Can alcohol be used to wipe a fever? Can alcohol reduce fever? The correct way to reduce fever with alcohol Can alcohol be used to wipe a child's fever?

In real life, children are in the period of growth and development, so their body resistance is relatively poor and they are prone to fever. When a child has a fever, you can first use weak cooling methods. Alcohol is very common in daily life, and you can use medical alcohol to wipe it, which can have a cooling effect. However, it is not suitable for infants as it will easily cause the body temperature to rise.

Can I use alcohol to wipe a child's fever?

Physical cooling is still relatively commonly used. It is also a relatively effective antipyretic measure. The first thing is to control the concentration of alcohol. If it is medical alcohol, it still needs to be diluted. Generally speaking, a ratio of 1:3 is better. There are also instructions for the areas to be wiped. Mainly where large blood vessels pass. For example, the forehead, neck, armpits, and groin. But the precordial area must never be wiped. Otherwise, it may lead to cardiac arrest.

If the baby's fever is below 38.5℃, parents can take physical cooling methods, such as cold and wet compresses on the head; if it exceeds 38.5℃, antipyretics can be taken under the guidance of a doctor. However, a high fever above 39°C can easily cause convulsions in children. Children under 6 months old should be treated promptly when they have a fever because their condition changes rapidly.

Infants and young children under 3 months old should use drugs to reduce fever with caution, and physical methods should be used to reduce fever instead. If the antipyretic effect of medication is not good or the body temperature exceeds 39°C within two hours after taking medication, physical methods should be used to reduce the temperature. It takes a certain amount of time for drugs to take effect. When a child's temperature suddenly exceeds 40°C, physical methods should be used to reduce the fever immediately.

1. Warm water bath: Dip a towel in warm water (the water temperature should not be too hot) and wipe the neck, armpits, and thighs for 5 to 10 minutes. You can also use a commercially available "cooling patch" (or a household ice pack) on the forehead to help dissipate heat and reduce temperature.

Can alcohol reduce fever?

1. In order to reduce fever, we often use about 30% alcohol to wipe the forehead, neck, armpits, groin, etc. in clinical practice, which can achieve a very effective heat dissipation effect. It is an effective and safe physical cooling method.

2. Please note that the general concentration of medical alcohol is 75-90%, and it should be diluted to about 30% with warm water before use; and be careful not to wipe the chest and abdomen of children. ;Industrial alcohol cannot be used for this purpose.

3. Strong liquor has the same effect.

The correct way to reduce fever with alcohol

Soak gauze or a soft towel in alcohol, wring it until it is half dry, and gently wipe the patient's neck, chest, armpits, limbs, palms and soles of feet. The concentration of alcohol used for bathing should not be too high, otherwise using high-concentration alcohol over a large area may irritate the skin and absorb a large amount of moisture from the epidermis.

Specific method: After dipping gauze or handkerchief in alcohol, you should wipe it regularly and don't wipe it randomly. Usually start from the patient's neck and rub from top to bottom along the outside of the upper arm to the back of the hand. Then rub along the inner side of the upper arm through the armpit to the palm. After wiping the upper limbs, wipe the back from the neck downwards. While wiping, use the other hand to gently massage and pat the back to promote blood circulation. Finally, start wiping the lower limbs from the iliac area, using the same method as wiping the upper limbs. Wipe each area for about 3 minutes. When wiping the armpits, elbows, palms, groin, soles of feet and other parts, the staying time should be slightly longer to improve the heat dissipation effect.