Injuries of the carpometacarpal joints of the long fingers are infrequent and go often unnoticed if a thorough clinical exploration and complete radiological assessment is not carried out. The overall frequency of carpometacarpal joints injuries is of 1-2% among trauma of the wrist and the carpus. These are normally secondary to high energy trauma (such as a car or a motorbike accidents). Among these kinds of injuries, the volar dislocation of the metacarpals is much less frequent than the dorsal dislocation, being even rarer the cases in which the three middle metacarpals are involved.In this case report, we present a case of volar dislocation of the middle three carpometacarpal joints in association with a Bennet’s fracture of the thumb in a 30-year-old male. He was treated in the operating room with reduction and stabilization using Kirschner wires, which allowed a satisfactory recovery of the mobility of the fingers eight weeks after the intervention. It is important to produce an admission diagnosis of this kind of injuries to be able to treat them immediately. Treatment must be performed quickly to reduce and stabilize the dislocation, since this will avoid the vasculo-nervous compression or the edema which increases cutaneous suffering and the risk of complications.

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Background In Sprengel's deformity, loss of shoulder motion has been attributed exclusively to scapulothoracic stiffness. The purposes of this study were to evaluate passive glenohumeral (GH) joint motion in these children. Methods A prospective evaluation of 23 children was performed. Obtained data were demographics, Cavendish grade, bilateral active global shoulder elevation, and multidirectional passive GH range of motion, including: (a) GH internal rotation in abduction and GH cross-body adduction to assess for posterior GH contracture; (b) spinohumeral abduction angle (SHABD) to assess for inferior GH contracture; (c) spinohumeral adduction angle to assess for superior GH contracture; and (d) passive external rotation in shoulder adduction and abduction to assess for anterior GH contracture. Paired t tests and both Pearson's and Spearman's correlation analyses were performed. Results The mean patient age was 8.1 years (range, 1.4-16.7 years), with 13.4% of deformities Cavendish grade 1, 52.2% grade 2, 13.4% grade 3, and 21.7% grade 4. The involved shoulder showed a statistically significant decrease in mean active global shoulder elevation (117.4° vs. 176.1°), SHABD (14.6° vs. 41.5°), cross-body adduction (43° vs. 71.3°), and internal rotation in abduction (17.8° vs. 49.4°), all at P < .001. Strong inverse correlations were noted between Cavendish grade and both global shoulder elevation ( r , −0.784) and SHABD ( r , −0.669). Cavendish grade IV patients showed a mean decrease of 45° (range, 40°-60°) of SHABD. Conclusion Shoulder elevation is also impaired by GH joint contractures.