Comprehensive Guide to Hand Immobilization Splints by Dr. Somaya Malkawi
Learn about Resting Hand Splints (RHS) to immobilize fingers and wrist, maintain balance between hand muscles, and provide localized rest. Options include Pan C-bar, Forearm trough, Thumb trough, Pre-molded splints, Pre-cut kits, and Customized solutions.
Comprehensive Guide to Hand Immobilization Splints by Dr. Somaya Malkawi
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Presentation Transcript
Hand immobilization splints Somaya Malkawi, PhD
Hand immobilization splints • Also called resting hand splints (RHS) • It immobilizes fingers and wrist • Thumb may or may not be included • Purpose: • Immobilize • Position in functional alignment • Retard further deformity • Maintains balance between extrinsic and intrinsic muscles of hand • Provide localized rest to the tissues of wrist, thumb, fingers
Description of the RHS Pan C bar Forearm trough Thumb trough
Pre-molded hand splints Pre-cut splint kit Customized splints What are the advantages and disadvantages for each
Hand immobilization splints • Volar based resting hand splint is better used when you require a great amount of forearm support • Dorsally based RHS is used when there is sutures, sores, rashes, or intravenous needles. Also used for someone who has hypertonicity
Hand immobilization splints • Two types of positions are accomplished by this splint depending on diagnostic indication • Functional position • Anti-deformity (intrinsic-plus) position
Functional position • The resting splint is positioned in resting or mid-joint position • Place the wrist in 20-30 degrees of extension • Thumb CMC in 45 degrees of palmar abduction • Fingers MCP joints 35-45 degrees of flexion • PIP and DIP of fingers joints in slight flexion
Anti deformity position • Often used to place the hand to maintain tension/distraction of anatomic structure • To avoid contractures and promote • function • Wrist: 30-40 ext • Thumb: 40-45 palmar abduction • Thumb IP: in full ext • MCPs: 70-90 flex and PIPs and DIPs in full ext.