Enterinex™ Science & Education

Enterinex™ 

Enterinex™ is AMLApure’s range of advanced botanical enzyme formulas. Each formula is built from a precise selection of botanicals and enzyme ingredients — chosen for their individual profiles and the specificity of their activity measurements.

Enterinex™ Yellow
The Original

The foundational Enterinex™ formula — nattokinase, botanical enzymes, and plant-based support in one formula.

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Enterinex™ 2k

2,000 FU nattokinase variant — botanical enzyme support at a measured activity specification.

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Enterinex™ Q

Quercetin-forward botanical enzyme complex — Sophora japonica quercetin with complementary botanicals.

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Vegan Nattokinase
Organic

Standalone nattokinase formula — activity-verified, non-soy fermentation, organic certified.

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Ingredient Index

Each ingredient below is represented in one or more Enterinex™ formulas. Follow the linked pages for full science and sourcing detail.

Nattokinase — 3,000 FU Per Dose

Standardized to 3,000 Fibrinolytic Units (FU) per dose — a specification that describes enzyme activity under defined assay conditions, not ingredient weight. FU and milligrams are not interchangeable. Enterinex™ nattokinase is sourced from non-soy fermentation and tested lot-by-lot for activity confirmation.

Amla — Whole Fruit & 30:1 Extract

Enterinex™ formulas include two distinct forms of Amla (Phyllanthus emblica): whole dried fruit powder and a concentrated 30:1 extract. Together they provide naturally occurring Vitamin C alongside tannins, gallic acid, and emblicanin A and B.

Sophora japonica — Quercetin Source

Quercetin in Enterinex™ is derived from Sophora japonica flower buds — one of the most concentrated natural sources of quercetin rutinoside. Quercetin is a flavonoid studied in laboratory and clinical contexts for its interaction with cellular signaling pathways.

Guava (Psidium guajava)

Guava leaf and fruit are rich in polyphenols including quercetin glycosides, gallic acid, and catechins. Guava contributes to the polyphenol diversity of the formula alongside Sophora japonica.

Piperine — Bioavailability Delivery

Piperine (from Piper nigrum, black pepper) is included at a controlled low concentration. Its role is delivery-focused: piperine has been studied for its interaction with nutrient and phytochemical absorption pathways.

Sunflower Lecithin — Delivery Matrix

Sunflower lecithin is included as a phospholipid delivery component. Phosphatidylcholine-rich lecithin supports dispersibility of lipophilic botanical compounds in aqueous environments. Sunflower-sourced lecithin is used to avoid soy allergen exposure.

Bromelain — Pineapple Stem Enzyme

Bromelain in Enterinex™ is derived from pineapple stem (Ananas comosus). Like nattokinase, bromelain potency is expressed in activity units (GDU or MCU) — not milligrams.

Licorice Root — Low Dose (Glycyrrhiza glabra)

Licorice root is included at a deliberately low dose. At low concentrations it contributes its polyphenol and flavonoid fraction — including glabridin and liquiritin — without the glycyrrhizin load associated with high-dose licorice preparations.

Green Tea (Camellia sinensis)

Green tea extract contributes epigallocatechin gallate (EGCG) and related catechins. Enterinex™ uses a standardized green tea extract to ensure consistent catechin content per dose.

PFAS, Forever Chemicals & Gut Health

Emerging research has raised questions about the accumulation of per- and polyfluoroalkyl substances (PFAS) — commonly known as forever chemicals — in the gastrointestinal tract and their potential interactions with gut barrier function. AMLApure’s ingredient sourcing and formulation approach is informed by this research context.

Plant Autoregulation & the Enterinex™ Formula Logic

Several ingredients in the Enterinex™ range are drawn from plants that exhibit autoregulatory botanical qualities: the capacity of a plant’s secondary metabolite system to modulate its own biochemical environment in response to stressors. Understanding why plants produce these compounds provides a useful frame for evaluating botanical ingredients in multi-ingredient formulas.

Related Science & Education Pages

Disclaimer

This information is provided for educational purposes only and is not intended to diagnose, treat, cure, or prevent any disease. References to enzyme activity describe analytical measurements under defined assay conditions and should not be interpreted as evidence of a particular clinical outcome.