A nurse is teaching a client who can only bear weight on one leg how to ambulate using crutches. Which of the following crutch gaits should the nurse plan to instruct the client to use?
Four-point alternating gait
Swing-through gait
Three-point gait
Two-point alternating gait
The Correct Answer is C
A. Four-point alternating gait:
This gait involves a more natural and stable walking pattern. However, it requires weight-bearing on both legs, which may not be suitable for a client who can only bear weight on one leg.
B. Swing-through gait:
The swing-through gait is typically used by clients with bilateral lower extremity weakness. It involves swinging both legs through while supporting weight on the crutches. This gait is not suitable for a client who can only bear weight on one leg.
C. Three-point gait:
This gait is appropriate for a client who can only bear weight on one leg. In a three-point gait, the client uses crutches and swings or hops the non-weight-bearing leg forward, landing on the good leg. This gait provides stability and reduces weight-bearing on the affected leg.
D. Two-point alternating gait:
In a two-point alternating gait, the client advances the crutch and the opposite foot simultaneously. This gait is more energy-efficient than the four-point gait but requires weight-bearing on both legs. It is not suitable for a client who can only bear weight on one leg.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
A. The client is consuming 25% of their meals.
Poor nutritional intake can lead to complications over time, but it is not the most immediate concern compared to other options. This finding is important but not the highest priority.
B. The client coughs frequently while eating.
Frequent coughing while eating can indicate dysphagia (difficulty swallowing), which increases the risk of aspiration. Aspiration can lead to serious complications like aspiration pneumonia, which is life-threatening. This is the nurse’s priority finding because it poses an immediate risk to the client’s airway and respiratory status.
C. The client's blood pressure is 142/94 mm Hg.
The blood pressure is elevated, which is concerning, especially in a post-stroke client. However, it is not critically high and does not present an immediate threat compared to the risk of aspiration.
D. The client leans to the left side while sitting.
Leaning to the left side while sitting could indicate poor balance or proprioception, which increases the risk of falls. While important to address, it is not as immediately critical as the risk of aspiration.
Correct Answer is B
Explanation
A. Whisper a series of words softly into one ear.
Explanation: Whispering words into one ear is not part of Weber's test. This action is more relevant to the assessment of hearing acuity and not the lateralization of sound. Weber's test focuses on the perception of sound in relation to both ears, not the ability to hear whispered words.
B. Place an activated tuning fork in the middle of the client's forehead.
Explanation: In Weber's test, a tuning fork is placed in the middle of the client's forehead. The test is designed to assess whether sound lateralizes (moves) to one ear or is heard equally in both ears. If the client perceives the sound more in one ear than the other, it may indicate a hearing imbalance or issue.
C. Deliver a series of high-pitched sounds at random intervals.
Explanation: Delivering high-pitched sounds at random intervals is not part of Weber's test. Weber's test involves a single action – placing an activated tuning fork in the middle of the client's forehead. The purpose is to determine if the client perceives the sound equally in both ears or if there is lateralization. Random intervals and high-pitched sounds are not specified components of this test.
D. Hold an activated tuning fork against the client's mastoid process.
Explanation: While holding a tuning fork against the mastoid process is part of another hearing test called the Rinne test, it is not the appropriate action for the Weber's test. The Rinne test compares air conduction (using the tuning fork near the ear) to bone conduction (using the tuning fork against the mastoid process) to evaluate hearing in each ear. In Weber's test, we are specifically interested in lateralization of sound, not comparing air and bone conduction.
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