What is botox in the armpits?
The first results can be noticed a few days after the procedure, but it is necessary to wait 2-3 weeks for the full effect. The effects of Botox last from 4 to 6 months, providing an effective solution for people dealing with the issue of excessive sweating.
- What does the procedure of botox under the arms involve?
- What are the indications for botox treatment in the armpits?
- Why is Botox used for hyperhidrosis?
- How to prepare for armpit Botox treatment?
- How does the botox treatment under the arms work?
- What are the effects of botox treatment under the arms?
- Botox underarms - price
- What are the contraindications for botox treatment in the armpits?
- What are the possible side effects of the procedure?
- Bibliography
Underarm Botox treatment involves precise injections of small amounts of botulinum toxin into the armpit area. During a medical consultation, the injection sites and dosage of Botox are discussed. The entire procedure should be performed by an aesthetic medicine physician.
Botox under the arms is recommended for individuals who struggle with excessive sweating in this area. It is a solution for anyone who has already tried various methods to combat armpit sweating. Botox effectively reduces sweat production, significantly improving comfort and confidence in social and professional situations. It also works well in eliminating sweating problems caused by stress or physical activity. Botulinum toxin can be administered not only under the arms but also to combat sweating of the hands or feet. It can be given to any patient for whom contraindications have been ruled out, regardless of age or gender.
Botox is an effective solution for people suffering from hyperhidrosis in areas such as armpits, hands, or feet. It works by blocking nerve endings responsible for sweat gland activity. As a result, individuals dealing with this problem can significantly improve their quality of life. Botox for armpits has many advantages, among which it is worth mentioning:
- the procedure is minimally invasive,
- it provides quick results,
- no recovery time is needed,
- effects can last up to 6 months,
- it helps avoid long-term pharmacological treatment,
- it allows avoiding complex surgical operations.
Botulinum toxin blocks the nerve signals reaching the sweat glands. As a result, after its administration, sweat secretion is inhibited.
The first effects are visible within a few days of the procedure, making this method quick and effective. The toxin helps in reducing excessive sweating in areas such as:
- armpits,
- hands,
- feet,
- face.
Its effects last for several months, providing long-term relief to individuals struggling with hyperhidrosis.
Before the armpit botox procedure, it is important to meet with a doctor. A specialist will assess the patient's general health and ensure that there are no contraindications to the entire procedure. A few days before the procedure, hair should be removed from the armpits. This should not be done on the day of the procedure, as irritations from shaving can be a contraindication for administering botulinum toxin. A few days before the planned procedure, certain medications should be discontinued, such as cyclosporine, tetracycline, lincomycin, polymyxin, D-penicillamine, aminoglycosides, aminochinolones, and the popular aspirin. They may affect the effects of botox or increase the risk of postoperative complications. Adhering to these guidelines will guarantee the safety and effectiveness of the entire process.
At the beginning, the doctor identifies the exact locations where the botox will be administered. Then, they disinfect the skin and apply numbing cream. After a few minutes, the procedure begins. Botox is injected using a thin needle. Botulinum toxin blocks nerve impulses reaching the sweat glands, significantly reducing sweating. The whole procedure takes about half an hour and is minimally invasive.
Within 24 hours of the procedure, it is advisable to avoid bathing, intense exercise, and saunas. Sweating should be avoided, as well as massaging or touching the treated area for hyperhidrosis. After a week, gradually returning to normal physical activity is recommended.
Botox used in the armpits significantly reduces sweating, which improves the patient's psychological comfort and allows them to feel more confident.
Effects of the treatment:
- are visible within a few days after it is performed,
- can last up to 6 months,
- there is no need to use antiperspirants that block sweating,
- no long recovery is necessary.
The long-lasting effect of Botox allows avoiding frequent visits to the doctor and the use of other methods to treat excessive sweating.
The price of armpit Botox treatment depends on many variables, mainly the amount of units injected. After a consultation, the doctor discusses the total cost of Botox application. Nevertheless, it is worth analyzing all the costs that are necessary in the fight against hyperhidrosis with other methods.
Botulinum toxin treatment under the armpits has several significant contraindications, which include:
- pregnancy and breastfeeding,
- local skin infections (bacterial, fungal),
- skin damage at the injection site,
- nerve-muscle conduction disorders,
- allergy to human albumin,
- taking certain medications (e.g., aspirin),
- blood clotting disorders.
In case of any of these factors, it is advisable to consult a doctor. They will help assess the potential risk.
After armpit botox treatment, the following symptoms may occur:
- short-term pinpoint bleeding,
- redness,
- slight swelling at the injection site,
- sensitivity.
Usually, these symptoms are mild and subside within a few days. It is important to discuss possible side effects with the doctor before the procedure in order to better prepare and reduce the risk of side effects.
- Basics of Aesthetic Medicine. A textbook for cosmetology students, ed. A. Przylipiak, Kresowa Agencja Wydawnicza, Białystok 2014.
- Noszczyk M., Cosmetic and Medical Cosmetology, PZWL Publishing, Warsaw 2019.
- Drożdżyńska M., Botulinum Toxin and Its Application in Medicine, "Laboratory Diagnostics", 2015, 51, pp. 139-146.