Mrs. Bone is Caucasian, weighs 128 lb, and is 5 foot 3 inches tall. Given her family history, she is a good example of the part that genetics plays in a person’s peak bone mass. She is 68 years of age and postmenopausal. What are risk factors you see with Mrs. Bone, and for what disorder? (Select all that apply)
Osteosarcoma, age, weight, height, postmenopausal
Osteopenia, age, postmenopausal, race, height, weight
Osteoporosis, age, postmenopausal, race, height, weight
Osteomyelitis, age, weight, height
Mrs. Bone does not have any risk factors
Osteomalacia, age, weight, postmenopausal
Correct Answer : B,C
Choice A reason: Osteosarcoma is a bone cancer, not linked to age, weight, height, or menopausal status. Mrs. Bone’s risk factors (age, race, postmenopausal) align with osteopenia/osteoporosis, not cancer, so this is incorrect for her disorder and risks.
Choice B reason: Osteopenia, low bone density, is likely given Mrs. Bone’s age (68), postmenopausal status, Caucasian race, low weight (128 lb), and height (5’3”). These increase fracture risk, making this a correct choice for her disorder and risk factors.
Choice C reason: Osteoporosis is a risk for Mrs. Bone due to her age, postmenopausal status, Caucasian race, low weight, and height. These factors reduce bone mass, aligning with osteoporosis risk, making this a correct selection for her condition.
Choice D reason: Osteomyelitis, a bone infection, is unrelated to age, weight, or height. Mrs. Bone’s profile matches osteopenia/osteoporosis risk factors, not infection, so this is incorrect for her disorder and associated risks.
Choice E reason: Mrs. Bone has clear risk factors (age, postmenopausal, race, weight, height) for bone density disorders. Stating she has no risk factors ignores her profile, so this is incorrect for her condition and risks.
Choice F reason: Osteomalacia, caused by vitamin D deficiency, is less likely than osteopenia/osteoporosis given her risk factors. Age and postmenopausal status point to bone density issues, so this is incorrect for her primary disorder.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
Choice A reason: Antibiotics treat bacterial infections, but inspiratory stridor, cough, and tachypnea suggest acute airway obstruction, like croup or bronchospasm. Antibiotics are not immediate for these symptoms, as they address infection, not airway narrowing, making this a lower-priority treatment.
Choice B reason: Sputum culture identifies pathogens but is not urgent for inspiratory stridor, which indicates airway compromise needing immediate relief. Cultures guide long-term therapy, not acute management, making this an incorrect priority for the patient’s presentation.
Choice C reason: Inhaled bronchodilators, like albuterol, are the priority for inspiratory stridor, nonproductive cough, and tachypnea, as they relax airway smooth muscles, relieving bronchospasm or narrowing. This addresses acute airway obstruction, common in conditions like asthma or croup, making it the correct treatment.
Choice D reason: History of illness exposure informs diagnosis but delays treatment for acute airway symptoms. Inspiratory stridor requires immediate intervention to ensure airway patency, making history-taking secondary to addressing the urgent respiratory distress, thus an incorrect priority.
Correct Answer is ["B","C","D","E"]
Explanation
Choice A reason: Hydration is a treatment, not a complication. Rhabdomyolysis, hyperkalemia, and AKI are complications of crush injuries, with kidney function monitoring essential. This describes an intervention, not a complication, so it’s incorrect.
Choice B reason: Rhabdomyolysis is likely from severe muscle trauma in a crush injury, releasing myoglobin and electrolytes, risking kidney damage. This matches the patient’s injury, making it a correct complication.
Choice C reason: Electrolyte monitoring, especially potassium, is critical due to hyperkalemia risk from muscle breakdown. This can cause arrhythmias, making it a correct selection for complications.
Choice D reason: Acute kidney injury (AKI) is common in rhabdomyolysis, as myoglobin damages kidneys. Given the crush injury, AKI is likely, making this a correct complication.
Choice E reason: Monitoring kidney function (creatinine, BUN, urine output) detects AKI from rhabdomyolysis. This ensures timely intervention, making it a correct choice for complications.
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