This claim about 'naturally activating' your own GLP-1 is going viral—science or scam?

By MDLinx staffPublished August 4, 2025


Industry Buzz

  • "There is evidence that by choosing foods high in these nutrients, GLP-1 levels can be increased. This means a healthy diet, high in GLP-1 stimulating nutrients can increase GLP-1 levels." — Emma Beckett, PhD, senior lecturer in food science and human nutrition at the University of Newcastle

When health influencer Ashly Locklin posted an Instagram Reel claiming she “activated her own GLP‑1” and lost weight—without injections, dieting, or even exercise—her comments section lit up.

For patients wary of semaglutide and its side effects, the idea of mimicking GLP‑1’s effects naturally is understandably appealing. But is there any science to back it up? And more importantly, can these strategies realistically help your patients lose weight without pharmacologic intervention?

Let’s dig into the evidence, separate fact from fantasy, and explore what “activating your own GLP‑1” really means.

Related: This viral drink mimics Ozempic—or does it?

Science‑backed ways to modestly boost GLP‑1

Yes—certain dietary and lifestyle habits can modestly enhance endogenous GLP‑1 secretion. Here's what you can share with patients: []

  • Protein, fiber, and healthy fats stimulate GLP‑1 after eating:

    • Protein (including whey, casein, etc.) triggers L‑cells to release GLP‑1.

    • Soluble fiber fermented into short‑chain fatty acids (SCFAs) promotes L‑cell GLP‑1 release.

    • Foods like avocados, nuts, olive oil produce similar effects.

  • Meal patterns: Eating protein/fat/veg before carbs slows digestion and prolongs GLP‑1 response.

  • Exercise: Both acute and chronic aerobic/resistance exercise modestly boost GLP‑1 in patients with type 2 diabetes.

  • Lifestyle factors: stress reduction, improved sleep hygiene, and mindful eating enhance incretin response.

These measures can support weight regulation, but they do not replicate the potency of semaglutide-level GLP‑1 receptor agonism.

Related: This diet mimics the effects of Ozempic—without the risks and side effects

Expert opinions

"There is evidence that by choosing foods high in these nutrients, GLP-1 levels can be increased," said Emma Beckett, PhD, senior lecturer in food science and human nutrition at the University of Newcastle. "This means a healthy diet, high in GLP-1 stimulating nutrients can increase GLP-1 levels." []

General practitioner Amir Khan, MD, suggests eating eggs, nuts, olive oil, oats, and vegetables to stimulate GLP‑1 to improve satiety. [] However, Mary Scourboutakos, MD, PhD, adjunct lecturer in family and community medicine at the University of Toronto, notes these natural methods are slower and less potent than medication. []

Limitations of the natural approach

  • Magnitude: While diet/lifestyle can double or triple GLP‑1 from baseline, pharmaceutical agonists provide sustained, high-level receptor activation impossible to mimic via behavior alone .

  • Clinical trial context: Studies using GLP‑1 medications include structured diet and exercise programs; stopping the drug often leads to weight regain. []

  • False advertising: Supplement companies tout “natural GLP‑1 boosters,” but these are unvalidated and largely understudied. []

Related: The Kardashians are selling 'GLP-1 supplements.' Here's why it's a problem

What doctors should consider

  • Encourage evidence-based dietary strategies: high‑protein, high‑fiber, healthy‑fats, mindful eating, and exercise can modestly enhance GLP‑1 signaling.

  • Educate patients that these changes help with satiety and metabolic health—but they’re not equivalent to GLP‑1 agonist drugs.

  • Warn against overreliance on unregulated “naturally activate GLP‑1” claims, especially from influencers without clinical data.

  • Integrate these natural tactics as part of broader lifestyle medicine, not as replacements for proven pharmacotherapy when indicated.

Related: Are these popular weight loss drugs wreaking havoc on your gut?

SHARE THIS ARTICLE

ADVERTISEMENT