Monograph 01 · bioavailability

From chew to bloodstream: how a gummy's botanicals are absorbed

A gummy dissolves fast, so getting its ingredients into the gut is easy. Getting them into the blood is harder: several compounds in the Soda Boost blend are broken down in the gut wall and liver, and some absorb better with fat. None of that can close a dose gap of 100 to 1,000 times.

Updated November 7, 2026Technical dossier

7 min read · Technical dossier · Reviewed November 7, 2026

Step 1: release from the gummy

A pectin gummy is a gel of fruit fiber, sugar and water. Chewing breaks it into pieces and saliva starts dissolving the sugars; in the stomach the gel softens further and the botanical powders spread into the stomach contents. Unlike a coated tablet or a capsule, there is no shell to wait for. For the Soda Boost supplement, release is effectively complete soon after you swallow, and the 3 g of sugar and the sorbitol do not meaningfully slow it.

Step 2: the gut wall and the liver

Everything absorbed from the small intestine passes through the gut lining and then the liver before reaching the rest of the body. Both can break compounds down. This “first-pass” effect is the main reason oral doses in research look large.

L-arginine: an enzyme in the gut wall and liver (arginase) breaks a share of each oral dose down, so trials that improved erectile scores used 1.5 to 5 g a day^[1]. A few milligrams, the most the gummy can hold, is lost in that noise.
Caffeine: absorbed almost completely and quickly, which is why even small amounts are reliable. Five milligrams is still a token dose next to FDA's figures for a cup of coffee^[2].
Icariin (horny goat weed): the PDE5 activity seen in test tubes^[3] depends on concentrations that oral doses struggle to reach; even the rat study used purified compound^[4].

Step 3: fat-soluble versus water-soluble compounds

Some plant compounds dissolve in fat rather than water. Withanolides in ashwagandha and the macamides studied in maca fall in this group, and fat-soluble compounds generally absorb better when bile is flowing, which happens when you eat a meal containing some fat. The gummy itself contains no fat. If you want to give its lipid-soluble ingredients the best chance, take it with breakfast rather than alone. The label does not ask for this; it is simply consistent with how such compounds behave.

Catechins from green tea behave the other way. They absorb more fully on an empty stomach, and a pharmacopeia review of liver-injury cases found that fasting intake of concentrated extracts raised exposure and risk^[5]. At under 20 mg a day the gummy is far below those extract doses, but it is another reason to take it with food.

Step 4: distribution and clearance

Once in the blood, small molecules such as caffeine spread through body water and are cleared over hours. Larger botanical compounds are often bound to proteins, transformed by the liver and excreted in bile or urine. Daily dosing produces a steady pattern only if the dose is large enough to matter in the first place. “Tissue saturation”, a phrase common in supplement marketing, has no measured meaning for an 82 mg blend.

What timing can and cannot change

Practical absorption choices
Change you can make	Likely effect	Worth doing?
Take it with a meal that contains fat	Better uptake of fat-soluble compounds	Yes, costs nothing
Take it at the same time daily	Cleaner weekly log	Yes
Take it 30 minutes before activity (seller's tip)	Caffeine peaks around then; 5 mg is small	Optional
Take two gummies to compensate	Exceeds the label; still far below research doses	No

Absorption arithmetic is a useful reality check. If the gummy held research doses, timing tweaks might change the result by a few percent. When the most it can hold is a fraction of a percent of the studied amount for L-arginine^[6], no timing trick bridges the gap. The honest lever is the dose, which only the seller can change. See the formula architecture page for the ceilings.