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| Course Title: |
Design and Fabrication of Static Hand Splints |
| Author/Instructor: |
Patricia Roholt P.T., C.H.T. |
| CEU's: |
4.0 |
| Prerequisites: |
None |
| Education Level: |
Intermediate/OT Category I |
| Target Audience: |
OT, PT, COTA, PTA |
| Cost: |
$100 |
| Description: |
This live-distance seminar will provide detailed instruction on
the fabrication and clinical application of a wide variety of finger,
hand, and forearm static splints. Topics include, splint classification,
biomechanical principles, material selection, splint design, strapping
and padding, and problem solving. Discussion of useful pre-fabricated
splints is included. All custom splints discussed are illustrated
and described in detail. A complete course manual is included which
has life sized patterns and illustrations which can be used in clinical
practice!
Note: If you would like to schedule a group meeting for this course
at a time selected at your convenience, please email patcse@aol.com
(minimum 4 people). |
Objectives -
Upon completion of this course, participants will be able to: |
- Understand the different categories of splints and describe
their functions.
- Name splints using the ASHT splint classification system.
- Understand biomechanical principles as they apply to splint
design and fabrication.
- Identify common prefabricated splints and describe their
uses, advantages, and disadvantages.
- Describe the properties of thermoplastic materials and how
these affect splint fabrication.
- Understand the use of splint patterns in the fabrication
of finger, hand and forearm based splints.
- Problem solve splint design issues in the face of patient
variables
- Describe the advantages/disadvantages of volar vs. dorsal
vs. circuferential splint base design.
- Describe the appropriate use of strapping and padding in
finishing splints.
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