EUTECNIQ Sciences

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Commercialization and licensing Proposed engagement models Laws and rules verified October 2026

Six proposed ways to work with EUTECNIQ, each with defined deliverables, ownership rules and decision gates

For ingredient suppliers, manufacturers and technology partners: how an engagement would run, who would own the results, what published license rates look like, and why the regulatory category limits any agreement. Not legal advice.

Status. EUTECNIQ Sciences is a company in formation. It has no customers, licenses or patents of its own. The founder's patents are assigned to a prior employer and are not EUTECNIQ assets.

4.38%median running royalty in 90 publicly filed pharmaceutical licenses, 1984–2007 (Porter et al. 2008)
3%median in 21 chemical licenses from the same study
57 of 111of those rates lie between 2% and 5%
20 yearsU.S. patent term, counted from the first non-provisional or PCT filing (35 U.S.C. 154)
The journey

Three ways in, one sequence of gates, and documents whose ownership is agreed before the work starts

Choose a starting point to follow its path from the governing rules to the documents it would produceProposed engagement flow
Rules link to the U.S. Code (Cornell LII) or eCFR. Steps and documents are EUTECNIQ proposals; EUTECNIQ has no customers, licenses, patents or laboratory. Not legal advice.
Text version: starting points, rules, steps and documents

Starting points

  • Development and co-development A defined technical question, or shared development with agreed rights.
  • Supply and distribution An ingredient brought to U.S. buyers under a supply or distribution model.
  • Licensing and technology transfer A license to process or formulation know-how, transferred to the licensee's site.

Rules that shape any agreement

  • 35 U.S.C. 101 Patentable subject matter; isolated products of nature are excluded.
  • 35 U.S.C. 154 Patent term: 20 years from the earliest non-provisional filing.
  • 35 U.S.C. 261 Patents are assigned by an instrument in writing.
  • 35 U.S.C. 262 Joint owners may each use the patent unless they agree otherwise.
  • 21 CFR 190.6 Who may notify a new dietary ingredient.
  • 21 CFR 111 and 117 Manufacturing rules at the receiving site.

Engagement steps (proposed)

Documents produced

Engagement models

Each model defines what EUTECNIQ would deliver, how it would be paid and who would own the result

Models can be combined, for example development services followed by a supply agreement.

