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[HEALTH] · United States, Taiwan, Germany · 20 sources

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CBL-514 injection shows promise in reducing visceral fat in early human trials

Researchers are testing an experimental injection, CBL-514, designed to target and reduce dangerous visceral and liver fat. Unlike traditional weight-loss medications that reduce the volume of existing fat cells, CBL-514 works by inducing apoptosis, a biological process where fat cells are triggered to self-destruct while leaving surrounding tissue unharmed.

Early human trials have shown promising results. Participants receiving the treatment—administered via injections into the lower abdomen every three weeks for up to 12 weeks—saw an average reduction in visceral fat volume of approximately 12% four weeks after their final dose. In separate phase 2 trials, 69.6% of participants receiving the drug achieved a reduction of at least 150 ml in subcutaneous fat over an eight-week period, whereas the placebo group saw no such reduction.

Reducing visceral fat is a significant medical goal, as this deep abdominal fat is metabolically active and strongly linked to insulin resistance, type 2 diabetes, and cardiovascular issues such as heart failure. Researchers suggest that by reducing the total number of fat cells, the body may be less capable of reaccumulating fat, potentially helping to prevent weight regain after treatment ends.

Entities

ARD · Aleksei Isachenko · American Heart Association · Bitkom · Bundesamt für Verbraucherschutz und Lebensmittelsicherheit · CBL-514 · Caliway Biopharmaceuticals · Denmark · Deutsche Gesellschaft für Ernährung · EU Commission · Edeka · European Association for the Study of Diabetes

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