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Lecturer(s)
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Petržílková Lenka, Mgr.
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Ondok Martin, Ing. Ph.D.
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Höschl Ivan, Bc.
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Course content
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1st Scanning documents specific orthoses (negatives, traces, rates). 2nd cervicocranial brace and collars. Trunk brace (rigid and dynamic). 3rd Trunk brace-type soft bandages (kosticové, elastic body. Ort., Backpacks, etc.). 4th Trunk brace for sitting (seats in wheelchairs and others). 5th Lap belts, trusses, and colostomy-deo belts, urinals and suspensoria. 6th Orthoses for hip joint. Orthoses for knee joint. 7th Orthoses for ankle joint and foot. Orthoses according Sarmiento adult. 8th Apparatus DK. Ortoprothesis. 9th Special and working brace. 10th Silicone masks, covers and sleeves to prevent scars, silicone brace to release contractures. 11th Orthotic inserts, corrective shoes. Complex defects in the legs and their treatment Calceotics 12th Acquisition data for specific prostheses HK and DK. 13th Acquisition specific data for inserts and orthopedic shoes. 14th Printed traces, paper patterns, surface prints, plastic preforms and their use. 15th The whole casts-technique: negative - positive - model. Static and dynamic casts. 16th Training (technology and client) to scan a plaster impression. Location of the property and the general principles of elaboration negative (correction, modeling) and its removing 17th Specific, fusing and forming aids sometimes use for model creation. 18th Spatial setting up the client and the model-base orientation, coordinate systems. Aids and equipment for the space and the establishment of a client model. 19th Basic rules for vertical construction of prostheses DKK. Basic rules construction of prostheses HKK. 20th Test is negative and its spatial orientation. 21st Static and dynamic tests - importance, effects, pros and cons. 22nd Prosthetic components and their spatial alignment. 23rd Implementation of static and dynamic tests and testing aids and client during construction
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Learning activities and teaching methods
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Clinical practice under supervision
- Practical training (number of hours)
- 78 hours per semester
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| prerequisite |
|---|
| Knowledge |
|---|
| popsat jednotlivé složky zdravotnické dokumentace |
| charakterizovat složky anamnézy |
| vyjmenovat zásady vyšetření aspekcí a palpací |
| Skills |
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| vyšetřit pacienta |
| odebrat měrné podklady |
| vyhodnotit měrné podklady |
| learning outcomes |
|---|
| Knowledge |
|---|
| popsat jednotlivé složky zdravotnické dokumentace při výrobě měkkých bandáží a ortopedických vložek |
| Skills |
|---|
| vyšetřit pacienta |
| odebrat měrné podklady |
| vytvořit měkkou bandáž a ortopedickou vložku na míru |
| teaching methods |
|---|
| Knowledge |
|---|
| Clinical practice under supervision |
| Skills |
|---|
| Clinical practice under supervision |
| assessment methods |
|---|
| Knowledge |
|---|
| Skills demonstration during practicum |
| Skills |
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| Skills demonstration during practicum |
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Recommended literature
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EIS, Emil. Ortopedie pro speciální pedagogy: Celost. vysokošk. učebnice pro stud. pedagog. fakult. Praha: SPN, 1986.
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Firma OTTO BOCK. Technické informace.
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FOPTO. Ortopedická protetika. Praha: FOPTO, 2005.
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HUSIĆ, Ivan. Ortotika: doporučený učební text pro rekvalifikační kurzy. Federace ortopedických protetiků technických oborů, 2003.
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KAPHINGST, W. et al. Protetika: základy protetiky dolních a horních končetin: pro učební obor technické ortopedie: [doporučený učební text pro rekvalifikační kurzy].. Praha: Federace ortopedických protetiků technických oborů, 2002.
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Kolektiv autorů. Ortotika. Praha: FOPTO, 2004.
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MAY,B.,J. Amputations and prosthetics. Philadelphia : Davis company.
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Sosna, Antonín. Základy ortopedie. Vyd. 1. V Praze : Triton, 2001. ISBN 80-7254-202-8.
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