Examkin

Question

Difficulty: MediumResource Allocation and Priority Ranking

You are the Chief Medical Officer of a district hospital. Due to a sudden influx of patients from a nearby train derailment, the hospital's blood bank is critically low on O-negative blood (universal donor), with exactly 4 units remaining.

The following four patients urgently require O-negative blood:
1. Patient W: A train accident victim with severe internal bleeding; requires 2 units immediately to survive surgery.
2. Patient X: A patient scheduled for a routine but complex bypass surgery tomorrow morning; requires 2 units on standby.
3. Patient Y: A child with severe anemia requiring 1 unit for ongoing management; condition is currently stable.
4. Patient Z: A pregnant woman in active labor with a history of sudden postpartum hemorrhage; requires 2 units on standby.

Based on the principles of resource allocation and priority ranking, which of the following is the most appropriate administrative decision?

  1. Allocate 2 units to Patient W immediately, reserve the remaining 2 units for Patient Z, postpone Patient X's surgery, and continue to monitor Patient Y.Answer
  2. B
    Bypass standard medical screening protocols and immediately draw untested blood from waiting room visitors to ensure all four patients receive their required units today.
  3. C
    Allocate exactly 1 unit to each of the four patients to maintain strict administrative equality, even though Patient W requires 2 units for a viable surgery.
  4. D
    Forcefully discharge Patient X and Patient Y from the hospital immediately to completely eliminate their resource demands and clear beds for the accident victims.

Answer

Allocate 2 units to the critical accident victim, reserve 2 units for the high-risk labor patient, postpone the scheduled surgery, and monitor the stable child.
The correct decision applies the fundamental principles of triage by prioritizing resource allocation based on immediate threat to life and objective severity. Patient W faces an immediate, life-threatening crisis requiring 2 units right now. Patient Z presents a highly probable, immediate risk of severe hemorrhage during active labor, justifying the standby reserve of 2 units. Patient X's scheduled surgery can be safely postponed, and Patient Y's stable condition allows for delayed intervention, thus optimizing the strictly limited 4 units of blood.

Step-by-Step Solution

1
Analyze the total available resources against the total demand.
There are 4 units of blood available, while the total demand is 7 units (2+2+1+2), necessitating strict prioritization.
To establish the severity of the resource constraint before making allocation decisions.
2
Evaluate the urgency and severity (triage level) of each patient's condition.
Patient W is the most critical (immediate threat to life). Patient Z is the next highest priority (immediate high-risk potential). Patients X and Y are stable or non-immediate.
To rank the priorities based on objective medical need rather than a first-come, first-served basis.
3
Allocate the limited resources to the highest priority needs first until depleted.
2 units are allocated to Patient W, and the remaining 2 units are reserved for Patient Z. The non-critical patients (X and Y) are managed without immediate transfusion.
To maximize life-saving impact while operating within strict resource boundaries.

Key Concept

Triage and Resource Optimization in Crisis Management
Rate this question

Topics

Resource Allocation and Priority Ranking

More questions from this topic