A client in the emergency department after a robbery shows tachycardia, labored breathing, and nausea. Which stage of general adaptation syndrome is most likely occurring?

A client in the emergency department after a robbery shows tachycardia, labored breathing, and nausea. Which stage of general adaptation syndrome is most likely occurring?

• A. Alarm
• B. Resistance
• C. Adaptation
• D. Recovery

Answer: (A)

The immediate reaction to a sudden threat is the alarm stage. When a stressful event like a robbery occurs, the brain signals the sympathetic nervous system to unleash the fight-or-flight response. Catecholamines surge, causing the heart to beat faster and the lungs to work harder, which explains tachycardia and labored breathing. Nausea can accompany this rapid mobilization of energy and redirecting blood flow to essential muscles. These are classic, rapid responses designed to prepare the body to confront or escape the danger. If the stress continues, the body shifts into the resistance stage, attempting to cope and restore balance. Only with prolonged or severe stress does exhaustion occur, where resources become depleted. There isn’t a separate “recovery” stage in the original model; recovery would describe the process of returning to baseline after the stressor is resolved, following the later stages of resistance or exhaustion. In this scenario, the signs point to the alarm reaction, the body’s initial mobilization to handle the acute threat.

The immediate reaction to a sudden threat is the alarm stage. When a stressful event like a robbery occurs, the brain signals the sympathetic nervous system to unleash the fight-or-flight response. Catecholamines surge, causing the heart to beat faster and the lungs to work harder, which explains tachycardia and labored breathing. Nausea can accompany this rapid mobilization of energy and redirecting blood flow to essential muscles. These are classic, rapid responses designed to prepare the body to confront or escape the danger.

If the stress continues, the body shifts into the resistance stage, attempting to cope and restore balance. Only with prolonged or severe stress does exhaustion occur, where resources become depleted. There isn’t a separate “recovery” stage in the original model; recovery would describe the process of returning to baseline after the stressor is resolved, following the later stages of resistance or exhaustion. In this scenario, the signs point to the alarm reaction, the body’s initial mobilization to handle the acute threat.