Xeomin
Synergy Spa - Indianapolis - 317-580-9355
Xeomin at Synergy Spa
XEOMIN® (incobotulinumtoxinA) includes a prescription medication that we can inject into muscles. We use it to temporarily improve the appearance of moderate to severe frown lines between the eyebrows (glabellar lines) in adults. It contains botulinum toxin type A, a protein purified from the bacterium Clostridium botulinum.
How does it work?
When you squint or frown, the muscles between your eyebrows contract, causing the skin to furrow and fold. Over time, as your skin ages and loses some of its elasticity, these repeated contractions can cause persistent frown lines. Botulinum toxin type A – the active ingredient in XEOMIN®– acts on nerve endings in muscles to prevent muscle fibers from contracting. By reducing these contractions, it can temporarily reduce the lines between your eyebrows.
What can be expected during and after treatment?
The treatment itself usually only takes about 10 to 20 minutes. First, our nurse will inject the product into the muscles in your forehead that cause frown lines between your eyebrows. It requires no anesthesia. Afterward, you may begin to see visible smoothing as early as three to four days after injection. The median first onset of effect was less than a week. The maximum effect occurred at 30 days.
How long will it last?
The typical duration of effect was up to 3 months in clinical trials. However, results may last significantly longer or shorter in individual patients.
Why get your Xeomin at Synergy Spa?
- We believe in a conservative approach, allowing for more natural, subtle looking results
- We have treated numerous patients with success
- We only use genuine, FDA approved Xeomin
- We have integrity and do not water down or dilute our Xeomin to entice you with cheaper prices • We are experts at treating other areas on the face and neck besides frown lines and crows feet
- We don’t believe in a cookie-cutter approach to injecting Xeomin
- We want each client to achieve their desired result, and consult prior to injecting