Advancements in medical technology have revolutionized the field of plastic surgery; of all the aesthetic procedures performed today, breast augmentation stands out as one of the most popular.
Dr. Jack Peterson, a plastic and reconstructive surgeon practicing in Kansas, has seen firsthand the many pioneering technological advances that have been made in this area. The latest tools and techniques are making it easier and safer than ever for people to achieve the look they desire through breast augmentation.
Traditional Breast Augmentation
Breast augmentation is a surgical procedure that helps patients increase the size, fullness, and shape of their breasts. This is typically accomplished by implanting silicone or saline-filled devices (implants) under the breast tissue or the chest muscle. Of course, like any major surgery, breast augmentation is associated with certain risks, as well as a recovery that might take weeks or even months.
New Technological Advances
Many new technological advances have been made in the field of breast enhancement to reduce the invasiveness and complication of the procedure. One of the most exciting is a procedure called “ultrasound-assisted liposuction augmented breast augmentation,” or UALBA. This gentle and minimally invasive technology uses ultrasound energy to tighten and lift the breast tissue, while a small amount of fat is harvested from another area of the patient’s body and injected around the implant. The result is a more natural-looking and -feeling breast, with minimal scarring and a faster recovery time.
In addition to UALBA, other new technologies have made breast augmentation less invasive. For example, new and improved implants made with cohesive gel materials can be inserted through smaller incisions, leading to a less invasive procedure. Additionally, the use of 3D imaging software can help patients to better visualize their results before the procedure. This technology is now available in many plastic surgeons’ offices, including Dr. Peterson’s practice in Kansas.
The Kansas Perspective
Breast implant technology has evolved immensely in recent years, with many exciting options now available to patients. Dr. Peterson is at the forefront of this innovation. For many of his patients, Dr. Peterson utilizes a cutting-edge technique called “cell-enriched breast augmentation.” This advanced technique uses the patient’s own fat cells, which are harvested via liposuction from another area of the body and purified before being injected around the implant; this provides a naturally occurring and long-lasting enhancement.
Not only does Dr. Peterson use the latest technology, but the holistic approach to breast augmentation taken by Dr. Peterson and his team is also truly unique. From the first consultation to the final checkup, Dr. Peterson’s patients receive personalized and comprehensive care. Dr. Peterson and his staff work with each of their patients to create a treatment plan personalized to their unique needs and goals. Further, his office provides information on financing, insurance coverage, and educational resources to help patients better understand their options.
By using the latest technological procedures tailored to individual patients, Dr. Peterson is proudly providing his patients with higher-quality results at a lower cost than those offered at out-of-state and out-of-country plastic surgery centers. As a result, he sees many patients return for future aesthetic procedures and refer their friends to him.
Conclusion
Advancements in breast augmentation have made it more accessible and less invasive than ever before. From UALBA to cell-enriched breast augmentation and everything in between, people who want to enhance their looks have a variety of options to achieve the best results.
Dr. Peterson of Topeka, Kansas, is leading the way, offering his patients the highest-quality care and results at a lower cost than other centers. With breast augmentation technology continuing to evolve at an impressive rate, the future looks bright for those looking to improve their appearance.
