Introduction: We report on our experience of using a vascularised bone graft harvested from the volar face of the radius in the treatment of Kienböck’s disease, with an average follow up of 79 months and a minimum of 5 years.

Materials: We treated 22 patients with Kienböck’s disease. There were 8 women and 14 men whose average age was 31.4 years old (range 18–63 years). Pain was always present and incapacitating in 19 cases. All patients underwent pre-operative tomodensitometry and an MRI, based on LICHTMAN’s classification there were 8 stage II, 10 stage IIIA and 4 stage IIIB.

Methods: The volar carpal artery of the carpus originates from the radial artery and vascularises medial part of the radial epiphysis. Using the same anterior surgical approach it was possible to harvest the pedicled bone graft from this artery and to place it into the lunate for revascularisation. Shortening of the radius was carried out in all cases, as was immobilisation until union of the radius.

Results: Our average follow up is 79 months (range 60–138 months). Pain disappeared completely in 20 cases, and was moderate and tolerable in 2 cases. The average active range of motion was higher than 71°. The average period for return to work was 3.5 months. Post-operative MRI at an average of more than 8 months showed 16 complete revascularisations of the lunate, 5 stabilizations of lesions and one failure which necessitated secondary palliative treatment. There were 4 delayed unions of the radius and one Südeck’s dystrophy. There was a clear correlation between the stage of Kienböck’s disease and the final outcome of surgery.

Discussion: The use of a vascularised bone graft harvested from the anterior face of the radius for the revascularisation of the lunate associated with shortening of the radius has given encouraging results. A longer-term study is necessary.

Purpose: We report our experience with vascularised bone grafts harvested from the anterior aspect of the radius for the treatment of Kienböck disease. We reviewed our patients at minimum three years, average 67 months.

Material and methods: We treated 22 patients with Kienböck disease, eight women and fourteen men, mean age 31.4 years (18–63). Pain was present in all cases and was disabling in nineteen. After systematic computed tomography and magnetic resonance imagine (MRI), the Büchler classification was stage II=8, stage IIA=10 and stage IIIB=4. The transverse anterior artery of the carpus arises from the radial artery and supplies blood to the medial part of the radial epiphysis. The pediculated bone graft fed by this artery can be harvested via the same anterior approach as used to position it in the semilunate for revascularisation. Radial shortening was performed in all cases. The patients were immobilised until the radius healed.

Results: Mean follow-up was 67 months (36–104). Pain resolved completely in all twenty patients. Two patients nevertheless reported moderate pain occasionally. Mean active motion was greater than 71°. Mean time to resumption of former activities was 3.5 months. Postoperative MRI, performed at mean 8 months, demonstrated complete revascularisation of the semilunate in six cases, stable lesions in five, and one failure requiring secondary palliation. There were four cases of late healing of the radial osteotomy and one reflex dystrophy. There was a direct correlation between Kienböck disease stage and final outcome.

Conclusion: Use of a vascularised graft harvested from the anterior aspect of the radius for revascularisation of the semilunate associated with radial shortening has provided encouraging results. Long-term follow-up is needed to verify these results.

Purpose: We report the long-term outcome after treatment of scaphoid nonunion using a graft harvested on the anterior aspect of the radius and vascularised with the anterior carpus artery.

Material and methods: We treated 72 patients, 11 women and 61 men. Mean age was 31.4 years (15–61) and mean delay from initial fracture of the scaphiod to treatment of nonunion was 22 months (4–120 months). Twenty-seven patients had had prior tratments (11 Mati-Russe, 16 screw fixations). Alnot classification was 40 grade 2A, 28 grade 2B and 4 grade 3A. the patients were generally treated as out-patients under locoregional anaesthesia. A single approach was needed. After reduction and fixation of the scaphoid, the graft was harvested from the anterior aspect of the radius and inserted in the bone gap, usually fixed with a temporary pin. A palmar brace was maintained until bone healing.

Results: Bone healing was achieved in 66 patients (91.6%). Mean delay to healing was 9.8 weeks (6–24). Pain relief was achieved in all patients; 59 were completely pain free. Mean flexion improved from 45° to 56° and mean extension from 54° to 65°. Muscle force improved from 50% to 90% of the healthy side. There were three cases of reflex dystrophy, two cases of styloid radial osteoarthritis and three cases of postoperative stiffness requiring secondary arthrolysis. Functional outcome was excellent in 46 patients, good in 13, fair in 9 and poor in 4.

Discussion: The vascularised graft advocated by Judet as early as 1964 has proven its efficacy for repeated nonunions of the scaphoid. In our series, there was a direct correlation between the grade of the nonunion and the final outcome, the best results being obtain for grade 2A.

Conclusion: Use of a bone graft vascularised with the anterior carpus artery only requires on approach, and provides a high rate of bone healing. We recommend this method for first line treatment of nonunion of the scaphoid.