Low profile metacarpal fracture brace

Abstract

A rigid fracture brace having a rigid and non-bendable in use U-shaped member with an inner, soft-cushioned layer carried on an outer rigid layer defining an open inner cavity for laterally receiving and supporting a user's hand, adjacent to the metacarpal grouping of hand bones. The member is of high aspect ratio and is held in position by a three strap system which includes a lower thumb strap, a middle palm strap and an upper palm strap immediately below the fingers. One end of each strap is immovably fixed to the backside of the member and securement of each strap to the member includes a loop associated with each strap. Each strap further includes a two-component hook and pile fastener so as to avoid critical registration of holes and tongs. The pile component of the fastener is carried along the backside of each strap and each strap terminates with a free-end carrying the hook component of the fastener at the tip of the inside surface of each strap. The free end of each strap is adapted to be trained through associated loops of the strapping assembly. The inventive brace extends from the base of the hypothenar eminence to beyond the fifth metacarpal-phalangeal joint to support the base of the proximal phalanx of the fifth finger.