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Functional anatomy of the medial collateral ligament of the ankle joint.

The calcaneotibial and posterior talotibial ligaments slacken and the naviculotibial ligament tightens as the ankle plantarflexes; the reverse occurs in ankle extension. The naviculotibial ligament increases its length and the posterior talotibial ligament relaxes in abduction. The cutting of the posterior talotibial ligament repercutes on other parts of the medial collateral ligament. The cutting of other parts of the medial collateral ligament produces very little change on the posterior talotibial ligament. When the whole medial collateral ligament is severed, there is a lateral displacement of the talus. This may be important in the diagnosis and surgical treatment of a torn medial collateral ligament.

Ankle Joint↗

[Magnetic resonance tomography study of ankle joint fractures. A prospective pathologic-anatomic study].

The imaging findings in 21 patients with ankle fractures were evaluated prospectively to determine the value of MRI in diagnostics of bone, cartilage, ligament and soft tissue lesions. A total of 17 female and 4 male patients aged from 25 to 60 years (mean age 50 years) underwent an MRI examination 2-14 h after trauma. Axial, sagittal and coronal T1-weighted SE and T2-weighted GE images were performed using an extremity coil. We found 2 type A (A 1.2 and A 1.3), 17 type B (3 B 1.1, 3 B 2.1 3 B 2.2, 1 B 2.3, 5 B 3.2 and 2 B 3.3) and 2 type C (C 1.1) fractures. MRI was capable of detecting bone fractures not visible in a conventional X-ray, cartilaginous damage, ligamentous injury and subtle soft tissue lesions. We conclude that the coronal and axial planes are essential for optimal visualization of the major ligaments. The injury patterns found in this examination are identical to those described by Weber. MRI appears to be a useful examination method in special cases, but it is not a suitable screening method because of the high costs and time required.

Adult↗