Why 22 Ingredients In 200mg Matters: The Honest Math
GlycoFortin's proprietary blend packs 22 ingredients into a single 200mg total, which works out to an average of roughly 9mg per compound.
That average matters more than the ingredient count alone, since a long ingredient list sounds impressive but says nothing about how much of each thing is actually in your dropper.
The simple arithmetic
200mg divided by 22 ingredients is approximately 9mg per compound, if the blend were split evenly. In practice, proprietary blends are rarely split evenly — ingredients are listed by weight, meaning the first-listed ingredients likely make up more of the 200mg and the last-listed ones considerably less than 9mg.
Why this matters for evaluating a formula
Research on individual ingredients establishes effective doses through clinical trials. Gymnema sylvestre, for example, is typically studied at 200 to 400mg on its own — more than the entire GlycoFortin blend combined. When a review or product page cites research showing an ingredient works, that research almost always used a dose far higher than what a 22-way shared blend can provide per ingredient.
Why brands still build formulas this way
A long ingredient list can be a legitimate formulation philosophy — the idea being that hitting many pathways lightly might add up to more than hammering one pathway hard. It is also, less charitably, a marketing tactic: a 22-ingredient label reads as more impressive than an honest 2-ingredient label at full clinical doses, even if the latter might deliver more actual effect.
What to ask before buying a broad-blend product
Is the total blend weight disclosed? GlycoFortin discloses 200mg, which at least lets you do this math. Many proprietary blends do not disclose even a total weight.
Are any ingredients individually dosed? Chromium is here, at 0.7 mcg — see our dedicated piece on what that figure means.
Applying this to GlycoFortin
See our full ingredient breakdown for all 23 compounds and their typical standalone research doses for comparison.
