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Map
Seven sections, one map
80 pages · 950 figures · 387 interactive charts and calculators, counted at build time
Every page as a tile, grouped by section and sized by its figures and tools; select a tile to open the page
Platform
How a candidate moves from botanical source to a qualified, documented ingredient.
- Platform overview15 figs · 3 interactive
- How EUTECNIQ differs12 figs
- Proposed lab journey7 figs · 1 interactive
- Scientific deliverables7 figs · 2 interactive
- Quality system9 figs · 4 interactive
- Quality and Six Sigma12 figs · 5 interactive
- QbD & control strategy10 figs · 4 interactive
- Digital lab and traceability15 figs · 5 interactive
Technologies
The scientific and engineering disciplines behind the platform.
- All technologies7 figs · 3 interactive
- Discovery & characterization19 figs · 5 interactive
- Extraction & purification15 figs · 9 interactive
- Purification & standardization11 figs · 6 interactive
- Advanced delivery9 figs · 2 interactive
- Bioavailability by design8 figs · 5 interactive
- Drying & particle engineering13 figs · 8 interactive
- Emulsions & colloids15 figs · 7 interactive
- Analytical characterization26 figs · 4 interactive
- Analytical method development9 figs · 5 interactive
- Targeted and non-targeted analysis22 figs · 15 interactive
- Process engineering23 figs · 15 interactive
- Scale-up and tech transfer14 figs · 6 interactive
- Computational science & AI12 figs · 7 interactive
- Translational research7 figs · 3 interactive
Applications
Markets the platform could serve, each with its own regulatory rules.
- All applications9 figs · 2 interactive
- Botanicals, herbals & nutraceuticals6 figs · 3 interactive
- Advanced ingredient development13 figs · 3 interactive
- Dietary supplements11 figs · 3 interactive
- Functional foods & beverages12 figs · 3 interactive
- Cosmetics & personal care10 figs · 3 interactive
- Pharmaceutical partnerships8 figs · 2 interactive
- Global ingredients13 figs · 2 interactive
- For international suppliers8 figs · 2 interactive
- For U.S. manufacturers8 figs · 3 interactive
- Commercialization & licensing14 figs · 6 interactive
Regulatory & Safety
Safety evidence and market-access pathways, stated precisely.
- Regulatory overview7 figs · 2 interactive
- CFR atlas10 figs · 4 interactive
- Legal status & counsel10 figs · 3 interactive
- NDIN strategy & dossiers16 figs · 5 interactive
- USP, ICH & COA8 figs · 10 interactive
- Toxicology & exposure17 figs · 7 interactive
- Clinical research11 figs · 8 interactive
- GRAS & food ingredients10 figs · 2 interactive
- Cosmetics & MoCRA8 figs · 2 interactive
- International market access9 figs · 2 interactive
Scientific Insights
Interactive models, data and methods, with their assumptions shown.
- Library index6 figs · 3 interactive
- Interactive science lab4 figs · 7 interactive
- Design space & optimization9 figs · 7 interactive
- Thermodynamics & COSMO-SAC15 figs · 11 interactive
- Quantum chemistry14 figs · 9 interactive
- Ab initio reactivity8 figs · 6 interactive
- Large Botanical Model14 figs · 8 interactive
- Botanical Intelligence10 figs · 3 interactive
- Combination science & synergy8 figs · 5 interactive
- Evidence & pharmacokinetics10 figs · 3 interactive
- Lessons learned12 figs · 3 interactive
- Operational excellence16 figs · 11 interactive
- Global botanical atlas12 figs · 5 interactive
- Global trade data14 figs · 13 interactive
- Sustainability and LCA14 figs · 4 interactive
- Market data19 figs · 18 interactive
- Competitive landscape10 figs · 4 interactive
- Model register0 figs
- Sources & methodology0 figs
Academy
Courses on the science, testing and regulation of botanical ingredients, with calculators and sources.
- Academy index5 figs · 1 interactive
- History of botanical medicine20 figs · 2 interactive
- The untapped botanicals16 figs · 5 interactive
- Botanical identity17 figs · 4 interactive
- Genomes and species16 figs · 5 interactive
- Soil and cultivation18 figs · 5 interactive
- Certificate-of-analysis science21 figs · 9 interactive
- Microbiology of botanicals16 figs · 4 interactive
- Solubility, pH and the body16 figs · 4 interactive
- Toxicology and dose18 figs · 7 interactive
- Why no disease claims16 figs · 4 interactive
- Multi-objective ingredient design13 figs · 3 interactive
- Other ingredients and excipients15 figs · 5 interactive
Company
Who is building EUTECNIQ, where it stands today and how to engage.
