Bae, D. S., & Koris, M. J. Hand Clinics, 21(3), 355–362 Anatomic reduction, articular reconstitution, stable internal fixation, and early wrist mtion are key elements in achieving the best possible functional outcomes following fractures of the distal radius. Many methods of surgical treatment have been used to accomplish these goals, including
Benson, L S, MD Orthopedics Today,25(11), 63
Medoff, R J, MD, Lauder, A J, MD, Trumble, T E, MD American Society for Surgery of the Hand, Chapter 16, 2006
F. Lam, N. Jaysekera, S. Karmani, J.B. Jupiter Current Orthopaedics (2006) 20, 208-211 Summary: The distal radius is the commonest site of fracture in the human skeleton and its treatment continues to evolve with advancing technology. Recently, there have been further refinements in the design of fixed-angle devices, pegs, locking plates
Taylor, K F, MD, Parks, B G, MSc, Segalman, K A, MD The Journal of Hand Surgery, 31(3), 373–381 Purpose: To compare the biomechanical stability of 2 recently introduced fixation systems in an intra-articular, dorsal comminution distal radius fracture model. Methods: AO/ASIF type C2 fractures were simulated in 10 matched pairs
Tamara D. Rozental, MD, Philip E. Blazar, MD The Journal of Hand Surgery / Vol. 31A No. 3 March 2006
Schnall SB, Kim BJ, Abramo A, Kopylov P Clin Orthop Relat Res. 2006, Apr. Pages 445:51-7
Medoff, R J, MD American Society for Surgery of the Hand, Chapter 17, 2006
Benson, L. S., Minihane, K. P., Stern, L. D., Eller, E., & Seshadri, R. The Journal of Hand Surgery, 31(8), 1333–1339 Purpose: To assess the clinical, radiographic, and functional outcome of treating intraarticular distal radius fractures with fragment-specific fixation. Methods: A retrospective review of 81 patients with 85 intra-articular distal radius
Steven I. Grindel, M.D., Mei Wang, PhD, Matthew Gerlach, M.D., Linda M. McGrady, B.S., Susan Brown, B.A. The Journal of Hand Surgery, Vol. 32A No. 2, February 2007
