HerbIQ Reference Library / Compound Monographs
Active Compound Monographs
Dedicated technical dossiers detailing the molecular profile and evidence weight of individual plant bioactives
Where the Active Compound Index provides a high-level master matrix of the plant kingdom, these Compound Monographs serve as our definitive, independent deep dives. Each entry functions as a standalone scientific reference record—drilling past the surface to map out exact chemical identities, verified CAS numbers, and botanical source biologies with strict clinical objectivity.
Built specifically for product formulators, R&D teams, and researchers, this compendium translates raw plant chemistry into actionable data. Explore the individual monographs below to examine the detailed molecular structures and honest empirical data powering high-performance botanical nutrition.
HerbIQ - Composés
Browse monographs by letter
Stérubine (méthyléther d'ériodictyol · neuroprotectrice · neurones âgés)
Polyphenol (Flavanone) from Yerba Santa (Eriodictyon californicum). Studied in early-stage research for potential neuroprotective effects on ageing neurons.
Stérubine (méthyléther d'ériodictyol · neuroprotectrice · neurones âgés)
Polyphenol (Flavanone) from Yerba Santa (Eriodictyon californicum). Studied in early-stage research for potential neuroprotective effects on ageing neurons.
Sakuranétine (Flavanone · Phytoalexine · Anti-inflammatoire)
Polyphenol (Flavanone) from Rice / Cherry Tree (Oryza sativa). A phytoalexin produced by rice in response to fungal infection.
Sakuranétine (Flavanone · Phytoalexine · Anti-inflammatoire)
Polyphenol (Flavanone) from Rice / Cherry Tree (Oryza sativa). A phytoalexin produced by rice in response to fungal infection.
Scutellaréine (Flavone · Antivirale · Neuroprotectrice)
Polyphenol (Flavone) from Chinese Skullcap (Scutellaria baicalensis). Studied for potential antiviral and neuroprotective effects in early-stage research.
Scutellaréine (Flavone · Antivirale · Neuroprotectrice)
Polyphenol (Flavone) from Chinese Skullcap (Scutellaria baicalensis). Studied for potential antiviral and neuroprotective effects in early-stage research.
Shatavarines (Saponines Stéroïdiennes · Asparagus racemosus · Adaptogène pour la Santé Reproductive Féminine)
Saponin · Steroidal Saponin · Spirostane-type Glycoside from Asparagus racemosus (Shatavari / Wild Asparagus). Claim strength: Moderate–High.
Shatavarines (Saponines Stéroïdiennes · Asparagus racemosus · Adaptogène pour la Santé Reproductive Féminine)
Saponin · Steroidal Saponin · Spirostane-type Glycoside from Asparagus racemosus (Shatavari / Wild Asparagus). Claim strength: Moderate–High.
Superoxyde Dismutase (SOD · EC 1.15.1.1 · Enzyme antioxydante cellulaire principale)
Enzyme · Oxidoreductase · Metalloenzyme (Cu/Zn-SOD, Mn-SOD, Fe-SOD) from Triticum aestivum (Wheatgrass). Claim strength: High.
Superoxyde Dismutase (SOD · EC 1.15.1.1 · Enzyme antioxydante cellulaire principale)
Enzyme · Oxidoreductase · Metalloenzyme (Cu/Zn-SOD, Mn-SOD, Fe-SOD) from Triticum aestivum (Wheatgrass). Claim strength: High.
Squalène (Lipide triterpénique · Émollient à base d'huile d'olive · Modulateur cutané et immunitaire)
Terpenoid (Triterpene) from Olive Oil (Olea europaea). A triterpene hydrocarbon and precursor to all plant sterols and triterpenoids.
Squalène (Lipide triterpénique · Émollient à base d'huile d'olive · Modulateur cutané et immunitaire)
Terpenoid (Triterpene) from Olive Oil (Olea europaea). A triterpene hydrocarbon and precursor to all plant sterols and triterpenoids.
Isoflavones de soja — Génistéine et Daïdzéine (Phytoœstrogènes · Polyphénols de légumineuses)
Polyphenol · Isoflavone · Genistein, daidzein and glycitein from Glycine max — germ or cotyledon, which differ in ratio. Aglycone and glycoside figures differ by about 1.6×. Claim strength: Emerging.
Isoflavones de soja — Génistéine et Daïdzéine (Phytoœstrogènes · Polyphénols de légumineuses)
Polyphenol · Isoflavone · Genistein, daidzein and glycitein from Glycine max — germ or cotyledon, which differ in ratio. Aglycone and glycoside figures differ by about 1.6×. Claim strength: Emerging.
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Overview
The HerbIQ framework, how it's structured, and where to begin.
Source
Plant tissue anatomy — where target compounds are built and why the sourcing layer determines extract quality.
Isolate
Nine extraction methods mapped to compound polarity — water, ethanol, CO₂, enzyme, fermentation, and more.
Deliver
Format selection, stability engineering, and bioavailability vectors for finished product formulation.
Prove
Batch verification, CoA parameters, heavy metal limits, and the safety clearance chain from plant to powder.
Compound Index
Searchable metabolite reference across all plant families — evidence ratings, dosage notes, sourcing links.
Compound Monographs
500+ individual compound pages — phytochemistry, clinical evidence strength, formulation notes, and CoA sourcing.