The posterior tibial artery passes deep to the soleal origin
and accompanies the tibial nerve and venae comitantes to the level of the ...
Through the bony vascular foramina it also contributes an adequate blood supply
to the adjacent bones. The posterior tibial artery passes deep to the soleal origin
and accompanies the tibial nerve and venae comitantes to the level of the ...
Page 244
Calcaneovarus Anterior tibial, posterior tibial, peroneals Planovalgus or paralytic
pronation Peroneals forward and extensor hallucis Equinovarus Anterior tibial,
posterior tibial to midline Anterior tibial to midline or cuboid TABLE 1.1-2.
Calcaneovarus Anterior tibial, posterior tibial, peroneals Planovalgus or paralytic
pronation Peroneals forward and extensor hallucis Equinovarus Anterior tibial,
posterior tibial to midline Anterior tibial to midline or cuboid TABLE 1.1-2.
Page 251
Equinovarus deformities, on the other hand, may result from overactive posterior
tibial and toe flexor muscles (Fig. 12-2). Weight bearing or extension of the ankle
in such feet leads to tightening of the posterior tibial tendon in its groove behind ...
Equinovarus deformities, on the other hand, may result from overactive posterior
tibial and toe flexor muscles (Fig. 12-2). Weight bearing or extension of the ankle
in such feet leads to tightening of the posterior tibial tendon in its groove behind ...
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Contents
CHAPTER PAGE Introduction | 11 |
Development and Physiology | 13 |
Anatomy | 22 |
Copyright | |
21 other sections not shown
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Common terms and phrases
active ankle appearance applied arch arterial aspect associated bearing blood bone calcaneus calcis carried cast cause changes child clinical complete condition congenital considered correction deformity disease distal dorsal equinus evaluation examination excision extension extensor extremity feet flexion flexor foot forefoot four fracture frequently function heel important incision indicated injury involved joint knee lateral lesion ligament longus lower medial metatarsal metatarsal head method months motion muscle navicular necessary nerve normal Note occur operation pain patient performed period peroneal phalanx placed plantar plantar flexion portion position posterior present pressure problem procedure produce pronation proximal removed require result roentgenograms seen severe shoe side skin soft tissues standing structures surface Surg surgery surgical suture symptoms talus tarsal tendon therapy tibial tion tissue treated treatment tumor usually valgus valgus deformity varus veins walking weeks weight