We compared the results of carpal tunnel release in patients with the diagnosis of carpal tunnel syndrome based on only clinical grounds and those diagnosed on clinical and electrophysiological grounds. Ninety-three patients, 83 women (89%) and ten men (11%), meeting the criteria of 'typical' carpal tunnel syndrome, were randomly assigned to receive carpal tunnel release with (n = 45, 48%) or without (n = 48, 52%) nerve conduction studies. Patients were followed-up at 1 and 6 months, by assessments that included the Levine scores, filament tests, grip and pinch strength. No significant differences in Levine scores were found at the 1 and 6 months assessments. Statistically significant differences were noted in three-point pinch strength and sensation; however, they were not of clinical importance. The results of the study show that the results of carpal tunnel release in patients with typical symptoms are no better after nerve conduction studies and, therefore, nerve conduction studies can be omitted.

A prospective study was carried out to investigate any correlation between electrophysiological and sonographic findings in patients with a clinical diagnosis of carpal tunnel syndrome. A total of 113 patients (113 wrists) in 90 women and 23 men, with a mean age of 60 years, underwent sonographic and electrophysiological examination. Fifty-five patients (48%) had mild, 43 (38%) moderate and 12 (11%) had severe conduction disturbances and three patients had normal conduction. Sonographic measurements showed a cross-sectional area of the median nerve of 9.9 mm(2) at the forearm and 17.8 mm(2) at the tunnel inlet. The mean anteroposterior diameter (height) of the nerve at the tunnel inlet was 2.7 mm, and the lowest height inside the tunnel was 1.8 mm. No correlation was found between sonographic and electrophysiological parameters.

The objective of the study was a comparison of the outcomes of K-wire vs plate fixation for distal radial fractures used according to the proposed institutional algorithm. Fracture configurations A2, A3, B1, B2, C1 and some C2 were operated on with K-wire pinning, whereas B3 and some B2, C3 and some C2 were with locking palmar-plate fixation. Patients and Methods: Four hundred and sixty-seven patients were non-randomly allocated for either K-wire (n = 363) or palmarplate (n = 104) fixation. The results were assessed at 3 and 12 months by the same outcome measures. Results: At the 3-month assessment, statistically significant differences in grip strength and the DASH scores were noted in favour of the plate-fixation group. At the 12-month assessment, statistically significant differences were observed in the wrist palmar and dorsal flexion, favouring the plate-fixation group. Statistically significant differences were noted in radiological measures of the palmar tilt and the ulnar variance, both favouring the plate-fixation method. Meaningful secondary dislocations were noted in ten patients, all in the K-wire-fixation group. Conclusion: We conclude that palmar locking plate fixation in even more severe fractures leads to better radiological and clinical outcomes than K-wire fixation in less severe fractures.

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Microsurgical training is organised almost exclusively in a post-graduate setting, usually for residents of various surgical specialities. The aim of this study was to present an undergraduate microsurgical training model directed toward medicine students of clinical years. Curriculum design and results. Two six-participant groups of students interested in training were recruited. The programme consisted of 15 three-hour classes (2 hours’ work under the microscope) and divided into basic and advanced training parts. The simulation model used in this course was a chicken thigh. The basic training programme consisted of placing sutures on a latex glove followed by preparation of a chicken thigh neurovascular bundle and performing femoral nerve and artery anastomoses. The advanced part of the training consisted of practising the acquired skills and the introduction of new techniques such as end-to-side arterial anastomosis, artery and nerve repair with vein conduit. A “6-stitches test” was used as an outcome measure of the acquired microsurgical skills. After 15 weeks and 30 hours of training and performing 31 anastomoses the undergraduate microsurgical course was completed. Conclusion The results of this study show that the undergraduate, facultative microsurgical training is effective in acquiring microsurgical skills, competence and confidence for participating students