Nursing Elites

1. Short-bowel syndrome usually occurs when:

• A. The longitudinal muscles of the intestine contract
• B. More than 50% of the small intestine is surgically removed
• C. More than 50% of the large intestine is surgically removed
• D. Transit time is decreased due to infection or drugs

Correct answer: B

Rationale: Short-bowel syndrome usually occurs when more than 50% of the small intestine is surgically removed. This condition results in malabsorption of nutrients and fluids due to the reduced length of the small intestine. Choice A is incorrect because the contraction of longitudinal muscles does not lead to short-bowel syndrome. Choice C is incorrect as short-bowel syndrome is primarily related to the small intestine, not the large intestine. Choice D is incorrect since decreased transit time due to infection or drugs is not a direct cause of short-bowel syndrome.

2. The nurse has given post-procedure instructions to a client who underwent a colonoscopy. Evaluation of learning would be evident if the client makes which statement(s)?

• A. All below
• B. “My abdominal muscles may be tender because of the procedure.”
• C. “My diet should be light at first, and then I can progress to a regular diet.”
• D. “It is normal to feel gassy or bloated for a short while after the procedure.”

Correct answer: A

Rationale: Mild tenderness, a light diet initially, and gas or bloating are expected after a colonoscopy.

3. The client diagnosed with thalassemia, a hereditary anemia, is to receive a transfusion of packed RBCs. The cross-match reveals the presence of antibodies that cannot be cross-matched. Which precaution should the nurse implement when initiating the transfusion?

• A. Start the transfusion at 10-15 mL per hour for 15-30 minutes
• B. Re-crossmatch the blood until the antibodies are identified
• C. Have the client sign a permit to receive uncrossmatched blood
• D. Have the unlicensed nursing assistant stay with the client

Correct answer: A

Rationale: Starting the transfusion slowly at 10-15 mL per hour for 15-30 minutes is the correct precaution to implement when the cross-match reveals the presence of antibodies that cannot be cross-matched. This allows the nurse to monitor for any adverse reactions due to the presence of antibodies. Re-crossmatching the blood until the antibodies are identified is not practical and may delay the transfusion, potentially compromising the patient's condition. Having the client sign a permit to receive uncrossmatched blood is not the best course of action as the focus should be on ensuring a safe transfusion. Having an unlicensed nursing assistant stay with the client does not address the specific precaution needed to manage a transfusion in the presence of antibodies.

4. Which of the following is inappropriate in collecting midstream clean-catch urine specimen for urine analysis?

• A. Collect early in the morning, first voided specimen
• B. Do perineal care before specimen collection
• C. Collect 5 to 10 ml of urine
• D. Discard the first flow of urine

Correct answer: C

Rationale: The inappropriate action in collecting a midstream clean-catch urine specimen for urine analysis is to collect only 5 to 10 ml of urine. Adequate urine volume of 30 to 60 ml is required for accurate testing. Collecting a small amount like 5 to 10 ml may lead to inaccurate results due to insufficient sample size. It is crucial to follow proper collection techniques, such as discarding the first flow of urine, performing perineal care, and collecting an adequate volume, to ensure reliable test results.

5. The nurse is teaching a community class to people with Type 2 diabetes mellitus. Which explanation would explain the development of Type 2 diabetes?

• A. The islet cells in the pancreas stop producing insulin
• B. The client eats too many foods that are high in sugar
• C. The pituitary gland does not produce vasopressin
• D. The cells become resistant to the circulating insulin

Correct answer: D

Rationale: The correct answer is D. In Type 2 diabetes, the primary issue is insulin resistance, where cells do not respond effectively to insulin. Choice A is incorrect because in Type 1 diabetes, the islet cells in the pancreas stop producing insulin. Choice B is not directly related to the development of Type 2 diabetes but rather to its management. Choice C is incorrect as it refers to a dysfunction in vasopressin production, which is not related to Type 2 diabetes.

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