Chronic Ankle Pain in the AthleteGlenn B. Pfeffer Gain new insight into the evaluation and treatment of common (as well as often overlooked) causes of chronic lateral and anterolateral ankle pain. Expert contributors discuss these issues in depth: sprains and soft-tissue injuries -grades and defining characteristics of sprains, treatment and phases and rehabilitation, anatomic variations that predispose the ankle to sprains, and syndesmosis and peroneal tendon injuries; injuries to the subtalar joint - types of fractures, mechanism of dislocations and instability, talar coalition, sinus tarsi syndrome, interosseous ligament injuries, posterior impingement, subtalar arthroscopy - indications and technique; arthroscopic treatment - osteochondral lesions of the talus, classification and staging, surgery options; osteochondral lesions of the tibia - types of impingement, loose bodies; and nerve injuries of the lateral leg and ankle - specific nerve injuries, including compression neuropathy and neuromas, and aetiology of each type of nerve injury. |
From inside the book
Results 1-3 of 20
Page 7
... muscle function , especially peroneus brevis , and a predisposition to recurrent ankle sprains . This predisposition exists because hind- foot varus combines with the weakened per- oneals to increase the likelihood of an inversion ...
... muscle function , especially peroneus brevis , and a predisposition to recurrent ankle sprains . This predisposition exists because hind- foot varus combines with the weakened per- oneals to increase the likelihood of an inversion ...
Page 74
... muscle contraction . This weakness , how- ever , can also occur from nerve traction . More severe sprains , in which the ankle mortise is forced well beyond its physiologic range and lig- aments are grossly disrupted , often result in ...
... muscle contraction . This weakness , how- ever , can also occur from nerve traction . More severe sprains , in which the ankle mortise is forced well beyond its physiologic range and lig- aments are grossly disrupted , often result in ...
Page 82
... muscle tissue or bone proximally . The nerve stump should preferably be at a site that will not be compressed by weightbearing or shoe wear . Care must also be taken to ensure that the nerve is free enough to sit in the muscle tis- sue ...
... muscle tissue or bone proximally . The nerve stump should preferably be at a site that will not be compressed by weightbearing or shoe wear . Care must also be taken to ensure that the nerve is free enough to sit in the muscle tis- sue ...
Contents
INJURIES TO THE SUBTALAR JOINT | 21 |
ARTHROSCOPIC TREATMENT | 43 |
NERVE INJURIES OF | 71 |
Copyright | |
1 other sections not shown
Common terms and phrases
acute anatomic ankle joint ankle pain ankle sprain anterior talofibular ligament Arthroscopic treatment articular cartilage articular surface athlete avulsed Bone Joint Surg bone scan boot walker calcaneofibular ligament calcaneus chondral chronic ankle clinical compartment compression CT scan debridement diagnosis dislocation distal dorsiflexion drilling evaluation excision fascia Ferkel RD fibula FIGURE Foot and Ankle fracture fragment grade graft hindfoot interosseous ligament inversion injury lateral ankle lateral gutter lateral process loose bodies medial malleolus ment mortise neuroma nonsurgical occur Orthop osteochondral lesions Osteochondritis dissecans patients peroneal tendon plantarflexed plantarflexion Posterior impingement postoperative proprioceptive proximal radiographs range of motion rehabilitation Reproduced with permission resection sinus tarsi soft-tissue impingement Sports stress test subtalar instability subtalar joint superficial peroneal nerve sural nerve surgery suture swelling symptomatic symptoms syndesmosis synovial talar talar dome talocalcaneal ligament talofibular ligament talus tarsal coalition tears tibia tibiofibular ligament tion tissue transection trauma trigonum varus weeks weightbearing