The Science

Plant intelligence, mapped to the molecule.

We resolve every herb to its compounds, its molecular targets, and the body systems they nourish — each connection traced to the measured data behind it. The original medicine, understood at the highest resolution science can offer, and held to the standard the next century of botanical science will be built on.

01

The Herbal Genome Engine

A living knowledge graph that resolves every herb to its active compounds, those compounds to their protein and gene targets, and those targets to the body's pathways and systems. A traced lineage from plant to physiology — every connection carrying its source and its evidence.

02

Mechanism at the Molecule

We derive what a plant does from first-principles biology: compound, enzyme, target, effect. We know a herb's action because we have followed it to the molecule and watched it work — the whole plant, at the dose a body actually receives.

03

Three Kingdoms, One Lineage

People, Plants, and Pets modeled from a single botanical foundation, with per-species biology — because a cat metabolizes a compound differently than a dog or a horse. One apothecary, formulating across all three from measured, species-level data.

04

One Tradition, Many Cultures

The same plant knowledge arose independently across the world — Greek and Galenic, Ayurvedic, African, European, and East Asian. Where every culture reached the same plant for the same purpose, the agreement itself is evidence, and the measured biology shows you why they were right.

Plant

Reishi

Ganoderma lucidum

Compound

β-glucans

complex polysaccharides

Target

Dectin-1

pattern-recognition receptor

Pathway

Immune signaling

macrophage · NK-cell activation

System

The body's defenses

resilience, restored

One connection of thousands. Each edge carries its source and its evidence — here, β-glucan engagement of Dectin-1 read alongside centuries of reishi’s recorded use for the body’s defenses.

Measured on our shelf

One herb, one molecule, one protein it speaks to.

A single measured binding drawn from each of these botanicals — the compound, the protein it engages in the body, and the affinity actually recorded for it. Not modeled, not assumed. Read it, then follow any herb to the rest of its biology.

MEASURED · BindingDBEC50 0.51 nM
Albizia
MyricetinPyruvate kinase PKM

A key enzyme of sugar metabolism that helps cells release energy from glucose.

MEASURED · BindingDBIC50 0.6 nM
He Shou Wu (Fo-Ti)
ResveratrolDipeptidyl peptidase 4

An enzyme that trims small signaling peptides, part of how the body regulates blood-sugar hormones.

MEASURED · BindingDBIC50 0.96 nM
Schizandra
Gomisin AMultidrug resistance-associated protein 1

A cellular pump that moves compounds out of cells.

MEASURED · BindingDBKi 1 nM
Cordyceps
PentostatinAdenosine deaminase

An enzyme that processes adenosine, important to immune-cell function.

MEASURED · BindingDBEC50 1 nM
Licorice
Glycyrrhizin11-beta-hydroxysteroid dehydrogenase type 2

An enzyme that inactivates cortisol in the kidney, helping govern salt and fluid balance.

MEASURED · BindingDBIC50 1 nM
Burdock
ArctigeninDual specificity mitogen-activated protein kinase kinase 1

A signaling enzyme (MEK1) that relays growth signals inside cells.

MEASURED · BindingDBEC50 1.7 nM
Rhodiola
Gallic acidAmyloid-beta precursor protein

The parent protein from which amyloid-beta fragments are formed in the brain.

MEASURED · BindingDBIC50 2.3 nM
Longan Berry
AdenosineAdenosine receptor A1

A receptor for adenosine that helps calm cellular activity and signaling.

MEASURED · BindingDBIC50 3.8 nM
Eucommia
RutinBeta-secretase 1

An enzyme that cleaves certain proteins as part of normal cellular processing.

MEASURED · BindingDBKi 4.7 nM
Tulsi (Holy Basil)
luteolinCarbonic anhydrase 7

An enzyme that balances carbon dioxide and acidity, part of the family that manages pH.

MEASURED · BindingDBKd 4.8 nM
Agaricus Blazei
Linoleic acidPeroxisome proliferator-activated receptor alpha

A receptor (PPAR-alpha) that governs fat burning and energy metabolism.

