Kybella
Aesthetic Services
What is Kybella
Kybella offers a non-surgical solution to banish stubborn fat around the chin, arms and other parts of the body without surgery. Harnessing deoxycholic acid, a natural substance, Kybella breaks down fat cells, gradually revealing a slimmer and more contoured facial profile. Kybella is an FDA-approved injectable treatment specifically designed to address submental fullness, often referred to as a "double chin." The key ingredient in Kybella is deoxycholic acid, a naturally occurring molecule that aids in the breakdown and absorption of dietary fat. When injected into the fat beneath the chin, Kybella destroys fat cells, resulting in a more contoured and defined jawline.
How Kybella Works
Kybella is a revolutionary non-surgical treatment designed to address submental fat, commonly known as a double chin. This injectable solution contains deoxycholic acid, a naturally occurring substance that aids in breaking down and absorbing fat cells. By targeting the stubborn fat beneath the chin, Kybella provides a sculpted and more defined jawline without the need for surgery. Results are gradual, with a series of treatments recommended for optimal effectiveness. During a Kybella treatment, a series of small injections are strategically administered beneath the chin. Deoxycholic acid disrupts the fat cell membrane, causing the cells to rupture and be eliminated by the body's natural processes. Over time, the fat in the treated area is gradually reduced, leading to a more sculpted and refined chin and neck profile.
Expected Results
Patients undergoing Kybella treatments can anticipate a gradual reduction in submental fat and an improvement in the overall contour of the jawline. Results become noticeable over several weeks as the body processes and eliminates the destroyed fat cells. Kybella offers a non-surgical alternative to surgical procedures like liposuction for those seeking a more defined and youthful appearance in the chin and neck area. Multiple sessions may be recommended for optimal results.