Who delivers, who pays and who would own the result, model by modelProposed starting positions
Six proposed engagement models, each drawn as what EUTECNIQ would deliver, what the partner would pay, who would own new results and the main risk01 Development servicesEUTECNIQCustomerDelivers: Reports, data, prototypes; atransfer dossier at the endPays: Fixed fee or time and materials,released stage by stageNew results: Customer owns project-specificresults it pays for; EUTECNIQ keeps itsbackground IP and general know-howRisk: Results that do not support thehoped-for product or claim02 Supply agreementsEUTECNIQCustomerDelivers: Lots to specification, certificates ofanalysis, technical file, advance notice ofchangesPays: Price per kilogram, volume tiers,forecastsNew results: No IP transfer; the specificationowner is named in the agreementRisk: Supply continuity and raw-material pricemovement03 Distributor arrangementsEUTECNIQSupplierDelivers: U.S. documentation, buyers,technical selling and import handlingPays: Resale margin, wholesale margin orcommissionNew results: Supplier keeps its IP;EUTECNIQ's U.S. documentation is allocatedby contractRisk: Inventory, or dependence on a supplierEUTECNIQ does not control04 Co-developmentEUTECNIQPartnerBoth receive: gate-by-gate data, a jointdevelopment record and agreed commercialrightsPays: Cost sharing and milestones, thenroyalties or supply marginNew results: Allocated in writing before workstarts, by field or by partyRisk: Disputes over new IP and data if termsare vague05 Process licensingEUTECNIQLicenseeDelivers: Rights for a field, territory and term;technology package; transfer supportPays: Upfront fee, milestones, royalty on adefined baseNew results: Licensor keeps ownership;improvements as the license sets outRisk: Royalty-base disputes, know-howleakage, a receiving site that cannot meetspecification06 IP commercializationEUTECNIQAcquirerDelivers: An exclusive or non-exclusivelicense, or an assignment, of rightsEUTECNIQ might createPays: Upfront, milestones, royalties or apurchase priceNew results: Transferred only by a writteninstrument; EUTECNIQ holds no IP todayRisk: Validity and freedom-to-operatequestions; value depends on adoptionDeliverables, data or rightsGoodsPaymentDefault owner of new resultsSix proposed engagement models: deliverables, payment, owner of new results and main risk01 Development servicesEUTECNIQCustomerDelivers: Reports, data, prototypes; a transferdossier at the endPays: Fixed fee or time and materials, releasedstage by stageNew results: Customer owns project-specificresults it pays for; EUTECNIQ keeps its backgroundIP and general know-howRisk: Results that do not support the hoped-forproduct or claim02 Supply agreementsEUTECNIQCustomerDelivers: Lots to specification, certificates ofanalysis, technical file, advance notice of changesPays: Price per kilogram, volume tiers, forecastsNew results: No IP transfer; the specification owneris named in the agreementRisk: Supply continuity and raw-material pricemovement03 Distributor arrangementsEUTECNIQSupplierDelivers: U.S. documentation, buyers, technicalselling and import handlingPays: Resale margin, wholesale margin orcommissionNew results: Supplier keeps its IP; EUTECNIQ's U.S.documentation is allocated by contractRisk: Inventory, or dependence on a supplierEUTECNIQ does not control04 Co-developmentEUTECNIQPartnerBoth receive: gate-by-gate data, a jointdevelopment record and agreed commercialrightsPays: Cost sharing and milestones, then royaltiesor supply marginNew results: Allocated in writing before work starts,by field or by partyRisk: Disputes over new IP and data if terms arevague05 Process licensingEUTECNIQLicenseeDelivers: Rights for a field, territory and term;technology package; transfer supportPays: Upfront fee, milestones, royalty on adefined baseNew results: Licensor keeps ownership;improvements as the license sets outRisk: Royalty-base disputes, know-how leakage, areceiving site that cannot meet specification06 IP commercializationEUTECNIQAcquirerDelivers: An exclusive or non-exclusive license, oran assignment, of rights EUTECNIQ might createPays: Upfront, milestones, royalties or a purchasepriceNew results: Transferred only by a writteninstrument; EUTECNIQ holds no IP todayRisk: Validity and freedom-to-operate questions;value depends on adoptionBlue arrow: deliverables. Copper: goods. Dashed: payment.
EUTECNIQ proposal; every agreement would be negotiated and reviewed by counsel. EUTECNIQ holds no patents, licenses or customers today.
Text version: the six models in full
01

Development services

Paid work on a defined technical question: characterization, formulation, stability, regulatory strategy or process development.

You receive
Reports, data, prototypes and, at the end, a transfer dossier
Payment
Fixed fee or time and materials, released stage by stage
New results
Customer owns project-specific results it pays for; EUTECNIQ keeps its background IP and general know-how
Main risk
Results that do not support the hoped-for product or claim
02

Supply agreements

EUTECNIQ would supply a qualified ingredient to an agreed specification, with lot documentation and change control.

You receive
Lots that meet specification, certificates of analysis, technical file, advance notice of changes
Payment
Price per kilogram, volume tiers, forecasts
New results
No IP transfer; the specification owner is named in the agreement
Main risk
Supply continuity and raw-material price movement
03

Distributor arrangements

EUTECNIQ would distribute or represent an international supplier's ingredient in the United States. See the five distribution models.

Supplier receives
U.S. documentation, buyers, technical selling and import handling
Payment
Resale margin, wholesale margin or commission
New results
Supplier keeps its IP; EUTECNIQ's U.S. documentation is allocated by contract
Main risk
Inventory, or dependence on a supplier EUTECNIQ does not control
04

Co-development

Shared development of a new or improved ingredient, formulation or process, with shared cost and agreed rights.

Both receive
Gate-by-gate data, a joint development record and agreed commercial rights
Payment
Cost sharing and milestones, then royalties or supply margin
New results
Allocated in writing before work starts, by field or by party
Main risk
Disputes over new IP and data if terms are vague
05

Process licensing

A license to a defined process or formulation know-how, with technology transfer to the licensee's site.

Licensee receives
Rights for a field, territory and term; technology package; transfer support
Payment
Upfront fee, milestones, royalty on a defined base
New results
Licensor keeps ownership; improvements as the license sets out
Main risk
Royalty-base disputes, know-how leakage, a receiving site that cannot meet specification
06

IP commercialization

Licensing or sale of patents, data packages or trademarks EUTECNIQ might create in future. EUTECNIQ holds none today.

