The axis of the talo-crural joint was analysed by roentgen stereophotogrammetry in eight healthy volunteers. Examinations were performed at 10 degrees increments of flexion and pronation/supination of the foot as well as medial and lateral rotation of the leg. Results indicate that the talo-crural joint axis changes continuously throughout the range of movement. In dorsiflexion it tended to be oblique downward and laterally. In rotation of the leg, the axis took varying inclinations between horizontal and vertical. All axes in each subject lay close to the midpoint of a line between the tips of the malleoli. Our study indicates that the talo-crural joint axis may alter considerably during the arc of motion and differ significantly between individuals. This prompts caution in the use of hinge axes in orthoses and prostheses for the
We have reviewed 42 of 52 consecutive patients at an average of 14 years after a tenodesis based on Evans' operation performed for chronic lateral instability of the
We report the results of supramalleolar varus osteotomy on seven
1. A retrospective clinical and radiological study has been undertaken of forty-six cases of closed Dupuytren fracture-dislocation of the
We have described a method of anatomical reconstruction of the lateral ligaments of the
Disarticulation has been carried out in ten
1. Three pantalar, one
1. This paper presents a series of 135 patients with displaced
We assessed the long-term outcome of open debridement for the treatment of anterior impingement of the
1. A case of traumatic forward dislocation of the tibialis posterior tendon at the
We describe a technique of lengthening osteotomy of the fibula for the late treatment of symptomatic malaligned or malunited fractures of the
We have analysed 31 malunited
Sixty-six deformities of the foot and
We recorded inter- and intra-observer variations in the classification of
One hundred patients with acute ruptures of the lateral ligaments of the
Thirty-seven patients have been reviewed after arthrodesis of the
Patients with diabetes mellitus may develop plantar flexion contractures (equinus) which may increase forefoot pressure during walking. In order to determine the relationship between equinus and forefoot pressure, we measured forefoot pressure during walking in 27 adult diabetics with a mean age of 66.3 years (. sd. 7.4) and a mean duration of the condition of 13.4 years (. sd. 12.6) using an Emed mat. Maximum dorsiflexion of the