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Exhibits

Click to mark whether the following are signs and symptoms of cerebral edema, respiratory distress, or both.

A.

Course breath sounds

B.

Decreased level of consciousness

C.

Seizure activity

D.

Irritability

E.

Bradycardia

Answer and Explanation

The Correct Answer is {"A":{"answers":"A"},"B":{"answers":"B"},"C":{"answers":"B"},"D":{"answers":"A,B"},"E":{"answers":"B"}}

Course breath sounds - Respiratory Distress

Decreased level of consciousness - Cerebral Edema

Seizure activity - Cerebral Edema

Irritability - Both (Can be associated with both cerebral edema and respiratory distress)

Bradycardia - Cerebral Edema

Rationale:

Course breath sounds - Respiratory Distress

Course breath sounds could indicate the presence of secretions or fluid in the airways, which is a sign of respiratory distress. It suggests that there might be a problem with the airway or lung function.

Decreased level of consciousness - Cerebral Edema

A decreased level of consciousness can be a sign of cerebral edema, which is the swelling of the brain due to increased intracranial pressure. This can lead to changes in the child's mental status and responsiveness.

Seizure activity - Cerebral Edema

Seizure activity can be a manifestation of cerebral edema. Swelling and pressure in the brain can irritate brain tissue and lead to seizures.

Irritability - Both (Can be associated with both cerebral edema and respiratory distress) Irritability can be seen in both cerebral edema and respiratory distress. In cerebral edema, the pressure on the brain can cause discomfort and irritability. In respiratory distress, the child may be uncomfortable due to difficulty breathing.

Bradycardia - Cerebral Edema

Bradycardia (slow heart rate) can be associated with increased intracranial pressure and cerebral edema. It can be a response to the pressure on the brain.


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Related Questions

Correct Answer is D

Explanation

The correct answer is Choice D

Choice A rationale: Splinting with a pillow may reduce discomfort during movement or coughing by stabilizing the incision site, but it does not address acute postoperative pain with sympathetic overdrive. The elevated heart rate, respiratory rate, and blood pressure suggest a stress response mediated by catecholamines. Without analgesia, nociceptive signals continue to activate the hypothalamic-pituitary-adrenal axis. While splinting is supportive, it lacks the pharmacologic efficacy needed to blunt nociceptive transmission at the spinal or supraspinal level.

Choice B rationale: Assessing IV patency is a procedural prerequisite for medication administration but not a therapeutic intervention in itself. It does not directly address the pathophysiology of acute pain or the sympathetic surge evidenced by tachycardia and hypertension. Pain activates ascending pathways via A-delta and C fibers, requiring pharmacologic blockade. IV access assessment is necessary but secondary to the urgent need for analgesia to prevent complications like hypoxia, hyperventilation, or delayed recovery.

Choice C rationale: High Fowler positioning may improve diaphragmatic excursion and reduce pulmonary complications, but it does not mitigate visceral or incisional pain. In fact, increased intra-abdominal pressure from upright posture may exacerbate pain at the surgical site. Pain perception involves central sensitization and peripheral nociceptor activation, which are unaffected by positioning. The client’s pale skin and elevated vitals indicate systemic distress requiring analgesic intervention, not postural adjustment. Thus, this choice lacks direct analgesic benefit.

Choice D rationale: IV analgesics act rapidly to inhibit nociceptive transmission at the spinal cord and brainstem levels. Opioids bind to mu receptors, reducing neurotransmitter release and hyperpolarizing neurons, thereby dampening pain signals. This intervention directly targets the physiologic cause of elevated heart rate, respiratory rate, and blood pressure. Normal heart rate is 60–100 bpm, respiratory rate 12–20 breaths/min, and BP <120/80 mmHg. Prompt analgesia prevents complications like hypoxia, delayed healing, and neuroendocrine stress

Correct Answer is ["1.4"]

Explanation

Calculate the total dosage required: 44 mcg/kg * 65 kg = 2860 mcg. Convert mcg to mg: 2860 mcg ÷ 1000 = 2.86 mg.

Divide by concentration: 2.86 mg ÷ 2 mg/mL = 1.43 mL.

Considering the vial contains 2 mg/mL, the nurse should administer around 1.43 mL, which can be rounded to 1.4 mL.

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