the nurse is caring for a patient who takes warfarin for prevention of deep vein thrombosis the patient as an inr of 12 which action by the nurse is m the nurse is caring for a patient who takes warfarin for prevention of deep vein thrombosis the patient as an inr of 12 which action by the nurse is m
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Nursing Elites

ATI RN

ATI Pediatric Proctored Exam

1. The patient taking warfarin for prevention of deep vein thrombosis has an INR of 1.2. Which action by the nurse is most appropriate?

Correct answer: D

Rationale: An INR level of 1.2 is below the therapeutic range (2-3) for warfarin therapy. Therefore, the nurse should contact the healthcare provider to discuss the need for an increased dose to achieve the desired therapeutic range and prevent deep vein thrombosis effectively. Administering IV push protamine sulfate is used to reverse the effects of heparin, not warfarin. Continuing with the current prescription without addressing the subtherapeutic INR level may not effectively prevent deep vein thrombosis. Administering Vitamin K is indicated for warfarin overdose leading to excessive anticoagulation, not for a subtherapeutic INR level that is below the target range.

2. Can bacterial plaque metabolize sucrose, lactose, and fructose? Is fructose, also known as levulose and found naturally in honey, less cariogenic than sucrose and lactose?

Correct answer: A

Rationale: The first statement is correct as bacterial plaque can indeed metabolize sucrose, lactose, and fructose. However, the second statement is inaccurate. Fructose, despite being found naturally in honey and known also as levulose, is not less cariogenic than either sucrose or lactose. This means that its consumption does not result in fewer cavities or tooth decay. Therefore, the correct answer is that bacterial plaque can metabolize these sugars, but fructose is not less cariogenic. Choices B, C, and D are incorrect because they either wrongly assert that bacterial plaque cannot metabolize these sugars or wrongly claim that fructose is less cariogenic.

3. During childhood, the thymus decreases in size, and this is referred to as ______ atrophy.

Correct answer: A

Rationale: The correct answer is A, 'Physiologic.' Physiologic atrophy is a normal part of development, like the reduction in thymus size during childhood. Pathologic atrophy (choice B) refers to tissue wasting due to disease, not a normal process like the reduction in thymus size. Disuse atrophy (choice C) results from a lack of physical activity or stimulation, which is not the case with thymus size reduction. Neurogenic atrophy (choice D) is caused by damage to or diseases of the nerves supplying the muscles, not related to the thymus size reduction seen in childhood.

4. How should a healthcare professional manage a patient with respiratory distress?

Correct answer: B

Rationale: Administering oxygen is crucial in managing a patient with respiratory distress as it helps improve oxygenation and alleviate breathing difficulties. While administering bronchodilators may be beneficial in certain respiratory conditions like asthma or COPD, in a patient with respiratory distress, ensuring adequate oxygen supply takes precedence. Checking oxygen saturation is important, but the immediate intervention to address respiratory distress is providing supplemental oxygen. Repositioning the patient may be helpful in optimizing ventilation but is not the primary intervention in managing acute respiratory distress.

5. While assessing clients on a medical-surgical unit, which client is at risk for hypokalemia?

Correct answer: Client with pancreatitis who has continuous nasogastric suctioning

Rationale: Continuous nasogastric suctioning can lead to hypokalemia due to the loss of gastric contents rich in potassium. Therefore, a client with pancreatitis who has continuous nasogastric suctioning is at risk for hypokalemia. Option B is incorrect because ACE inhibitors may lead to hyperkalemia, not hypokalemia. Option C is incorrect as receiving packed red blood cells can lead to hyperkalemia due to the potassium content in the blood product. Option D is incorrect because a serum pH level of 7.33 indicates acidosis, which is not directly associated with hypokalemia.

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