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45 Cards in this Set
- Front
- Back
Width of parallel bars for measuring |
2 inch wider than the pt's greater trochanters |
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height of parallel bars for measuring |
Level of Greater trochanters, wrist crease, or ulnar styloid process |
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The height of the parallel bar should create how many degrees of elbow flexion? |
20-25 elbow flexion |
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In using the parallel bar, the patient should hold onto the bar approximately? |
6 inches anterior to the hips |
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in using walkers, the height or the hand grip of the walker should be leveled with? |
patient's wrist crease, ulnar styloid process, or greater trochanters |
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The height of the walker should allow how many degrees of elbow flexion? |
20-30 degrees |
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Position of walker |
Front of and along the patient's sides with the patient's arms straight along the side |
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1st height measurement of walker using a tape measure |
Measure from a pt's GT to the heel with shoes one and hips and kneess straight |
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2nd height measurmement of walker using a tape measure |
Use the previous value to adjust the walker's height by measuring from the floor to the top of the handpiece |
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The front of the walker shold be maintained approximately ____ inches in front of the patient during standing and ambulation |
12 inches |
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Height length of Axillary crutches formula |
Height (in inches) x 77% |
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Height length of axillary crutches mentioned in sullivan |
16 inches |
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How to measure the length of axillary crutches in supine based on pierson |
Measure the distance from the anterior axillary fold (armpit) to a point 6-8 inches lateral to the heel |
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How to measure the length of axillary crutches in sitting based on pierson |
UE is abducted at shoulder level with one elbow extended and one elbow flexed to 90 degrees Then measure from olecranon process of the flexed elbow to the tip of the long finger to the hand of the opposite UE |
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How to measure the length of axillary crutches in standing based on braddom |
Measure the distance from the anterior axillary fold to apoint 6 inches lateral to the 5th toe with the patientstanding with the shoulders relaxed |
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How to measure the length of axillary crutches in standing based on sullivan |
From a supported standing position, crutches should be measured from 2 inches below the axilla During measurement, the distal end of the crutch should beresting at a point 2 inches lateral and 6 inches anterior to the foot. |
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How to measure hand piece height of crutch using tape measure in supine |
Measure from GT, wrist crease, or ulnar styloid process with the arm by the side and elbow extending to the heel of the shoe Ise the previous value to position the handpiece by measuring up from the rubber tip of the crutch |
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Alternative method using tape measure to measure hand piece height of crutches |
Measure from the anterior axillary fold to the patient’strochanter or ulnar styloid with the arm along the side, with the elbow extended. Use the previous value to position the handpiece by measuring downward from the center of the axillary rest to the handpiece |
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In measurint the length of FA crutches the distal end of the crutch should be positioned at how many inches |
2 inches lateral and 6 inches anterior to the foot |
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How many degrees of elbow flexion should be produced in forearm crutches |
20-30 degrees |
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The top of the forearm cuff of forearm crutches should be __________ distal to the olecranon process and the wirst is in neutral flexion-extension |
1-1.5 inches |
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in standing position, the length of canes can be measured by what level according to Pierson? |
Level of GT, wrist crease, or the ulnar styloid process with the arm straight along the side |
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How many degrees of elbow flexion should canes produce? |
approximately 20 degrees |
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How to measure length of cane in supine by Pierson? |
Measure from greater trochanter to the heel of the shoe with the hip and knee straight |
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How to measure length of cane in standing position according to Sullivan? |
Cane (or center of a broad-based cane) is placed ~6 inches from the lateral border of the toes |
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The top of the cane should be at the level of the _______ when holding the cane |
Greater trochanter |
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Movement which is an importnat indicator for correct cane height |
Elbow flexion |
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Common errors in fitting assistive devices T/F The shoulders should be depressed when measuring AD |
False If the patient elevates or depresses the shoulders, the device will be too long when relaxed |
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If the patient depresses or drops ttheir shoulder or flexes their trunk at the hips, the AD will be (long/short) when standing |
short |
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T/F The patient should flex the wrist so that the handpiece will be properly positioned |
False, neutral position only |
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T/F patient should be wearing the shoes already so that the device would not be long when those items are added |
True |
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T/F If the evaluation of the fit of the crutches is made without the crutches in the tripod position, the crutches may be too short or too long depending on the crutch position |
True |
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Improper fit of an AD is likely to cause: |
○ decreased stability; ○ increased energy expenditure; ○ decreased function; ○ decreased safety. |
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T/F During the evaluation of fit, the patient should be standing with the head erect, shoulders relaxed and level, trunk erect, pelvis level, knees flexed slightly, and feet flat |
True |
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How many inches should the tips be when positioning the axillary rest in the axilla? |
6AN2LA 6 in anterior, 2 in laterally |
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Position the forearm crutch tips approximately ___ incheslateral and _____ inches anterior to the toe of theshoe(s). |
2, 4-6 |
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Position the cane so the tip is approximately _____inches lateral and _____ inches anterior to the toeof the shoe. |
2, 4-6 (yes same sila ng forearm crutches) |
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Rate the ADs based on Stability |
Walkers Bilateral crutches Suiungle crutches Bilateral canes Quad canes hemi canes Single canes |
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Rate the ADs based on Mobility |
Single canes Hemi canes Quad canes Bilateral canes Single Crutches Bilateral Crutches Walkers |
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Weight bearing status where there are no restrictions onweight-bearing; 100% of body weight can be borne on the LE |
FWB |
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Weight bearing status where no weight is borne on the involved limb; foot/toes make no contact with floor/ ground surface |
NWB |
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Weight bearing status where only a portion of weight can be borne on the extremity, sometimes expressed as a percentage of a body weight (e.g, 20% or 50%) |
PWB |
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Weight bearing status where only the toes of the affected extremity contact the floor to improve balance (not to support body weight) |
Toe-tough WB or Touch-down WB |
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Weight bearing status where Weight-bearing is limited to the amount comfortably tolerated by the patient. |
WB as tolerated |
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T/F Doctors and Caregivers can tell what the Pt's weight bearing status |
False, doctors only |