Session|Amputation/Prosthetics
Upper Extremity Prosthetics - Socket

Abstract: The aim of this presentation is to illustrate the prosthetic procedure, prosthetic constructions and outcomes for all actual levels on upper limb.

Abstract: This study measured the effect of position and load on pressures at the socket/skin interface of three transradial, three transhumeral and three shoulder amputees (n=9). These pressure measurements provide a clinically useful picture of force magnitude and distribution in the socket.

Abstract: MRI scans of lower extremity RLs were segmented into their component tissue parts, optimized for finite element analysis, rectified and then utilized for prosthetic socket fabrication. Prostheses were tested in successive iterations to optimize the models and test our tissue property assumptions.

Abstract: We introduce a new Prosthetic system that utilizes modified silicone liners acting as soft sockets, thus eliminating the traditional use of hard sockets in prosthetics. It mimics, to a certain extent, the benefits of Osseointegration techniques but does not require surgery.

Abstract: This presentation describes the advantages of silicone sockets for upper limb prostheses in terms of comfort and adhesion. The application options and practical fitting benefits of this innovative concept are illustrated using real-life examples.

Abstract: Age at first fitting in children with an unilateral congenital transversal below-elbow deficiency was not associated with satisfaction with the prosthesis, functional use or motor skills. Early prosthetic fitting seems to have a limited impact on prosthesis use during later stages of life.

Abstract: Congenital Limb Deficiencies (CLD) is a challenge in rehabilitation. Despite the introduction of screening ultra sound in pregnancy, certain populations refuse an abortion even if a severe fetal defect is diagnosed. We present 112 cases followed in our special clinic for CLD.