When a client's status begins to decline, the nurse contacts the provider to discuss the situation. The nurse ends the conversation by proposing to decrease the IV fluids and obtain a chest x-ray. What phase of ISBAR does this represent?
Assessment
Recommendation
Background
Rationale
The Correct Answer is B
A. Assessment: The assessment phase of ISBAR involves providing objective and subjective information about the client’s current condition, including vital signs, symptoms, and clinical observations. In this scenario, the nurse has already shared the assessment earlier in the conversation, so proposing actions does not fall under the assessment phase.
B. Recommendation: The recommendation phase is where the nurse suggests specific interventions or requests that the provider take certain actions based on the assessment and clinical judgment. Proposing to decrease IV fluids and obtain a chest x-ray reflects the nurse’s professional judgment and suggests actionable steps to address the client’s declining status.
C. Background: The background phase provides context for the current situation, including medical history, recent procedures, medications, or other relevant clinical information. Suggesting interventions is not part of the background, as it focuses on current recommendations rather than historical context.
D. Rationale is the reasoning or clinical justification behind an assessment or recommendation. While the nurse may internally consider the rationale for decreasing fluids or obtaining a chest x-ray, the ISBAR framework does not have a separate “rationale” phase; reasoning is incorporated within the recommendation phase.
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Related Questions
Correct Answer is B
Explanation
A. Ineffective airway clearance AEB client coughing up thick, yellow secretions: While this statement identifies the symptom, it does not include the underlying cause. Nursing diagnoses should specify both the problem and the etiology to guide appropriate interventions, making this formulation incomplete.
B. Ineffective airway clearance R/T tracheobronchial secretions AEB client coughing up thick, yellow secretions: This diagnosis clearly identifies the priority problem (ineffective airway clearance), the etiology (tracheobronchial secretions), and the evidence (thick, yellow secretions). Addressing airway clearance is critical in pneumonia to prevent hypoxia, respiratory distress, and further infection complications.
C. Ineffective breathing pattern AEB client states, "I am short of breath.": While shortness of breath is concerning, it is a symptom rather than the underlying physiologic issue. Focusing on airway clearance directly addresses the pathophysiology of pneumonia and secretion buildup, which is more urgent than the subjective report of dyspnea alone.
D. Ineffective health maintenance R/T smoking: Although smoking is a contributing factor to pulmonary compromise, it is a long-term risk factor and not the immediate priority. Interventions targeting acute airway clearance take precedence over health maintenance in this acute pneumonia episode.
Correct Answer is A
Explanation
A. Metabolic acidosis: The patient’s pH of 7.13 indicates acidemia, and the HCO3- is significantly decreased at 13.2 mEq/L, showing a primary metabolic derangement. The PaCO2 of 38.8 mmHg is within normal limits (35–45 mmHg), suggesting that respiratory compensation has not yet fully occurred. The base excess of -14.5 further supports a significant metabolic acid load. These findings are consistent with metabolic acidosis.
B. Respiratory acidosis: Respiratory acidosis is characterized by elevated PaCO2 (>45 mmHg) due to hypoventilation, which leads to a decreased pH. In this case, the patient’s PaCO2 is normal, indicating that CO2 retention is not the primary cause of acidemia. The primary disturbance is metabolic rather than respiratory.
C. Normal ABG results: Normal arterial blood gas values include pH 7.35–7.45, PaCO2 35–45 mmHg, HCO3- 22–28 mEq/L, and PaO2 80–100 mmHg. In this ABG, the pH is acidotic, HCO3- is low, and base excess is markedly negative, which clearly deviates from normal ranges, indicating a pathological process.
D. Respiratory alkalosis: Respiratory alkalosis is characterized by decreased PaCO2 (<35 mmHg) due to hyperventilation, resulting in an elevated pH. In this ABG, PaCO2 is normal and pH is low, which contradicts the pattern seen in respiratory alkalosis. The acidemia is therefore not caused by a respiratory mechanism.
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