Nursing Elites

1. 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 essential when the cross-match reveals the presence of antibodies that cannot be cross-matched. This precaution allows the nurse to monitor for any adverse reactions due to the antibodies. Re-crossmatching the blood until the antibodies are identified (choice B) may delay the transfusion process and put the client at risk. Having the client sign a permit to receive uncrossmatched blood (choice C) is not a standard practice and does not address the immediate need for precautions during transfusion. Having the unlicensed nursing assistant stay with the client (choice D) is unrelated to the safe initiation of the transfusion and is not a precaution specific to managing antibodies in blood products.

2. Which potential complication should the nurse assess for in the client with infective endocarditis who has embolization of vegetative lesions from the mitral valve?

• A. Pulmonary embolism
• B. Decreased urine output
• C. Hemoptysis
• D. Deep vein thrombosis

Correct answer: B

Rationale: The correct answer is 'Decreased urine output.' Embolization of vegetative lesions from the mitral valve can cause renal infarction, leading to a decrease in urine output. This complication is due to the obstruction of blood flow to the kidneys. Choices A, C, and D are incorrect because embolization from the mitral valve typically does not directly cause pulmonary embolism, hemoptysis, or deep vein thrombosis.

3. What is the correct amount of specimen to collect when collecting a stool specimen for testing purposes?

• A. The nurse scoop the specimen specifically at the site
• B. She took around 1 inch of specimen or a teaspoonful
• C. Ask the client to call her for the specimen after the
• D. Ask the client to defecate in a bedpan, Secure a

Correct answer: B

Rationale: When collecting a stool specimen, the nurse should usually take about 1 inch of the specimen or a teaspoonful for testing purposes. This amount is sufficient for laboratory analysis and helps ensure accurate results. It is important for the nurse to follow the proper procedure for specimen collection to maintain accuracy in diagnostic testing. Choices A, C, and D are incorrect because they do not provide the correct information on the amount of specimen needed for stool specimen collection.

4. During peacetime, most CONUS hospital military personnel are organized into what type of organization?

• A. DVA
• B. TOE
• C. TDA
• D. NDMS

Correct answer: C

Rationale: During peacetime, most CONUS hospital military personnel are organized under a Table of Distribution and Allowances (TDA) structure. This organizational type outlines the personnel positions and equipment allocation within a unit. Choice A, 'DVA,' refers to the Department of Veterans Affairs and is not the organizational structure for military hospital personnel. Choice B, 'TOE,' stands for Table of Organization and Equipment which is more commonly used in a wartime setting to define unit structure and equipment requirements. Choice D, 'NDMS,' refers to the National Disaster Medical System which is not the typical organization for CONUS hospital military personnel during peacetime.

5. In assessing the client's chest, which position best shows chest expansion as well as its movements?

• A. Sitting
• B. Prone
• C. Sidelying
• D. Supine

Correct answer: A

Rationale: The position that best shows chest expansion as well as its movements is when the client is sitting. When the client is seated, their chest is in an optimal position for observing the full range of chest expansion during breathing. This position allows for easy visualization of chest movements and expansion as the client breathes in and out, providing a comprehensive assessment of respiratory function. Choice B (Prone) and Choice D (Supine) involve positions where the chest's movements and expansion are less visible and may not provide an accurate representation of respiratory function. Choice C (Sidelying) can also limit the visibility of chest expansion compared to the sitting position.

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