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Fat removal procedures are used mostly in cosmetic surgery with the intention of removing unwanted adipose tissue.The procedure may be invasive, as with liposuction, [1] or noninvasive using laser therapy, radiofrequency, ultrasound or cold (cryoablation or cryolipolysis) to reduce fat, sometimes in combination with injections.
Patients with the condition often seek removal when the lipomas are large, disfiguring, or cause pain. [2] This may be done by a dermatologist or other surgeon. In the majority of cases where one to a few subcutaneous lipomas are being excised, the procedure is done under local anaesthetic and the patient can resume most normal activities ...
The success of lithotripsy depends on the size and location of the stone, and the patient's age. [10] Oncology. Ultrasound can ablate tumors or other tissue non-invasively. [4] This is accomplished using a technique known as high intensity focused ultrasound (HIFU), also called focused ultrasound surgery. This procedure uses generally lower ...
Weight loss doctors explain how fat leaves the body through sweat, breath, and urine. Plus, tips to optimize fat loss, and frequently asked fat loss questions. This Is What Actually Happens To ...
A new study reveals that, when it comes to fighting fat-related cancer in overweight (and even some normal-weight ) folks, belly fat is enemy No. 1.
Patients who have a lipoma removed are usually able to return home the same day, without any need for hospitalization. Some patients may have pain, swelling, or bruising where the lipoma was removed. These symptoms usually subside after a few days. [32] Resection of an intermuscular lipoma in the elbow region
Post-liposuction fat redistribution or post liposuction weight gain; Bruising; Infections; Embolisms may occur when loosened fat enters the blood through blood vessels ruptured during liposuction. Pieces of fat can wind up in the lungs, or even the brain. Fat emboli may cause permanent disability or, in some cases, be fatal.
Recent testing has shown that ultrasound can increase the effectiveness of cancer treatments such as chemotherapy and radiation therapy. This procedure is known as heat or hyperthermia therapy. By using the converted heat energy that ultrasound provides, specific diseased tissues can be heated often to temperatures around 41° to 45 °C.