Current fat reduction and removal methods include a combination of exercise, maintaining a healthy diet and undergoing liposuction to remove stubborn body fat. While some people need to undergo stomach stapling and counseling to get their weight under control, many are better candidates for localized fat removal using liposuction and lipoplasty methods that remove fat cells permanently. Dermatologists that met at the American Academy of Dermatology’s SKIN Academy in Chestnut Hill, Massachusetts claim that ultrasound technologies that promote non-invasive fat removal may be a better choice for many people struggling with a few ‘vanity’ pounds.
According to Dr. Jeffrey Dover, associate clinical professor of dermatology at Yale University School of Medicine in New Haven, Connecticut and adjunct professor of medicine at Dartmouth Medical School in Hanover, New Hampshire, “There is a strong demand for non-invasive procedures that can address the concerns of people who are not considered overweight, but despite diet and exercise, have pockets of fat that bother them…while traditional liposuction and laser liposuction are invasive surgical procedures that are designed for overall fat reduction, new procedures are emerging that are non-invasive and showing promise in clinical studies for removing fat without the potential risks and downtime of invasive procedures.” (Source: MedicalNewsToday.com)
High-intensity focused ultrasound systems – that are currently not available in the United States – are considered to be an effective new technique for fat removal because they are capable of selectively destroying fat beneath the skin without damaging surrounding tissues or requiring any incisions. The ultrasound energy is able to deliver thermal energy into the tissues and dissolves the fat cells. The fat cells can then be eliminated out of the body naturally.
Ultrasound liposuction techniques are still being tested, but may soon become a viable option for people that want to target specific areas of fat without undergoing surgery.