A patient arrives with severe burns. After ensuring a patient airway, what is the next step in the emergency… - RRB Nsg. Superintendent-2026 (Shift -1st)

RRB Nsg. Superintendent-2026 (Shift -1st)

Medical & Surgical Nursing

Medium

Appeared in: RRB Nsg. Superintendent-2026 (Shift -1st)

Explanation

Trauma and burn management strictly follow the ABC (Airway, Breathing, Circulation) algorithm.
Once the airway is secured, the immediate next life-saving priority is establishing and maintaining circulation to prevent irreversible hypovolemic shock.
Severe burns cause massive capillary leakage and fluid shifts from the intravascular space to the interstitial space, leading to rapid dehydration and decreased cardiac output.
Initiating fluid resuscitation with crystalloids (like Ringer's lactate solution) is critical to maintain blood pressure and organ perfusion, directly addressing 'C' for Circulation.

Option A: This action addresses 'E' (Exposure/Environment) in the ABCDE survey. While important for preventing hypothermia and infection, it is a lower priority than stabilizing circulation.
Option B: Pain management is essential but is not prioritized over life-saving fluid resuscitation. Administering narcotics to a hemodynamically unstable patient can cause hypotension and respiratory depression.
Option C: Prophylactic systemic antibiotics are generally not indicated in the emergent phase of burn care. Their use does not prevent burn wound sepsis and can lead to resistant organisms.

Visual 1: Flowchart - The ABCDE algorithm in burn management, showing the sequence: Airway -> Breathing -> Circulation (Fluid Resuscitation) -> Disability -> Exposure.
Visual 2: Diagram - Pathophysiology of burn shock, illustrating the shift of fluid from capillaries into the interstitial space, leading to edema and decreased circulating blood volume.

Clinical Relevance

Nursing practice connection: Prioritize focused assessment, early escalation, and real-time monitoring when managing Prioritization in the emergent phase of severe burn management using the ABC algorithm in acute care settings.
Nurses must anticipate the need for large-bore IV access (e.g., 14G or 16G), often through unburned skin if possible, immediately upon arrival of a severe burn patient to facilitate rapid fluid administration.
A key nursing role is to calculate the required fluid volume using a formula like the Parkland formula and titrate the infusion rate based on the patient's response, primarily urine output (target: 0.5-1 mL/kg/hr for adults).
What if? If the patient presented with wheezing and soot around the nose despite a patent airway, the immediate priority would be 'B' (Breathing). This involves administering 100% humidified oxygen and preparing for potential intubation due to suspected inhalation injury, which would be managed concurrently with establishing IV access for fluids.

How to Approach the Question

First, identify the question type. This is a prioritization question set in an emergency clinical scenario.
Recall the universal algorithm for trauma and emergency care: ABCDE (Airway, Breathing, Circulation, Disability, Exposure).
Analyze the stem. It explicitly states that 'A' (Airway) is already managed ('After ensuring a patient airway').
Determine the next step in the algorithm. After 'A' comes 'B' and then 'C'.
Evaluate the options based on the ABCDE framework. 'Initiate fluid resuscitation' directly addresses 'C' for Circulation.
Conclude that preventing hypovolemic shock through fluid resuscitation is the most critical, life-saving intervention at this stage, making it the correct answer.

Concept Tested & Keywords

Concept Tested: Prioritization in the emergent phase of severe burn management using the ABC algorithm.
Stem keywords: severe burns, patient airway, next step, emergency management
Lead-in keywords: next step
Clinical cues: severe burns: Indicates massive fluid shift and high risk of hypovolemic shock.
Clinical cues: After ensuring a patient airway: Signals that 'A' in the ABC algorithm is complete, prompting the need for 'B' (Breathing) and 'C' (Circulation).

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