Nursing Elites

1. The nurse is caring for a client who has dysphagia related to a stroke. The nurse works with the client to explain what food and beverages might minimize aspiration. What is this an example of?

• A. Health promotion
• B. Secondary prevention
• C. Tertiary prevention
• D. Primary prevention

Correct answer: B

Rationale: The nurse working with the client to explain what food and beverages might minimize aspiration is an example of secondary prevention. Secondary prevention involves early detection and intervention to prevent complications or worsening of a condition. In this case, the nurse is helping to prevent aspiration pneumonia by providing education and guidance on safe eating and drinking practices after the client has already experienced dysphagia due to a stroke. Choice A, health promotion, focuses on empowering individuals to adopt healthy behaviors to improve overall well-being and prevent illness. It is more about promoting general health rather than specific interventions related to a particular condition like dysphagia. Choice C, tertiary prevention, involves managing and rehabilitating a condition to prevent further complications or disabilities. In this scenario, the nurse is not yet addressing complications but rather actively preventing them. Choice D, primary prevention, aims to prevent the onset of a disease or condition before it occurs. The client in this case already has dysphagia, so the focus is on preventing further complications, making it a secondary prevention intervention.

2. When preparing to assist the healthcare provider in examining a client's skin with the use of a Wood light, what action should the nurse perform?

• A. Darken the room
• B. Obtain informed consent from the client
• C. Obtain a scalpel and a slide for diagnostic evaluation
• D. Obtain medication to anesthetize the skin area before proceeding with the examination

Correct answer: A

Rationale: When using a Wood light during a skin examination, the room should be darkened to enhance the visibility of fluorescence. The Wood light emits long-wavelength ultraviolet light, highlighting certain skin conditions. Darkening the room aids in better visualization. Obtaining informed consent is a crucial aspect of healthcare but not directly related to using a Wood light. Obtaining a scalpel and a slide is unnecessary for a noninvasive Wood light examination. Anesthetizing the skin area is not required as the procedure is painless and noninvasive.

3. A nurse is determining the fetal heart rate (FHR) and places the fetoscope on the mother's abdomen to count the FHR. The nurse simultaneously palpates the mother's radial pulse and notes that it is synchronized with the sounds heard through the fetoscope. Which action should the nurse take?

• A. Count the FHR for 60 seconds, ensuring that it is synchronized consistently with the mother's radial pulse.
• B. Move the fetoscope to another area on the mother's abdomen to locate the fetal heart.
• C. Ask the mother to lie still while both the FHR and the radial pulse rate are counted.
• D. Count the FHR for 30 seconds and then count the radial pulse rate of the mother for 30 seconds.

Correct answer: B

Rationale: When auscultating the fetal heart rate, the nurse would place the fetoscope on the maternal abdomen, over the fetal back. The nurse would then palpate the mother's radial pulse. If her pulse is synchronized with the sounds from the fetoscope, the nurse would move the fetoscope to another area on the mother's abdomen to locate the FHR. The nurse needs to be sure that the FHR is what is actually being heard. Other sounds that may be heard are the funic sound (blood flowing through the umbilical cord) and the uterine sound (blood flowing through the uterine vessels). The funic sound is synchronized with the FHR; the uterine sound is synchronized with the mother's pulse. Therefore, moving the fetoscope to a different area will help in accurately locating and counting the fetal heart rate. Choice A is incorrect because counting for 60 seconds without changing the position may not address the issue of accurately locating the FHR. Choice C is incorrect as it does not address the need to reposition the fetoscope to locate the fetal heart. Choice D is incorrect because counting the FHR and the radial pulse rate separately may not help in differentiating the two sounds.

4. The client should include all of the following in teaching an obese client about nutritional needs and weight loss except:

• A. knowledge of food and food products
• B. development of a positive mental attitude
• C. adequate exercise
• D. starting a fast weight-loss diet

Correct answer: D

Rationale: When educating an obese client about nutritional needs and weight loss, it is crucial to emphasize a holistic approach that involves understanding food and food products, fostering a positive mental attitude, and incorporating adequate exercise. Initiating a fast weight-loss diet is not advisable due to potential health risks and lack of long-term sustainability. Therefore, this option stands out as the exception and should not be part of the client's learning. Choices A, B, and C are essential components of a healthy weight-loss plan and should be included in the client's education.

5. A nurse is preparing to auscultate a fetal heart rate (FHR). The nurse performs the Leopold maneuvers to determine the position of the fetus and then places the fetoscope over which part of the fetus?

• A. Back of the fetus
• B. Carotid artery in the neck of the fetus
• C. Brachial area of one extremity of the fetus
• D. Chest of the fetus

Correct answer: A

Rationale: The nurse would use the Leopold maneuvers to identify the position of the fetus and determine the location of the fetal back. The fetal heart rate (FHR) is most easily heard through the fetal back because it usually lies closest to the surface of the maternal abdomen. Auscultation of the FHR over the chest, carotid artery, or brachial area is not possible due to the fetal position within the maternal abdomen. Placing the fetoscope over the carotid artery or brachial area would not yield the fetal heart rate, and the chest area is not typically used for auscultating the FHR.

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