Nokea
A pregnant woman who is 36 weeks' pregnant and has hepatitis B is being informed by a nurse. Which of the following statements from the client indicates understanding of this condition?
- A. Now I know my baby will need a cesarean section.
- B. My baby will need two shots soon after birth.
- C. I will not be able to breastfeed.
- D. My baby's father does not need testing; I know I am the one with hepatitis.
Correct Answer: B
Rationale: The correct answer is 'My baby will need two shots soon after birth.' A baby born to a mother with hepatitis B should receive two injections soon after birth to reduce the risk of contracting the disease. Within the first 12 hours post-birth, the baby should receive the first hepatitis B vaccine and hepatitis B immune globulin (HBIG) for additional protection. Option A is incorrect because the need for a cesarean section is not directly related to the mother's hepatitis B status. Option C is incorrect as breastfeeding can be safe if managed properly. Option D is incorrect as the baby's father should also be tested for hepatitis B to prevent transmission to the newborn.
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A diabetic patient's arterial blood gas (ABG) results are pH 7.28; PaCO2 34 mm Hg; PaO2 85 mm Hg; HCO3 18 mEq/L. The nurse would expect which finding?
- A. Intercostal retractions
- B. Kussmaul respirations
- C. Low oxygen saturation (SpO2)
- D. Decreased venous O2 pressure
Correct Answer: B
Rationale: Kussmaul respirations (deep and rapid) are a compensatory mechanism for metabolic acidosis. The low pH and low bicarbonate levels indicate metabolic acidosis. Intercostal retractions, low oxygen saturation, and decreased venous O2 pressure are not associated with acidosis. Intercostal retractions typically occur in respiratory distress, while low oxygen saturation and decreased venous O2 pressure are more related to respiratory or circulatory issues, not metabolic acidosis.
A patient who has a history of chronic obstructive pulmonary disease (COPD) was hospitalized for increasing shortness of breath and chronic hypoxemia (SaO2 levels of 89% to 90%). In planning for discharge, which action by the nurse will be most effective in improving compliance with discharge teaching?
- A. Start giving the patient discharge teaching on the day of discharge
- B. Have the patient repeat the instructions immediately after teaching
- C. Accomplish the patient teaching just before the scheduled discharge
- D. Arrange for the patient's caregiver to be present during the teaching
Correct Answer: D
Rationale: Hypoxemia interferes with the patient's ability to learn and retain information, so having the patient's caregiver present will increase the likelihood that discharge instructions will be followed. Having the patient repeat the instructions will indicate that the information is understood at the time, but it does not guarantee retention of the information. Giving discharge instructions just before discharge is not ideal as the patient is likely to be distracted and anxious at that time. Teaching the patient about discharge on the day of admission is not recommended because the patient may be more hypoxemic and anxious than usual, making it difficult for them to absorb and retain the information effectively. Therefore, arranging for the patient's caregiver to be present during the teaching session is the best option to ensure proper compliance and understanding of the discharge instructions.
Using the illustrated technique, the healthcare provider is assessing for which finding in a patient with chronic obstructive pulmonary disease (COPD)?
- A. Hyperresonance
- B. Tripod positioning
- C. Accessory muscle use
- D. Reduced chest expansion
Correct Answer: D
Rationale: The technique for palpation for chest expansion is shown in the illustrated technique. Reduced chest expansion would be noted on palpation of a patient's chest with COPD. Hyperresonance would be assessed through percussion, not palpation. Accessory muscle use and tripod positioning would be assessed by inspection, not palpation.
The nurse palpates the posterior chest while the patient says 99 and notes absent fremitus. What action should the nurse take next?
- A. Auscultate anterior and posterior breath sounds bilaterally
- B. Encourage the patient to turn, cough, and deep breathe
- C. Review the chest x-ray report for evidence of pneumonia
- D. Palpate the anterior chest and observe for barrel chest
Correct Answer: A
Rationale: To assess for tactile fremitus, the nurse should use the palms of the hands to assess for vibration when the patient repeats a word or phrase such as '99'. After noting absent fremitus, the nurse should then auscultate the lungs to assess for the presence or absence of breath sounds. Absent fremitus may be noted with conditions like pneumothorax or atelectasis. The vibration is increased in conditions such as pneumonia, lung tumors, thick bronchial secretions, and pleural effusion. Encouraging the patient to turn, cough, and deep breathe is an appropriate intervention for atelectasis, but assessing breath sounds takes priority. Fremitus is decreased if the hand is farther from the lung or the lung is hyperinflated (barrel chest). Palpating the anterior chest for fremitus is less effective due to the presence of large muscles and breast tissue, making auscultation a more appropriate next step.
A patient with pneumonia has a fever of 101.4 F (38.6 C), a nonproductive cough, and an oxygen saturation of 88%. The patient complains of weakness, fatigue, and needs assistance to get out of bed. Which nursing diagnosis should the nurse assign as the highest priority?
- A. Hyperthermia related to infectious illness
- B. Impaired transfer ability related to weakness
- C. Ineffective airway clearance related to thick secretions
- D. Impaired gas exchange related to respiratory congestion
Correct Answer: D
Rationale: The correct answer is 'Impaired gas exchange related to respiratory congestion.' While all the nursing diagnoses are relevant to the patient's condition, the priority should be given to impaired gas exchange due to the patient's low oxygen saturation level of 88%. This indicates a significant risk of hypoxia for all body tissues unless the gas exchange is improved. Addressing impaired gas exchange is crucial to ensure adequate oxygenation and prevent further complications. Hyperthermia, impaired transfer ability, and ineffective airway clearance are important concerns but addressing gas exchange takes precedence in this scenario.