Nursing Elites

1. What effect can medication bound to protein have?

• A. reduced drug availability
• B. limited distribution of the drug to receptor sites
• C. less availability to produce desired medicinal effects
• D. decreased metabolism of the drug by the liver

Correct answer: C

Rationale: Medication bound to protein leads to less availability to produce desired medicinal effects because only unbound drugs can interact with active receptor sites. If a drug is bound to protein, it cannot bind with a receptor site, reducing its effectiveness. Choice A is incorrect because binding to protein reduces drug availability. Choice B is incorrect because distribution to receptor sites is ineffective if the drug is bound to protein. Choice D is incorrect because metabolism does not occur until the drug is removed from the protein molecule by the liver, allowing the protein to return to circulation.

2. A healthcare provider is preparing to perform a Rinne test on a client who complains of hearing loss. In which area does the healthcare provider first place an activated tuning fork?

• A. On the client's teeth
• B. On the client's forehead
• C. On the client's mastoid bone
• D. On the midline of the client's skull

Correct answer: C

Rationale: In the Rinne test, the base of an activated tuning fork is held first against the mastoid bone, behind the ear, and then in front of the ear canal (0.5 to 2 inches). When the client no longer perceives the sound behind the ear, the fork is moved in front of the ear canal until the client indicates that the sound can no longer be heard. The client reports whether the sound from the tuning fork is louder behind the ear (on the mastoid bone) or in front of the ear canal. Placing the tuning fork on the teeth (Choice A), forehead (Choice B), or the midline of the skull (Choice D) is not part of the Rinne test procedure. Therefore, the correct answer is to first place the activated tuning fork on the client's mastoid bone.

3. A 35-year-old Latin-American client wishes to lose weight to reduce her chances of developing heart disease and diabetes. The client states, "I do not know how to make my diet work with the kind of foods that my family eats."? What should the nurse do first to help the client determine a suitable diet for disease prevention?

• A. Provide her with copies of the approved dietary guidelines from the American Diabetic Association and the American Heart Association.
• B. Ask the client to provide a list of the types of foods she eats to determine how to best meet her needs.
• C. Provide a high-protein diet plan for the client.
• D. Provide the client with information related to risk factors for heart disease and diabetes.

Correct answer: B

Rationale: The correct answer is to ask the client to provide a list of the types of foods she eats to determine how to best meet her needs. Assessment is the first step in helping the client establish a suitable diet for disease prevention. By understanding the client's current dietary habits, the nurse can tailor recommendations based on the approved dietary guidelines from the American Diabetic Association and the American Heart Association. Providing a high-protein diet plan without assessing the client's current diet may not align with her cultural preferences or health goals. While educating the client on risk factors for heart disease and diabetes is essential, it is not the initial step in developing a personalized dietary plan.

4. A nurse assisting with data collection is preparing to auscultate the client's bowel sounds. The client tells the nurse that he ate lunch just 45 minutes ago. On the basis of this information, which finding does the nurse expect to note?

• A. Gurgling sounds
• B. Hypoactive sounds
• C. Low-pitched sounds
• D. An absence of sounds

Correct answer: A

Rationale: Bowel sounds are high-pitched, gurgling, cascading sounds that occur irregularly between five and 30 times a minute. In this scenario, since the client ate lunch just 45 minutes ago, the nurse would expect to note gurgling sounds as normal bowel activity. Hypoactive sounds (low-pitched) or an absence of sounds are usually associated with conditions such as abdominal surgery or inflammation of the peritoneum, not with recent food intake. Therefore, the correct answer is gurgling sounds, indicating normal bowel activity following a recent meal.

5. 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.

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