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66 Cards in this Set
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provide care to persons with neuromuscular and musculoskeletal impairments that contribute to functional limitation and disability by designing, fabricating, and fitting orthoses or custom-made braces. |
Orthotists |
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Orthotists are responsible for? |
EVALUATING the patient’s functional and cosmetic needs DESIGNING the orthosis selecting appropriate components, and fabricating, fitting, and aligning the orthosis. EDUCATING the patient and the care providers on appropriate use of the orthosis, care of the orthosis, and how to assess continued appropriateness of the orthosis |
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a device that is applied externally to a part of the body |
Orthosis |
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A device that corrects irregularities |
Brace |
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Usually used after surgery and does not allow for movement? |
Splint |
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What is the goal of the splint |
immobilize or restrict movement of the pt |
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Indications for recommending orthotic devices |
To relieve pain To limit motion Protect against injury Provide Rest Reduce Muscle Tone |
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General orthotic indications? |
The degrees of freedom of each joint The activity level of the client The material selected for orthotic fabrication (e.g. allergic patients) The number of joint segments |
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Associated Drawbacks of the use if an orthotic device |
Discomfort Local pain Skin breakdown Nerve compression Muscle atrophy w/ prolonged use |
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Role of Physical Therapy |
Teach the patient to don and doff the orthoses Identify functional problems of the patient Determine orthotic needs Evaluate orthotic adequacy Train the patient for proper use of the orthoses |
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They provide care to patients with partial or total absence of limbs by designing, fabricating, and fitting prostheses or artificial limbs. |
Prothetists |
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Prothetists are responsible for? |
Creating the design to fit the individual's particular functional and cosmetic needs; Selects the appropriate materials and components; Makes all necessary casts, measurements, and modifications, evaluates the fit and function of the prosthesis on the patient; Teaches the patient how to care for the prosthesis |
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used to provide an individual who has an amputated limb with the opportunity to perform functional tasks, particularly ambulation (walking) which may not be possible without the limb. |
Prosthesis |
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How is a prosthesis determined? |
extent of an amputation or loss location of the missing extremity. |
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Absence of all or part of a limb as result of surgery, trauma or disease |
Amputation |
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Etiology of Amputation |
Trauma Infection Tumors Vascular disease Congenital Deformity |
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Top causes of amputation |
Neuropathy and vascular conditions Trauma Cancer Congenital anomalies |
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Caused by compound fracture, stab or gunshot wound compression injuries, and severe injuries. |
Trauma |
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Vascular diseases include what? |
Ischemic disease DM Arteriosclerosis Venous insufficiency |
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About 75% of amputations in older patients fall within this category. |
Vascular disease |
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Types of infection |
Acute fulminating infections Chronic infections |
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Treatment of sepsis with vasoconstrictor agents may at times lead to? |
Vessel Occlusion Subsequent extremity necrosis Necessitating amputation |
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Types of tumors |
Benign Malignant |
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Examples of tumors |
Osteosarcoma Chondrosarcoma Ewing Sarcoma |
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Extensive, severe damage d/t extreme heat or cold, also includes chemical or electrical burns |
Thermal, Chemical, or Electrical Injury |
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Absence of a limb |
Amelia |
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partial absence of a limb |
meromelia |
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flipper-like appendage attached to the trunk |
Phocomelia |
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Absent metacarpal or metatarsal |
Adactyly |
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Absence of half of a limb |
Hemimelia |
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Missing hand or foot |
Acheira |
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Absent finger or toe |
Aphalangia |
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Other name for general types of amputations? |
Brashear |
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General types of amputations |
Open amputation/Guillotine Amputation Closed amputation Minor and Major amputation |
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Open amputations needs how many number of operations required to construct a satisfactory stump |
2 |
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Open amputations must be followed by |
Secondary closure Reamputation Revision or plastic repair |
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Indications for open amputations |
Infections Severe traumatic wounds with extensive destruction of tissue and gross contamination of FB |
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Purpose of open amputations |
To prevent or eliminate infection so that final closure of stump may be done w/o breakdown of wound |
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Techniques for Open amputations |
Inverted skin flaps Circular open amputations with operative skin traction VAC (Vacuum-assisted closure) |
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Most difficult to fit with a functional prosthesis, and is used less frequently |
Interscapulothoracic Amputation |
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the interscapulothoracic amputation is most difficult to fit with a functional prosthesis d/t? |
Number of joint to be replaced Multiple DOF available for control Problems related to maintaining secure suspension of the prosthesis |
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SH joint was amputated |
Shoulder disarticulation |
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Most common satisfactory amputation in the ue |
Transhumeral Amputation |
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The normal cm that is amputated in transhumeral amputation |
4-7 cm |
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Elbow Disarticulation advantages |
Reduction in surgery time and blood loss Provides improved prosthetic self-suspension Reduces the rotation of the socket on the residual limb |
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Disadvantages of elbow disarticulation |
Marginal cosmetic appearance caused by the required external elbow mechanism Current limitation is technology which implode the use of externaly powered elbow mechanism |
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Most common level because it allows the highest functional recovery |
Transradial amputation |
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This type of amputation can complicate suspension and limit elbow flexion strength and elbow ROM |
Short transradial amputation |
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this type of amputation is preferred when optimal externally powered prosthetic restoration is the goal and prosthetic restoration is the goal |
Medium forearm residual limb |
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preferred when optimal body-powered prosthetic restoration is the goal and it is the ideal level for the pt who is expected to perform physically demanding work |
Long forearm residual limb |
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Converts transradial amputation to radial and ulnar pincers |
Krukenberg amputation |
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Not commonly done d/t difficult socket fabrication, conventional wrist units are too long and cannot be used, and is harder to fit with a myoelectric prosthesis |
Wrist Disarticulation |
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Tyes of finger/digital amputation |
MCP disarticulation Finger amputation Thumb amputation |
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Amputation of the lower limbs and the pelvis |
Hemicorporectomy |
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Resection of the lower half of the pelvis |
Hemipelvectomy |
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Amputation through the hip joint with pelvis intact |
Hip disarticulation |
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Types of transfemoral amputation |
Short above knee Middle above knee Supracondylar amputation |
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Amputation through the knee joint with whole femur still intact |
Knee Disarticulation |
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Other name for knee disarticulation |
Gritti Stokes amputation |
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In which the femoral condyles are transecting just proximal to the joint and the patella is attached to the metaphyseal bone |
Gritti stokes knee disarticulation |
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Ankle disarticulation with attachment of the heel pad to the distal end of the tibia |
Syme amputation |
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Other name for syme amputation? |
Transmalleolar amputation |
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Amputation at the ankle with removal of the talus and fusion of the tibia and inferior calcaneus |
Boyd Amputation |
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Amputation of the foot at the ankle, posterior part of the calcaneus being left in the stump. |
Pirogoff amputation |
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Amputation of the foot at the ankle, posterior part of the calcaneus being left in the stump. |
Lisfranc's Amputation |
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Amputation at the level of the midtarsals |
Chopart amputations |