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Is a fiberglass splint static or dynamic2/20/2023 Rehabilitation literature reflects the universal lack of consensus, which Fess et al. The status of tone-reduction wrist/hand orthotics is like an amorphous quicksand waiting to engulf the unwary therapist. (Note: The authors use the terms platform and trough interchangeably in this chapter.)ģ Discuss the neurophysiologic rationale supporting the use of the finger spreader and hard cone.Ĥ Discriminate between the passive and dynamic components of spasticity.ĥ Describe the difference between submaximum and maximum ranges as they relate to tone-reduction splints.Ħ Identify and describe the two major components of orthokinetic splints.ħ Describe one unique characteristic for each of the following materials: plaster bandage, fiberglass bandage, inflatable splints, cylindrical foam, neoprene.Ĩ Successfully fabricate and clinically evaluate the proper fit of a thermoplastic hard cone.ĩ Use clinical judgment to correctly analyze two case studies. (Note: The authors use the terms splint and orthosis interchangeably in this chapter.)Ģ Compare the strengths and weaknesses of dorsal and volar forearm platforms (troughs). 1 Identify and describe the two historic trends in upper extremity tone-reduction splinting (orthotics).
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