Nursing Elites

1. Knowing that gluconeogenesis helps to maintain blood glucose levels, a healthcare provider should:

• A. Document weight changes due to fatty acid mobilization.
• B. Evaluate the patient's sensitivity to low room temperatures due to decreased adipose tissue insulation.
• C. Protect the patient from sources of infection due to decreased cellular protein deposits.
• D. Do all of the above.

Correct answer: D

Rationale: Gluconeogenesis is a process where the body synthesizes glucose from non-carbohydrate sources to maintain blood glucose levels. Documenting weight changes due to fatty acid mobilization is important as it can impact the patient's metabolic status. Evaluating the patient's sensitivity to low room temperatures because of decreased adipose tissue insulation is crucial to prevent hypothermia. Protecting the patient from sources of infection due to decreased cellular protein deposits is essential to prevent complications. Therefore, all the options are relevant considerations in managing a patient undergoing gluconeogenesis, making option D the correct answer.

2. A client is admitted to the ER with DKA. In the acute phase, the priority nursing action is to prepare to:

• A. Administer regular insulin intravenously
• B. Administer 5% dextrose intravenously
• C. Correct the acidosis
• D. Apply an electrocardiogram monitor

Correct answer: A

Rationale: Administering regular insulin intravenously is the priority nursing action in the acute phase of DKA. Insulin helps to lower blood glucose levels by promoting cellular uptake of glucose and inhibiting ketone production. Administering dextrose would be counterproductive as it can worsen hyperglycemia. Correcting acidosis is important but usually follows insulin administration. Applying an electrocardiogram monitor is not the priority action in the acute management of DKA.

3. Nurse Ronn is assessing a client with possible Cushing's syndrome. In a client with Cushing's syndrome, the nurse would expect to find:

• A. Hypotension.
• B. Thick, coarse skin.
• C. Deposits of adipose tissue in the trunk and dorsocervical area.
• D. Weight gain in arms and legs.

Correct answer: C

Rationale: In Cushing's syndrome, the characteristic features include central obesity with deposits of adipose tissue in the trunk and dorsocervical area, often referred to as a 'buffalo hump.' Hypotension (Choice A) is not typically associated with Cushing's syndrome; instead, hypertension is more common. Thick, coarse skin (Choice B) is seen in conditions like hypothyroidism, not specifically in Cushing's syndrome. Weight gain in the arms and legs (Choice D) is not a typical finding in Cushing's syndrome; rather, weight gain is more prominent in the central areas of the body.

4. A nurse is preparing to administer NPH insulin to a client with DM. The nurse notes that the NPH insulin vial is cloudy. The nurse should:

• A. Obtain a new vial of NPH insulin.
• B. Draw up the cloudy insulin as ordered.
• C. Shake the vial vigorously before drawing up the insulin.
• D. Warm the insulin to room temperature before administration.

Correct answer: B

Rationale: The correct answer is to draw up the cloudy insulin as ordered. NPH insulin is inherently cloudy due to its suspension of insulin crystals. Shaking the vial vigorously can lead to denaturation of the insulin molecules, altering its efficacy. Warming NPH insulin is not necessary as it can cause breakdown of insulin molecules. The nurse should gently roll the vial between hands to mix it before drawing it up to ensure an even distribution of insulin in the suspension.

5. The healthcare provider is assessing a client with suspected syndrome of inappropriate antidiuretic hormone (SIADH). Which of the following laboratory findings is most consistent with this condition?

• A. Increased serum sodium
• B. Decreased urine specific gravity
• C. Decreased serum osmolality
• D. Increased serum potassium

Correct answer: C

Rationale: The correct answer is C: Decreased serum osmolality. Syndrome of inappropriate antidiuretic hormone (SIADH) is characterized by the excessive release of antidiuretic hormone (ADH), leading to water retention and dilutional hyponatremia. The dilution of sodium results in decreased serum osmolality. Option A is incorrect because SIADH causes hyponatremia, resulting in decreased serum sodium levels. Option B is incorrect because SIADH leads to concentrated urine with increased urine specific gravity. Option D is incorrect as SIADH does not typically affect serum potassium levels.

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