The Endocannabinoid Bridge

The body’s own cannabinoid system as a shared framework across the phytobotanical catalog — a reference map from measured human binding data.

What is real here: the endocannabinoid system (CB1/CB2, the TRP channels, GPR55, the PPARs, the FAAH/MGL/NAAA enzymes) is a master homeostatic regulator the body runs on its own cannabinoids. B-caryophyllene, a dietary terpene that functionally binds CB2, is an established cross-kingdom link (clove, tulsi). Hemp, being cannabis, engages this system most broadly of anything we carry — exactly as expected, not a surprise.
What we do NOT claim (our own null test said so): a degree-matched null model on herb→ECS engagement came back a popularity/assay-density artifact. The counts below are a reference of measured engagement, not a "cannabimimetic convergence." The number is a tier-weighted engagement score (CB1/CB2 ×3, enzymes/orphan-GPCRs ×2, TRP/PPAR ×1), not a receptor count and not efficacy.
What a "measured edge" means: a curated human binding/activity record exists for a constituent of this herb against this protein in a primary database (ChEMBL, BindingDB, PubChem). It is evidence of a molecular interaction in an assay — NOT of clinical effect, potency, dose, or benefit. Pan-assay-interference / aggregator compounds (EGCG, capsaicin) are filtered from core-receptor claims.
19herbs with measured ECS engagement (assay-density-influenced)19hemp-leaf engagement score (tier-weighted, broadest — as expected for cannabis)9carry B-caryophyllene (the real cross-kingdom link)
HerbECS engagement (tier-weighted score, not efficacy)Measured ECS targetsShared cannabis terpenes
hemp-leaf B-caryophyllene19CB1 CB2 DAGLA GPR55 NAAA PPARG TRPA1 TRPM8 TRPV1 TRPV2 TRPV3 TRPV4caryophyllene, limonene, myrcene
tulsi B-caryophyllene5CB2 PPARA TRPA1caryophyllene, linalool
magnolia 4CB2 PPARG
clove B-caryophyllene3CB2caryophyllene
peppermint B-caryophyllene2TRPA1 TRPM8caryophyllene, limonene, pinene
cinnamon B-caryophyllene2TRPA1 TRPM8caryophyllene, linalool
agaricus-blazei 2PPARA PPARG
albizia 2PPARA PPARG
ginger 2TRPA1 TRPV1
licorice 2TRPA1 TRPV1
oregano B-caryophyllene1TRPA1caryophyllene, terpinene
thyme B-caryophyllene1TRPA1caryophyllene, linalool
cayenne 1TRPV1
eleuthero 1TRPM8
garlic 1TRPA1
goldenseal 1PPARA
siberian-ginseng 1TRPM8
black-pepper B-caryophyllene0caryophyllene, limonene, myrcene, pinene
rosemary B-caryophyllene0camphene, caryophyllene, pinene

Characterization, not efficacy. A measured binding edge is not a clinical effect and not a health claim. PAINS/aggregator core-receptor edges (EGCG, capsaicin, magnolia-CB1) are filtered. Tier matters: CB1/CB2 are direct cannabinoid receptors; the TRP channels (TRPV1/TRPA1/TRPM8) are broad chemesthetic sensors and the PPARs are nuclear receptors — both are extended-endocannabinoidome crosstalk, NOT cannabinoid-receptor binding, so a TRP-only or PPAR-only herb is not equivalent to a CB-receptor herb. Cannabis genetics end of the bridge: geneticdesigner.io + SBI. Honestly bounded — including by our own null tests.