Glossary
ATP, ROS, IL-10, postbiotics — the vocabulary behind Floradyle, written in plain English.
The universal energy currency every human cell runs on.
ATP is the molecule mitochondria produce to power every contraction, signal and synthesis in your body. When ATP production drops, you feel it as fatigue, slow recovery and brain fog. The Floradyle CFS observational cohort recorded a +122% rise in cellular ATP after 6 months of daily intake (n=31).
Free radicals that damage cells when antioxidant defence is overwhelmed.
ROS are unstable molecules generated by metabolism, inflammation, UV and pollution. In excess they oxidise membranes, DNA and LDL cholesterol — driving ageing, atherosclerosis and chronic disease. TU München cell models showed Floradyle's cascade-fermented metabolites quench multiple ROS species at concentrations comparable to glutathione.
An anti-inflammatory cytokine that calms over-active immune responses.
IL-10 is the body's main 'down-regulator' of inflammation — it tells immune cells to stand down once a threat is cleared. Postbiotic metabolites from cascade fermentation appear to upregulate IL-10 signalling, which is consistent with Floradyle's observed benefits in IBS, hay fever and joint inflammation.
Bioactive metabolites produced by beneficial microbes during fermentation.
Postbiotics include short-chain fatty acids, bacteriocins, polyphenol micro-fragments and L(+) lactic acid. Unlike probiotics, they do not need to colonise your gut to act — they are already in their finished, bioavailable form. Cascade fermentation is essentially a controlled postbiotic factory built around 15+ organic plant inputs.
Plant compounds with strong antioxidant and signalling activity.
Polyphenols (flavonoids, stilbenes, lignans, phenolic acids) regulate inflammation, support endothelial function and feed beneficial gut microbes. Cascade fermentation breaks them into smaller, more bioavailable fragments that the body can absorb without further digestion.
The right-rotating, body-friendly form of lactic acid.
Only the L(+) isomer is produced and metabolised by human cells. It supports a healthy gut pH, inhibits putrefactive bacteria, and acts as a fast cellular fuel. The D(−) form, common in industrial fermentation, can stress kidneys in volume — Floradyle's cascade is selected for L(+) only.
A urinary marker of sympathetic 'fight-or-flight' load.
VMA is a breakdown product of adrenaline and noradrenaline. Persistently elevated VMA points to chronic stress drive on the body. In observational use, daily Floradyle was associated with VMA normalisation alongside reported improvements in sleep and steady-state energy.
The microscopic power plants inside every cell.
Mitochondria convert food and oxygen into ATP. Their performance falls with age, oxidative damage, sedentary living and certain medications. Supporting mitochondrial enzyme pathways — exactly what cascade metabolites appear to do — is a leading-edge strategy in healthy ageing.
The form of LDL that actually drives arterial plaque.
LDL itself is necessary; the dangerous version is oxidised LDL, which lodges in arterial walls and triggers inflammation. Antioxidant polyphenols reduce LDL oxidation. Floradyle's observational cohorts have shown improvements in lipid panels alongside −10 mmHg systolic BP on average.
How much of a nutrient your body can actually absorb and use.
A nutrient on a label is not the same as a nutrient in your blood. Cascade fermentation pre-digests plant matrices, releasing nutrients in molecular forms that cross the gut wall within minutes — without your body spending energy to extract them.
A 7-stage, multi-strain fermentation process used to make Floradyle.
Developed in the 1990s and refined for 30 years, cascade fermentation runs 15+ organic fruits, nuts and vegetables through a sequence of bacterial and yeast cultures. Each stage feeds the next. The result is a stable, alcohol-free, sugar-free essence rich in postbiotic metabolites.
A short transient flare of symptoms when starting a detoxifying protocol.
Some users experience mild, short-lived symptoms (headache, looser stool, breakouts) in the first 1–2 weeks. This is usually a sign of mobilised metabolic load and resolves on its own. The standard practitioner advice is to halve the dose for 3–5 days, then build back to 20 ml/day.
