Bariatric Embolization News and Research

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Bariatric surgery is advised in patients with morbid obesity, where the body mass index is 40 or above, or even 35 with other medical conditions. These include techniques which reduce gastric volume, or those which prevent proper digestion. These are considered to be of high efficacy in selected patient groups, both in reducing obesity and its linked complications. However, with unaltered eating habits, even bariatric surgery may be followed by a gradual return to weight gain. In this context, gastric artery embolization or bariatric arterial embolization (BAE) is emerging as a powerful tool.

Bariatric arterial embolization safe, effective in sustaining weight loss in severely obese people

Findings from the early phase of a clinical trial led by Johns Hopkins investigators indicates that a new, minimally invasive weight loss treatment known as bariatric arterial embolization is safe and effective in sustaining weight loss in severely obese people.

4 Apr 2016

Bariatric arterial embolization could offer viable, safe alternative to surgical weight-loss treatments

A safe, new, minimally invasive treatment, developed by interventional radiologists, led to sustained weight loss in severely obese people, according to research presented at the Society of Interventional Radiology's 2016 Annual Scientific Meeting. Researchers said the treatment--bariatric arterial embolization (BAE)--could offer individuals a viable, safe alternative to surgical weight-loss treatments.

4 Apr 2016

Surefire Infusion System to be used for obesity treatment

Surefire Medical, Inc., the developer of a new class of infusion systems designed to maximize targeted delivery of embolization agents without reflux, today announced that the company's Surefire Infusion System will be used in the development of the first clinically viable microcatheter-based, minimally invasive treatment for obesity as an alternative to bariatric surgery.

2 May 2013

Minimally invasive treatments could target ‘hunger hormone’

A minimally invasive treatment may target hunger at its source, another uses X-ray visible embolic beads to block arteries to the stomach and suppress hunger and a third explores the use of stem cells to repair vertebral disc degeneration. Initial results from all these studies were reported at the Society of Interventional Radiology's 37th Annual Scientific Meeting in San Francisco, Calif.

26 Mar 2012