The nurse is performing an admission assessment for a client with pyelonephritis who has urgency and burning while urinating. Which finding indicates an expected response when the nurse percusses the costovertebral angle?
Audible thud without pain.
Rigidity and firmness.
Rebound tenderness.
Sharp, severe pain.
The Correct Answer is D
Choice A Reason:
Audible thud without pain is incorrect. An audible thud without pain would not be an expected response when percussing the costovertebral angle (CVA) in a client with pyelonephritis. Pyelonephritis typically presents with tenderness upon percussion of the CVA due to inflammation or infection of the kidneys. The absence of pain in this scenario would not be consistent with the expected response.
Choice B Reason:
Rigidity and firmness are incorrect. Rigidity and firmness upon percussion of the costovertebral angle (CVA) may suggest muscle tension or guarding, rather than the tenderness typically associated with kidney inflammation or infection such as pyelonephritis. While guarding can occur in response to pain, it is not the expected response when assessing for kidney tenderness.
Choice C Reason:
Rebound tenderness is incorrect. Rebound tenderness refers to the exacerbation of pain upon release of pressure, typically observed in conditions such as peritonitis. While rebound tenderness may be present in some abdominal conditions, it is not the expected response when percussing the costovertebral angle (CVA) to assess for kidney tenderness in pyelonephritis. In pyelonephritis, tenderness upon initial percussion is more indicative of the condition.
Choice D Reason:
Sharp, severe pain is correct. Sharp, severe pain upon percussing the CVA suggests tenderness, which can be indicative of kidney inflammation or infection, such as pyelonephritis. This finding would support the diagnosis and help guide further assessment and treatment.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
Choice A Reason:
Reporting the client's abnormal lung sounds to the healthcare provider is inappropriate. This option is not appropriate because vesicular breath sounds are actually normal lung sounds. They are soft, low-pitched sounds heard predominantly during inspiration in the peripheral lung fields. Reporting them as abnormal would be incorrect and could potentially lead to unnecessary concern or intervention.
Choice B Reason:
Continuing with the remainder of the client's physical assessment is appropriate. Vesicular breath sounds in the bases of both lungs posteriorly are normal findings. They indicate adequate ventilation and airflow in the lower lung fields. Therefore, there is no need for immediate intervention or further assessment specific to this finding. Continuing with the remainder of the physical assessment is appropriate to assess other aspects of the client's health.
Choice C Reason:
Asking the client to cough and then auscultate at the site again is inappropriate. Asking the client to cough and then auscultate again is not necessary in response to hearing vesicular breath sounds. Vesicular breath sounds are normal lung sounds and do not require further assessment or intervention. Coughing would not change the character of vesicular breath sounds.
Choice D Reason:
Measuring the client's oxygen saturation with a pulse oximeter is inappropriate. While measuring oxygen saturation with a pulse oximeter is an important assessment, it is not specifically indicated in response to hearing vesicular breath sounds. Vesicular breath sounds indicate normal ventilation and airflow in the lower lung fields, but they do not provide direct information about oxygenation status. Oxygen saturation should be assessed as part of a comprehensive respiratory assessment, but it does not need to be prioritized solely based on the finding of vesicular breath sounds.
Correct Answer is D
Explanation
Choice A Reason:
Expected finding is incorrect. While some degree of dullness is expected during percussion of the heart borders due to the presence of solid cardiac tissue, the specific pattern described in the scenario, extending from the 5th left intercostal space to the 2nd left intercostal space at the sternal border, suggests an abnormality rather than an expected finding.
Choice B Reason:
Cardiac atrophy is incorrect. Cardiac atrophy refers to a decrease in the size or mass of the heart muscle, resulting in a smaller than normal heart. However, the described findings indicate dullness extending upward, suggesting an enlargement rather than atrophy of the heart.
Choice C Reason:
Benign variation is incorrect. Benign variations in cardiac percussion findings are less likely to produce a pattern of dullness extending from the 5th left intercostal space to the 2nd left intercostal space at the sternal border. This pattern is more indicative of cardiac enlargement or pathology rather than a benign variation.
Choice D Reason:
Cardiac enlargement is correct. During percussion of the heart borders, dullness indicates solid tissue, such as the heart. The area of dullness extending from the 5th left intercostal space to the 2nd left intercostal space at the sternal border suggests an enlargement of the cardiac silhouette. This enlargement could be due to various cardiac conditions, such as cardiomegaly (enlarged heart), left ventricular hypertrophy, or other structural abnormalities affecting the heart.
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