MEASURED · BindingDBKd 8 nM
Reishi
Ganoderic acid C2Tumor necrosis factor

A central immune messenger that coordinates inflammatory signaling.

MEASURED · BindingDBKi 8.2 nM
Cinnamon
trans-Cinnamic acidHistone deacetylase

An enzyme that tightens DNA's packaging to switch genes off.

MEASURED · BindingDBEC50 8.7 nM
Codonopsis
Nicotinic acidHydroxycarboxylic acid receptor 2

A receptor (the niacin receptor) involved in fat metabolism and inflammatory signaling.

MEASURED · BindingDBKi 10 nM
Astragalus
FormononetinApoptosis regulator Bcl-2

A protein that helps decide whether a cell continues living or undergoes natural turnover.

MEASURED · BindingDBIC50 10 nM
Red Asparagus
QuercetinAmine oxidase [flavin-containing] A

An enzyme (MAO-A) that breaks down serotonin and noradrenaline in the brain.

MEASURED · BindingDBIC50 12 nM
Morinda
QuercetinAromatase

The enzyme that converts androgens into estrogens, balancing the body's sex hormones.

MEASURED · BindingDBIC50 12 nM
Goji Berry
RutinAcetylcholinesterase

The enzyme that clears acetylcholine, the messenger that carries nerve signals to muscles.

Each is one edge of a far larger map — thousands of compound–protein connections, every one carrying the source that recorded it. Tradition told us which plants. The measurements tell us why.

The Foundation

Tradition is the longest experiment ever run.

For thousands of years, on every continent, humanity learned which plants nourish which systems of the body. The same knowledge surfaces everywhere: Culpeper set the English herbal to paper in 1653 and the Thomsonian physicians carried it into America; the Greek and Galenic physicians built it on balance and the humors; Ayurveda mapped it across India; the African and Caribbean healing traditions kept it in living practice; the classical East Asian canon recorded it in exhaustive detail. These are not separate medicines — they are one human tradition, arrived at independently and confirmed by repetition. We treat that convergence as the serious evidence it is.

We test that record against the molecule. When the classical herbals assign dandelion to the liver, we trace its compounds to their measured targets and watch the biology agree. Tradition tells us what. The engine tells us why.

The Method

From plant to pathway, every edge traced.

Our research follows a single chain: herb to compound, compound to protein and gene target, target to biological pathway, pathway to body system. Terpenes and shared compounds form bridges between plants that look unrelated on the shelf but converge in the body.

Nutrition, mineral density, and the plant's alkaloids sit beneath all of it as the building blocks — herbs are food for the body's systems, and we study them as nourishment. Every connection is stamped with its source and its confidence; nothing unmeasured is presented as fact.

The Resolution

We read each plant at full resolution.

A whole plant is hundreds of compounds acting in concert — the opposite of a single isolated molecule. We model that complexity as it stands: every compound to its target, every interaction in its context, at the dose a body actually receives.

That resolution is the whole discipline. It lets us say precisely what a plant offers and how it nourishes — the strength that centuries discovered and the molecule confirms.

The Standard

The standard the field will be measured against.

We speak in the language of structure and function: herbs that nourish, tone, and restore the body's own balance. We work in an older paradigm than the pharmaceutical one — whole, intelligent, and complete — and we carry it at the highest level science can reach.

What we claim, we can cite. We intend to set the standard the next century of botanical science is measured against.

The Standard

The original medicine, modeled at the molecule and grounded in the longest record of human practice on earth. Understood, sourced, and prepared without shortcuts. The most pristine herbs on earth — nothing less.

Explore the Catalog

Or read the body, system by system →

Go deeper

The full framework — how the body builds its own potency, and how to nourish it from the whole plant — is set down in our book, The Gage Guide to Human Potency.

Read the Book ↗

These statements have not been evaluated by the Food and Drug Administration. Our products are not intended to diagnose, treat, cure, or prevent any disease. They are foods and nutritional botanicals, offered for education and wellness.