- About EUTECNIQ9 figs · 2 interactive
- Founder8 figs · 2 interactive
- Heritage: Persian medicine8 figs · 1 interactive
- Facilities & roadmap8 figs · 3 interactive
Topics A–Z
Find a topic and the pages that cover it
- Bioavailability and absorptionBioavailability by design Evidence & pharmacokinetics Solubility, pH and the body
- Botanical drugs: INDs and approvalsPharmaceutical partnerships The untapped botanicals
- Building blocks and chemical spaceTargeted and non-targeted analysis Discovery & characterization
- Certificate of analysis (COA)Certificate-of-analysis science Digital lab and traceability
- CFR atlas: every federal rule in one mapCFR atlas
- cGMP for supplements and foodQuality system USP, ICH & COA
- Competitors and positioningCompetitive landscape How EUTECNIQ differs
- Consumer use of supplements (NHANES)All applications Market data
- Cosmetic facility registrations (MoCRA)Cosmetics & personal care Cosmetics & MoCRA
- Cosmetics (MoCRA)Cosmetics & MoCRA Cosmetics & personal care
- COSMO-RS and COSMO-SAC solvent screeningQuantum chemistry Thermodynamics & COSMO-SAC
- Customer journeys by applicationDietary supplements Functional foods & beverages Advanced ingredient development
- Design space and response surfacesDesign space & optimization QbD & control strategy
- Dose dependency and dose responseToxicology and dose Toxicology & exposure Solubility, pH and the body
- Drying: spray drying and freeze dryingDrying & particle engineering
- Ecotoxicity and environmental safetySustainability and LCA
- Efficacy and safety evidenceClinical research Toxicology & exposure Evidence & pharmacokinetics
- EPA rules: pesticide tolerances and inert ingredientsCFR atlas Certificate-of-analysis science
- Excipients and inert constituentsOther ingredients and excipients
- ExtractionExtraction & purification
- FDA inspection citations (Form 483)Dietary supplements For U.S. manufacturers Platform overview Scientific deliverables Quality system
- FDA rules for supplementsCFR atlas Legal status & counsel
- Federal Register documents on supplementsAbout EUTECNIQ Regulatory overview
- Flammable liquids in the facility (OSHA)Facilities & roadmap
- Food traceability (FSMA 204)Digital lab and traceability
- FounderFounder
- Gauge R&R: repeatability and reproducibilityQuality and Six Sigma
- Genomes and speciesGenomes and species
- Global trade and sourcingGlobal trade data Global ingredients
- GRAS and food ingredientsFunctional foods & beverages GRAS & food ingredients
- Health claims: what may be saidWhy no disease claims Legal status & counsel
- Heavy metals, pesticides and mycotoxinsCertificate-of-analysis science
- Historical use of medicinal plantsHistory of botanical medicine Heritage: Persian medicine
- ICH stability conditionsProposed lab journey QbD & control strategy
- Identity testing: HPTLC, microscopy and DNABotanical identity
- ISO standards: 9001, 17025, 22000Quality and Six Sigma Quality system
- Laboratory plan and equipmentProposed lab journey Facilities & roadmap
- Large AI model for botanicalsLarge Botanical Model Computational science & AI
- Lessons learned from failuresLessons learned
- Life-cycle assessment (LCA) and sustainabilitySustainability and LCA
- LIMS and data integrityDigital lab and traceability
- Market size, CAGR and growthMarket data
- Microbiology of botanicalsMicrobiology of botanicals
- Multi-objective optimization and selectionMulti-objective ingredient design Design space & optimization Large Botanical Model
- Nanoemulsions and colloidsEmulsions & colloids Advanced delivery
- New dietary ingredient notifications (NDIN)Advanced ingredient development NDIN strategy & dossiers
- Peer financials and EBITDA marginsMarket data Competitive landscape
- Processability and powder flowScale-up and tech transfer
- QbD: quality by designQbD & control strategy
- QMS: quality management systemQuality system Quality and Six Sigma
- Quantum chemistry and DFTQuantum chemistry Ab initio reactivity
- Research activity by field (Europe PMC)Library index All technologies Computational science & AI
- Retail sales by ingredient and channel (SPINS)Market data
- Royalty rates in published licensesCommercialization & licensing
- Scale-upScale-up and tech transfer Process engineering
- Six Sigma: DMAIC, SPC and capabilityQuality and Six Sigma Operational excellence
- Soil and cultivationSoil and cultivation
- SQF and food-safety certificationQuality and Six Sigma
- Supply reliability and costSustainability and LCA Global trade data
- Tamper-evident COA and supply chain (hash chain)Digital lab and traceability
- Targeted and non-targeted analysisTargeted and non-targeted analysis Analytical characterization
- Technology transferScale-up and tech transfer Process engineering
- Trade flows of medicinal plants (HS 12.11)Global trade data
- Traditional medicine regulation worldwide (WHO)All applications History of botanical medicine
- Untapped botanicalsThe untapped botanicals
- USDA rules: organic and plant importsCFR atlas
- Which analytical method answers which questionAnalytical characterization