ATI RN
Nursing Care of Children Final ATI
1. Which disease would require strict isolation of the patient?
- A. Mumps
- B. Chickenpox
- C. Exanthema subitum (roseola)
- D. Erythema infectiosum (fifth disease)
Correct answer: B
Rationale: The correct answer is B: Chickenpox. Chickenpox is highly infectious and is transmitted through direct contact, droplet spread, and contaminated objects. Due to its high communicability, strict isolation of the patient is necessary to prevent the spread of the disease. Mumps is primarily transmitted through direct contact with the infected person's saliva, with peak contagiousness before the onset of swelling. Exanthema subitum (roseola) has an unknown transmission source. Erythema infectiosum (fifth disease) is contagious before the appearance of symptoms. Therefore, these diseases do not require the same level of strict isolation as chickenpox.
2. What are the key considerations when administering opioid analgesics to a patient in pain?
- A. Monitoring for respiratory depression
- B. Administering opioid antagonist if needed
- C. Assessing respiratory rate and pain level before administration
- D. Monitoring the patient's level of consciousness
Correct answer: A
Rationale: The correct key consideration when administering opioid analgesics to a patient in pain is monitoring for respiratory depression. Opioids can lead to respiratory depression, making it crucial to carefully monitor the patient's breathing. Administering an opioid antagonist is not a key consideration during the administration of opioids; it is used to reverse opioid effects in cases of overdose, not as a routine practice. Assessing respiratory rate and pain level before administration is important but not the key consideration compared to monitoring for respiratory depression. Monitoring the patient's level of consciousness is also essential but not as critical as monitoring for respiratory depression when administering opioids.
3. A nurse is teaching a client about ways to reduce the risk of deep vein thrombosis (DVT) after surgery. What should the nurse include in the teaching?
- A. Rest in bed for long periods
- B. Use sequential compression devices
- C. Avoid leg exercises
- D. Keep legs crossed
Correct answer: B
Rationale: The correct answer is to 'Use sequential compression devices.' Sequential compression devices help prevent DVT by promoting venous return, reducing stasis in the veins, and preventing blood clot formation. Resting in bed for long periods (Choice A) can actually increase the risk of DVT due to decreased mobility. Avoiding leg exercises (Choice C) is also not recommended as mobilization and exercises can help prevent blood clots. Keeping legs crossed (Choice D) can impede blood flow and is not advisable in reducing the risk of DVT.
4. A healthcare provider suspects anaphylaxis when caring for a client following the initial administration of an oral antibiotic. Which of the following should be the healthcare provider's priority intervention?
- A. Insert an IV line
- B. Count the respiratory rate
- C. Administer oxygen
- D. Prepare equipment for intubation
Correct answer: Count the respiratory rate
Rationale: When suspecting anaphylaxis, the priority intervention is to assess the client's respiratory status by counting the respiratory rate. Respiratory distress is a hallmark sign of anaphylaxis, and prompt recognition and management are crucial. Administering oxygen may be necessary, but assessing the respiratory rate takes precedence to determine the severity of the reaction and the need for immediate intervention. Inserting an IV line and preparing for intubation are important interventions in managing anaphylaxis but are secondary to ensuring adequate ventilation.
5. When arterial blood pressure declines, the kidneys secrete a hormone to increase blood pressure and peripheral resistance. What is this hormone called?
- A. Renin
- B. Antidiuretic hormone
- C. Atrial natriuretic
- D. Insulin
Correct answer: A
Rationale: Renin is the correct answer. When arterial blood pressure decreases, the kidneys release renin, which triggers a series of reactions ultimately leading to an increase in blood pressure and peripheral resistance. Antidiuretic hormone (choice B) is involved in water retention, atrial natriuretic hormone (choice C) promotes sodium excretion and lowers blood pressure, and insulin (choice D) regulates glucose metabolism, not blood pressure.