While auscultating a client's abdomen, the nurse hears a low-pitched blowing sound in the upper midline area. Which is the likely indication of this finding?
Hyperactive bowel sounds.
A minor variation.
Possible renal artery stenosis.
Normal borborygmus sounds.
The Correct Answer is C
A) Hyperactive bowel sounds:
Hyperactive bowel sounds are typically characterized by loud, high-pitched gurgles heard throughout the abdomen. They are often associated with increased intestinal motility, such as in gastroenteritis or diarrhea, rather than a low-pitched blowing sound in the upper midline area.
B) A minor variation:
A minor variation may refer to a benign finding or a slight deviation from the norm. However, a low-pitched blowing sound in the upper midline area would not typically be considered a minor variation and may warrant further investigation.
C) Possible renal artery stenosis:
A low-pitched blowing sound in the upper midline area could indicate a renal artery bruit, which is a sign of renal artery stenosis. Renal artery stenosis is a narrowing of the renal artery, often due to atherosclerosis, which can lead to decreased blood flow to the kidneys. A renal artery bruit may be auscultated over the renal arteries and is indicative of turbulent blood flow through the narrowed artery.
D) Normal borborygmus sounds:
Borborygmi are normal bowel sounds characterized by gurgling, rumbling, or growling noises produced by the movement of gas and fluid in the intestines. However, a low-pitched blowing sound in the upper midline area would not typically be described as normal borborygmi. Borborygmi are usually heard at a higher frequency and throughout the abdomen.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is D
Explanation
A) Review the client’s serum electrolyte:
While electrolyte imbalances can cause various neurological symptoms, including paresthesia, reviewing serum electrolytes may not directly identify additional findings consistent with the client's paresthesia. It is essential to assess electrolytes for overall health status but may not immediately address the client's reported symptoms.
B) Check distal phalanges capillary refill:
Assessing capillary refill is important for evaluating peripheral circulation and tissue perfusion, but it may not provide direct information about the client's paresthesia. Capillary refill primarily assesses vascular function rather than neurological symptoms like paresthesia.
C) Observe skin for erythema, edema, and warmth:
Observing the skin for signs of inflammation, such as erythema, edema, and warmth, is essential for assessing possible causes of paresthesia, such as inflammation or injury. However, it may not directly identify additional findings consistent with the client's reported paresthesia.
D) Evaluate client's muscle strength and hand grips:
Assessing muscle strength and hand grips can provide valuable information about neurological function and may reveal additional findings consistent with the client's paresthesia. Weakness or changes in muscle strength may accompany paresthesia, indicating potential neurological involvement. Therefore, evaluating muscle strength and hand grips is a crucial action to assess the extent and impact of the client's symptoms.
Correct Answer is B
Explanation
A) Hypogastric region:
The hypogastric region, also known as the suprapubic region, is located below the umbilical region and above the pubic area. Pain in the hypogastric region would be lower in the abdomen than described.
B) Epigastric region:
The epigastric region is located in the upper central part of the abdomen, just below the xiphoid process. Pain localized in the middle section of the abdomen below the xiphoid process is described as occurring in the epigastric region.
C) Umbilical region:
The umbilical region is located around the navel (belly button). Pain in this area would be centered around the umbilicus and not higher up near the xiphoid process.
D) Hypochondriac region:
The hypochondriac regions are located on either side of the epigastric region and below the ribcage. Pain in the hypochondriac region would be more lateral and not centrally located below the xiphoid process.
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