Feeds Your Gut
Resistant starch bypasses digestion to reach your colon, where it fuels beneficial bacteria instead of spiking glucose.
Most fiber supplements out there focus on just one type of fiber, leaving your gut playing with only half a team. Not Supergut.
Slow & Nourish
Soluble fiber forms a gel-like substance in your gut that slows digestion, feeds your microbes, and helps regulate blood sugar.
Move & Clean
Insoluble fiber adds bulk, acting like nature's broom to sweep things through your digestive tract and keep you regular.
Our formulation uses a 2:1 ratio of soluble to insoluble fiber—a deliberate, science-backed choice designed to optimize both digestive comfort and metabolic outcomes.
Supergut doesn't stop at soluble & insoluble fiber. The final piece is resistant starch—a unique prebiotic fiber that fuels your gut bacteria to produce short-chain fatty acids like butyrate that strengthen your gut and drive lasting metabolic health*.
Resistant starch bypasses digestion to reach your colon, where it fuels beneficial bacteria instead of spiking glucose.
Your microbes ferment resistant starch into short-chain fatty acids like butyrate, which help strengthen your gut lining and reduce inflammation.
Butyrate and other signals help regulate appetite, blood sugar, and immunity for lasting metabolic balance.
Resistant starch bypasses digestion to reach your colon, where it fuels beneficial bacteria instead of spiking glucose.
Your microbes ferment resistant starch into short-chain fatty acids like butyrate, which help strengthen your gut lining and reduce inflammation.
Butyrate and other signals help regulate appetite, blood sugar, and immunity for lasting metabolic balance.
We take our science & sourcing seriously.
*from internationally sourced ingredients
We source only the most premium, all-natural ingredients that have clinically-validated health benefits.
A unique prebiotic resistant starch that arrives in the colon mostly intact to nourish beneficial gut bacteria.
Fosters microbiome diversity to aid immunity, skin & brain health*
A powerful resistant starch ingredient that selectively feeds Bifidobacterium to support optimal digestion and GI health.
Supports healthy blood sugar, energy, and metabolic function*
Derived from seeds of the guar plant, this clinically studied soluble fiber is gentle on digestion & promotes regularity.
Supports regularity and digestion without gas, bloating, or discomfort*
Found in plants like oats, barley, & rye, beta-glucan helps to slow digestion, lower cholesterol, & balance blood sugar.
Supports metabolic health, appetite control, & weight loss*
A versatile soluble fiber known for forming a gel-like texture in the gut and supporting smoother digestion.
Helps with digestion, bloating, consistency, and regularity*
Find your new gut health ritual.
Experience the BenefitsFind your new gut health ritual. |
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Optimizes Healthy Gut Microbiome*
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Promotes Regularity*
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Supports Digestive Health*
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Supports Appetite Control*^
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Supports Healthy Blood Sugar Levels*
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Supports Heart Health*
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Low FODMAP
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*These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease.
^When taken with a meal, this product may help support feelings of fullness, reduce occasional cravings and increase beneficial gut bacteria associated with natural GLP-1 production. Results may vary.
You can trust our gut—because science and doctors do too.
Founder & Principal, Cactus Pacific Consulting Specialist in Product Development, Regulatory Affairs, and Nutrition Innovation
Scientific & Microbiome Advisor, Clinical Gastroenterologist, Univ of Washington
Global Biotechnology & Life Sciences Executive/Advisor
Professor/Director at LSU's Pennington Biomedical Research Center
Co-Director, Goodman-Luskin Microbiome Center, UCLA
Professor of Clinical Medicine & Clinical Scholar at Keck School of Medicine, USC
Professor, Department of Food Science & Nutrition, CFANS at the University of Minnesota, Twin Cities
Director, Human Microbiome Research Institute & Associate Professor of Medicine, UCLA