Which cooling method is NOT recommended for a heat stroke patient during transport?

Which cooling method is NOT recommended for a heat stroke patient during transport?

• A. Submerging the patient in cold water
• B. Removing clothing
• C. Applying cold packs to neck, groin, and armpits
• D. Using a fan to aid evaporation

Answer: (A)

Rapid cooling is essential for treating heat stroke, and during transport the safest, most practical methods are those you can apply quickly without compromising safety or monitoring. Submerging the patient in cold water is not advised in this setting because full immersion is hard to manage safely in a moving vehicle. It increases the risk of airway complications if the patient vomits or aspirates, makes airway access and continuous monitoring more difficult, and is not feasible with typical ambulance space and equipment. In contrast, removing excess clothing helps the body shed heat by reducing insulation. Placing cold packs on areas with large blood vessels—neck, groin, and armpits—targets rapid cooling by cooling blood as it circulates. Using a fan to aid evaporation further enhances heat loss by promoting moisture evaporation from the skin. These measures are practical to maintain en route while allowing continuous assessment of vital signs and airway management, making them the better choice for cooling during transport.

Rapid cooling is essential for treating heat stroke, and during transport the safest, most practical methods are those you can apply quickly without compromising safety or monitoring. Submerging the patient in cold water is not advised in this setting because full immersion is hard to manage safely in a moving vehicle. It increases the risk of airway complications if the patient vomits or aspirates, makes airway access and continuous monitoring more difficult, and is not feasible with typical ambulance space and equipment.

In contrast, removing excess clothing helps the body shed heat by reducing insulation. Placing cold packs on areas with large blood vessels—neck, groin, and armpits—targets rapid cooling by cooling blood as it circulates. Using a fan to aid evaporation further enhances heat loss by promoting moisture evaporation from the skin. These measures are practical to maintain en route while allowing continuous assessment of vital signs and airway management, making them the better choice for cooling during transport.