A board has an upper section, with an upper surface for supporting a patient, and a lower section, having two spars separated by a concave surface. The lower section is smaller than the upper section, forming longitudinal flanges through which hand passages are provided. Stiffening members can be housed in the spars. The board is combined with a pad that is attached to the upper surface. A beveled edge on the pad reduces shear forces. Indicia, such as a raised ridge, aid in properly locating the pad, which is preferably attached by a two-sided adhesive sheet with less adhesion on the side that adheres to the board. An IV support pole formed of collapsible segments can be attached to the board by a clamp. The pole has a hook on which an IV container can be hung, and an elastic wrap that encircles, stabilizes, and pressurizes the IV container.
This application claims benefit of U.S. Provisional Application Ser. No. 60/457,362, filed Mar. 26, 2003, titled Spinal Immobilization Device and Method, the disclosure of which is expressly incorporated by reference herein.
