The physician comments that a patient has abdominal borborygmi. What is the best description of this term?
Loud continual humming bowel sounds
Loud gurgling bowel sounds
Hypoactive bowel sounds
A peritoneal friction rub
The Correct Answer is B
Borborygmi are exaggerated, audible sounds produced by the rapid movement of gas and chyme through the intestinal lumen. These hyperactive bowel sounds often signify increased peristalsis or the early stages of mechanical obstruction. They are commonly associated with hunger or malabsorption syndromes.
A. Loud continual humming bowel sounds: A continuous humming sound in the abdomen is often a venous hum, which can indicate portal hypertension or collateral circulation. It is a vascular sound rather than a result of gastrointestinal motility. It is not defined as borborygmi.
B. Loud gurgling bowel sounds: This is the correct clinical definition of borborygmi. These are the rumbling sounds heard when the bowel is hyperactive. They are easily audible without a stethoscope and reflect high-velocity movement within the digestive tract.
C. Hypoactive bowel sounds: Hypoactive sounds are infrequent and quiet, indicating slowed motility. Borborygmi are by definition loud and hyperactive. Documenting hypoactivity would be the clinical opposite of noting the presence of borborygmi.
D. A peritoneal friction rub: This is a rough, grating sound heard over the liver or spleen during respiration. It indicates inflammation of the peritoneal surface. It is a sign of friction between organs rather than the sound of gas movement.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
Body Mass Index (BMI) is a standardized screening tool that correlates body weight with height to estimate adiposity and nutritional risk. A value below the healthy threshold suggests protein-energy malnutrition or underlying wasting diseases. This category is associated with increased risks of impaired wound healing, sarcopenia, and compromised immune function.
A. 25.0 to 29.9 kg/m2: This range is classified as the "Overweight" category for adults. While it may carry risks for metabolic syndrome or cardiovascular disease, it does not indicate malnutrition in terms of caloric or protein deficiency. It represents a surplus of body mass relative to height.
B. <18.5 kg/m2: A BMI of less than 18.5 is the internationally recognized threshold for "Underweight." In a clinical nutritional assessment, this finding is a primary indicator of potential malnutrition. It necessitates further evaluation of dietary intake and screening for malabsorption or systemic illness.
C. 18.5 to 24.9 kg/m2: This is the "Normal" or "Healthy Weight" range for the majority of the adult population. It indicates that the individual's weight is appropriate for their height, posing the lowest risk for weight-related health problems. It is the target range for optimal nutritional status.
D. 30.0 to 39.9 kg/m2: This range identifies "Obesity" (Classes I and II). While an individual in this category can suffer from micronutrient deficiencies, the BMI itself indicates an excess of body mass rather than the depletion associated with clinical malnutrition.
Correct Answer is ["A","B","C","D"]
Explanation
The neurocranium consists of 8 bones that form the protective vault surrounding the brain. It is distinguished from the viscerocranium, which comprises the facial skeleton. These bones are joined by sutures, which are immobile fibrous joints, providing structural integrity to the skull.
A. Occipital: This bone forms the posterior and inferior base of the cranium and contains the foramen magnum. It articulates with the atlas of the vertebral column. It is a primary component of the cranial vault protecting the cerebellum.
B. Temporal: These paired bones form the lateral walls and base of the skull, housing the structures of the inner ear. They articulate with the mandible at the temporomandibular joint. They are essential components of the lateral neurocranium.
C. Frontal: This bone forms the forehead and the superior portion of the orbit and the anterior cranial fossa. It contains the frontal sinuses and provides protection for the frontal lobes. It is a major constituent of the cranium.
D. Parietal: These paired bones form the bulk of the superior and lateral vault of the skull. They meet at the sagittal suture and articulate with the frontal and occipital bones. They are fundamental parts of the cranial structure.
E. Zygomatic: Known as the cheekbones, these are components of the viscerocranium or facial skeleton rather than the neurocranium. They form the lateral wall and floor of the orbit. They do not contribute to the protective brain case.
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