Potato Resistant Starch, Explained
Potato Resistant Starch, dosed at 100mg, is the second named ingredient in SodaTide's formula, working through a different gut-fermentation mechanism than Chicory Root Inulin.
Understanding this ingredient's genuine research base helps round out the picture of how the formula's prebiotic side works.
What resistant starch is
Resistant starch is a type of carbohydrate that resists digestion in the small intestine, reaching the colon largely intact. There, it is fermented by gut bacteria, producing short-chain fatty acids linked to gut and metabolic health. Research is available on PubMed.
How it differs from Chicory Root Inulin
While both ingredients are fermented by gut bacteria, resistant starch's fermentation profile and resulting short-chain fatty acids differ somewhat from inulin's, giving the formula two complementary, rather than redundant, prebiotic-type mechanisms.
Why the dose matters here
Research on resistant starch's metabolic and gut effects commonly uses gram-level daily doses. SodaTide's 100mg is considerably below this typical research range.
Applying this to SodaTide
Potato Resistant Starch is one of the three components in SodaTide's formula, contributing a genuinely distinct fermentation mechanism alongside Chicory Root Inulin, with dose again being the main caveat.
