PLATE AND SCREW DESIGN IN FRACTURES OF THE HAND AND WRIST

Chaitanya S. Mudgal, MD and Jesse B. Jupiter, MD

Orthopaedic Hand Service

Massachusetts General Hospital

Internal fixation of the hand and wrist has changed tremendously over the past four decades. Essential to this change has been the acceptance of internal fixation as a safe, effective and viable alternative in the treatment of many fractures of the hand and wrist. More importantly, as technology has advanced, there has been the acceptance of the definitive place of internal fixation with plates and screws as a primary method of management of many fractures of the hand and wrist. Advances in material science and a better understanding of the biology of the musculoskeletal system has lead to an aggressive approach to many fractures of the hand and wrist, especially those associated with soft tissue injury. It is now well recognized that early stable skeletal fixation in the setting of complex soft tissue injury, followed by early rehabilitation can lead to superior functional outcomes.

When plate and screw fixation systems were initially developed for the hand, they were simply modeled after the large long fragment fracture fixation systems.  However, with the passage of time and with a better understanding of the structural requirements of the hand skeleton, materials and technology, implants have been designed specifically for the hand and wrist. This review will outline the advances in implant design and technology in the management of fractures of the hand and wrist, along with a brief overview of salient historical aspects of internal fixation of the hand and wrist.

Published by the New England Hand Society 2005.