How Hyperhidrosis is Treated with Botox?

In reaction to specific stimuli, such as a high body temperature, our nervous system, which also regulates our involuntary bodily functions like breathing, digestion, and temperature, tells our sweat glands to create perspiration. Injectable Botox, a naturally occurring, pure protein derived from the Clostridium botulinum bacterium, has the capacity to block this signal, inhibiting the activation of sweat glands at targeted injection sites like the underarms. Keep in mind that locations where no injections were made will continue to perspire. Outcomes can normally last anywhere from 6 to 9 months.

 

Can Botox Hyperhidrosis Help With Underarm Perspiration?

Botox, the brand name for botulinum toxin, is an injectable drug best known for its ability to reduce wrinkles. However, it also works well to reduce underarm perspiration and can reduce moisture beneath the arms by 82% to 87%! Dryness usually lasts three to twelve months.

In addition to perspiration, botox for hyperhidrosis also reduces body odor! Bacteria that like warm, damp environments are what give sweaty pits their distinct odor. If the moisture is removed, the smell disappears too!

However, getting underarm Botox for Excessive Sweating doesn’t mean you’re fully off the hook when it comes to wearing deodorant or antiperspirant, adds Dr. Yu. Botox injections are intended to reduce excessive sweating to a level that is normal or slightly below normal. The majority of people still perspire to some degree and, therefore, might need to use deodorant or antiperspirant, although it differs from one person to the next.

Botox has been approved by the U.S. Food and Drug Administration (FDA) to treat underarm hyperhidrosis, as well as other parts of the body that excessively sweat. However, using Botox to treat certain parts of the body may be more uncomfortable and run the risk of experiencing adverse effects. These parts are listed below:

• Botox for hyperhidrosis hands/feet
• Botox for hyperhidrosis face/head
• Within the breasts

What Are The Potential Negative Impacts of Botox for Hyperhidrosis?

Your body needs to sweat to stay cool. Therefore, does having Botox injections to decrease underarm sweat stop your body from decreasing in temperature? While you may think so, it actually does not. Only a portion of your total number of sweat glands are present in each sweat-producing location of your body, 2% of them being under your arms. Your body’s capacity to cool down won’t be harmed if you reduce perspiration in a few minor spots.

Some may worry that increasing sweat in other areas of the body will result from decreasing sweat in another, but there is no need to worry there

According to the research, other than the short-term discomfort of the injections, Botox injections in the armpits rarely present any negative side effects. Muscle weakness is the most common impact, although it’s more of a problem for places like the palms.

 

How Can I Begin My Hyperhidrosis Botox Treatment Right Away?

A person’s general quality of life may be significantly impacted by the medical disorder hyperhidrosis. You may need to find a botox for hyperhidrosis NYC from Skin Deep NYC is available to assist you if excessive sweating disrupts your everyday activities, results in frequent skin infections, lowers your self-esteem, or gives you other types of discomfort. With over 2.5 decades of expertise offering our patients from all over the world the best non-invasive treatment options available, including Botox injections for hyperhidrosis, we have board-certified cosmetic dermatologists with international fame. When you see schedule for a consultation with Skin Deep NYC in Midtown Manhattan, we will collaborate with you to create a personalized treatment plan that is most suited to your particular skin concerns and objectives.

Call our NYC office at (646) 692–3330 to make an appointment and find out more about Botox injections for the treatment of botox for hyperhidrosis for excessive sweating. You can also reach us online by clicking here.