Nursing Elites

1. A healthcare professional is preparing to administer an autologous blood product to a client. Which of the following actions should the professional take to identify the client?

• A. Match the client's blood type with the type and cross-match specimens
• B. Confirm the provider's prescription matches the number on the blood component
• C. Ask the client to state their blood type and the date of their last blood donation
• D. Ensure that the client's identification band matches the number on the blood unit

Correct answer: A

Rationale: When preparing to administer an autologous blood product, it is crucial to correctly identify the client to prevent errors. Matching the client's blood type with the type and cross-match specimens ensures that the blood product is intended for the correct recipient. This step helps in verifying the patient's identity and avoiding any transfusion-related complications. Confirming the blood type through type and cross-matching is a standard practice to ensure patient safety during blood transfusions.

2. Palpating the midclavicular line is the correct technique for assessing

• A. Baseline vital signs
• B. Systolic blood pressure
• C. Respiratory rate
• D. Apical pulse

Correct answer: D

Rationale: Palpating the midclavicular line is the correct technique for assessing the apical pulse. The apical pulse is located at the point of maximal impulse (PMI), which is typically at the fifth intercostal space at the midclavicular line. This technique allows healthcare providers to accurately assess the heart rate and rhythm by listening to the heart sounds directly at this point.

3. Studies have shown that about 40% of patients fall out of bed despite the use of side rails; this has led to which of the following conclusions?

• A. Side rails are ineffective
• B. Side rails should not be used
• C. Side rails are a deterrent that prevents a patient from falling out of bed
• D. Side rails are a reminder to a patient not to get out of bed

Correct answer: D

Rationale: The correct conclusion drawn from the study is that side rails serve as a reminder to the patient not to get out of bed rather than being a fail-proof preventive measure against falls. While they may not entirely prevent falls, they play a role in prompting the patient to be cautious when moving.

4. The healthcare professional is preparing to take vital signs in an alert client admitted to the hospital with dehydration secondary to vomiting and diarrhea. What is the best method used to assess the client’s temperature?

• A. Oral
• B. Axillary
• C. Radial
• D. Heat-sensitive tape

Correct answer: A

Rationale: The most accurate method for assessing temperature in an alert client is the oral method. It provides a more reliable reflection of the body's core temperature compared to axillary or radial methods. In cases of dehydration, it is important to get an accurate temperature reading to monitor the client's condition closely. Axillary temperature may be affected by environmental factors, while radial temperature measurement is not a standard method for assessing core body temperature. Heat-sensitive tape is not a recognized method for assessing body temperature in clinical practice.

5. When planning care for a client on mechanical ventilation, which mode of ventilation that increases the effort of the client's respiratory muscles should NOT be included in the plan of care?

• A. Assist-control
• B. Synchronized intermittent mandatory ventilation
• C. Continuous positive airway pressure
• D. Pressure support ventilation

Correct answer: A

Rationale: Assist-control ventilation mode delivers a preset tidal volume at a set rate; however, it may not be suitable for clients who need to maintain some level of respiratory muscle activity. This mode provides full support for each breath, potentially leading to decreased respiratory muscle strength over time. Therefore, it is important to avoid using assist-control mode for clients who require increased effort of respiratory muscles to prevent muscle atrophy and promote optimal respiratory function.

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