What occurs during the resistance stage of general adaptation syndrome?

What occurs during the resistance stage of general adaptation syndrome?

• A. The body is fully relaxed and recovers.
• B. The body depletes its resources while trying to adapt.
• C. The body produces excess adrenaline.
• D. The body enters a state of permanent exhaustion.

Answer: (B)

During the resistance stage of general adaptation syndrome, the body is actively working to adapt to a stressor after an initial alarm reaction has occurred. At this stage, the body does not simply relax or recover; rather, it is engaged in a process of managing and coping with the ongoing stress. This prolonged effort can lead to the depletion of resources as physiological systems are activated to maintain homeostasis despite the continued presence of the stressor. While the body initially mobilizes its resources in the alarm stage, the resistance stage involves sustaining this response, which can ultimately result in fatigue if the stressor persists. The other options reflect different states or responses that do not accurately characterize the resistance stage. For example, full relaxation and recovery occur in later stages after the stressor has been resolved, while excess adrenaline production may be more characteristic of the initial alarm phase. Permanent exhaustion typically describes the final stage, known as exhaustion, which occurs if the stress continues unmitigated for too long.

During the resistance stage of general adaptation syndrome, the body is actively working to adapt to a stressor after an initial alarm reaction has occurred. At this stage, the body does not simply relax or recover; rather, it is engaged in a process of managing and coping with the ongoing stress. This prolonged effort can lead to the depletion of resources as physiological systems are activated to maintain homeostasis despite the continued presence of the stressor.

While the body initially mobilizes its resources in the alarm stage, the resistance stage involves sustaining this response, which can ultimately result in fatigue if the stressor persists. The other options reflect different states or responses that do not accurately characterize the resistance stage. For example, full relaxation and recovery occur in later stages after the stressor has been resolved, while excess adrenaline production may be more characteristic of the initial alarm phase. Permanent exhaustion typically describes the final stage, known as exhaustion, which occurs if the stress continues unmitigated for too long.