ATI RN
ATI Anatomy and Physiology Online Practice
1. The origin of the term 'anatomy' is related to
- A. the Greek word for 'function.'
- B. the name of the first anatomist.
- C. the Greek word for 'cutting up.'
- D. the function of internal organs.
Correct answer: the Greek word for 'cutting up.'
Rationale: The correct answer is C: the Greek word for 'cutting up.' The term 'anatomy' originates from the Greek words 'ana' (up) and 'temnein' (to cut), which means 'cutting up' or 'dissection.' This term refers to the process of dissecting bodies to study their structure. Choices A, B, and D are incorrect because 'anatomy' is not related to the Greek word for 'function,' the name of the first anatomist, or the function of internal organs, but rather to the act of cutting up for study and examination.
2. A healthcare professional is reviewing the medical records of a client who has a pressure ulcer. Which of the following findings should the professional expect?
- A. Albumin level of 3
- B. Hemoglobin of 12
- C. Normal skin moisture
- D. No signs of infection
Correct answer: A
Rationale: The correct answer is A: Albumin level of 3. A low albumin level indicates poor nutrition, which can contribute to the development of pressure ulcers. Choice B, Hemoglobin of 12, is within the normal range and is not directly associated with pressure ulcers. Choice C, Normal skin moisture, does not provide specific information related to pressure ulcers. Choice D, No signs of infection, while important, is not a direct finding associated with pressure ulcers.
3. What does oliguria lead to in patients with acute kidney injury?
- A. Hypophosphatemia and overgrowth of bone tissue
- B. An increase in blood potassium levels due to excessive excretion of parathyroid hormone
- C. Sodium retention and elevated levels of potassium
- D. Edema due to increased urine production
Correct answer: C
Rationale: In patients with acute kidney injury, oliguria (reduced urine output) often results in sodium retention and hyperkalemia (elevated levels of potassium). This is due to the kidneys' decreased capacity to excrete these substances. Choice A is incorrect because hypophosphatemia and overgrowth of bone tissue are not direct consequences of oliguria in acute kidney injury. Choice B is incorrect because an increase in blood potassium levels is not caused by excessive excretion of parathyroid hormone but rather by decreased excretion of potassium. Choice D is incorrect because edema is not caused by increased urine production but rather by fluid overload due to decreased urine output.
4. Which parental statement at the conclusion of a teaching session regarding environmental controls for childhood asthma indicates correct understanding of the information presented?
- A. ''We're glad the dog can continue to sleep in our child’s room.''
- B. ''We’ll keep the plants in our child’s room dusted.''
- C. ''We’ll be sure to use the fireplace often to keep the house warm in the winter.''
- D. ''We will replace the carpet in our child’s bedroom with a hard surface.''
Correct answer: D
Rationale: The correct answer is D. Replacing carpet with hard flooring helps to reduce allergens and asthma triggers in the child’s environment. Choice A is incorrect as having a dog in the child’s room can worsen asthma symptoms due to pet dander. Choice B is incorrect because keeping plants in the child’s room can increase mold spores and allergens. Choice C is incorrect as using a fireplace can introduce smoke and other irritants into the air, worsening asthma symptoms.
5. What are the dietary recommendations for a patient with pre-dialysis end-stage kidney disease?
- A. Reduce phosphorus intake to 700 mg/day
- B. Limit sodium intake to 1,500 mg/day
- C. Restrict protein intake to 0.55-0.60 g/kg/day
- D. Increase protein intake
Correct answer: A
Rationale: The correct recommendation for a patient with pre-dialysis end-stage kidney disease is to reduce phosphorus intake to 700 mg/day. High phosphorus levels can be harmful to individuals with kidney disease as the kidneys may not be able to filter it effectively. While limiting sodium intake to 1,500 mg/day and restricting protein intake to 0.55-0.60 g/kg/day are important in managing kidney disease, the primary concern for this patient population is to control phosphorus levels. Increasing protein intake is not recommended as it can put additional strain on the kidneys. Therefore, option A is the most appropriate recommendation in this scenario.
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