Acquirer receives
An exclusive or non-exclusive license, or an assignment
Payment
Upfront, milestones, royalties or a purchase price
New results
Transferred only by a written instrument
Main risk
Validity and freedom-to-operate questions; value depends on adoption
ModelEUTECNIQ would deliverThe partner would providePayment basisProposed default for new results
Development servicesStudy plan, data, reports, transfer dossierMaterial, target profile, prior data, decisions at gatesFee by stageCustomer owns project-specific results
Supply agreementsLots to specification with documentationForecasts, specification sign-off, purchase ordersPrice per kilogramNo transfer
Distributor arrangementsU.S. documentation, sales, import handlingProduct, technical data, quality agreementMargin or commissionSet by contract
Co-developmentScience, regulatory and application workProcess access, pilot material, cost shareShared cost, milestones, royaltiesAllocated in writing by field or party
Process licensingTechnology package and transfer supportReceiving site, batches, royalty reportsUpfront, milestones, royaltyLicensor keeps ownership
IP commercializationLicense or assignment of defined rightsDevelopment and commercialization effortUpfront, milestones, royalties or pricePer the instrument
From feasibility to launch

An engagement would move from technical feasibility to market launch in seven steps, with a go or stop decision after each

Detailed gate criteria are in the stage-gate detail further down.

Seven steps from inquiry to lifecycle, each closed by a go or stop decisionProposed process
Seven proposed engagement steps from inquiry to lifecycle, with what would happen in each and the go or stop decision taken on written evidence at its end1. Inquiry andNDA2. Technicalfeasibility3. Commercialterms4. Developmentand validation5. Regulatory andquality readiness6. Commercialtransfer7. Launch andlifecycleWhat would happenNon-confidentialsummary; fit withproposedcapabilities andpartners; mutualNDADecision 1•Proceed to afeasibilityproposal, ordeclineWhat would happenIdentity established;bench data on reallots; firstcost-of-goods andregulatory-categoryscreenDecision 2•Technically andlegally plausibleat a viable cost?What would happenModel, scope,payments,background andnew IP, data andreference rightsDecision 3•Signedagreement, orstop with thefeasibility reportWhat would happenProcess andformulation work;methods validated;specificationsdrafted; stabilitystartedDecision 4•Do representativebatches meetdraftspecifications?What would happenNotification orGRAS work whererequired; label andclaims review;supplierqualification; qualityagreementDecision 5•Is every legal andqualityprerequisite forlaunch met?What would happenTransfer dossier;analytical methodtransfer;confirmationbatches;comparabilityreviewDecision 6•Can the receivingsite meet thespecification onits own batches?What would happenRoutine supply;complaint andadverse-eventhandling; changecontrol; annualreviewDecision 7•Renew, improve,extend to newuses or markets,or retireGo or stop after each step, taken on written evidence. Detailed gate criteria are in the stage-gate detail below.Seven proposed engagement steps from inquiry to lifecycle, with what would happen in each and the go or stop decision taken on written evidence at its end1Inquiry and NDAWhat would happenNon-confidential summary; fit with proposedcapabilities and partners; mutual NDADecision 1•Proceed to a feasibility proposal, or decline2Technical feasibilityWhat would happenIdentity established; bench data on real lots; firstcost-of-goods and regulatory-category screenDecision 2•Technically and legally plausible at a viable cost?3Commercial termsWhat would happenModel, scope, payments, background and new IP, dataand reference rightsDecision 3•Signed agreement, or stop with the feasibility report4Development and validationWhat would happenProcess and formulation work; methods validated;specifications drafted; stability startedDecision 4•Do representative batches meet draft specifications?5Regulatory and quality readinessWhat would happenNotification or GRAS work where required; label andclaims review; supplier qualification; quality agreementDecision 5•Is every legal and quality prerequisite for launchmet?6Commercial transferWhat would happenTransfer dossier; analytical method transfer;confirmation batches; comparability reviewDecision 6•Can the receiving site meet the specification on itsown batches?7Launch and lifecycleWhat would happenRoutine supply; complaint and adverse-event handling;change control; annual reviewDecision 7•Renew, improve, extend to new uses or markets, orretire
EUTECNIQ proposal. Gate criteria, attrition arithmetic and decision-value examples are in the technical detail below.
Text version of the seven steps
  1. Inquiry and NDANon-confidential fit check, then a mutual NDA
  2. Technical feasibilityIdentity, bench data, first cost and regulatory screen
  3. Commercial termsModel, scope, payments, IP and data rights
  4. Development and validationProcess, methods, specifications, stability
  5. Regulatory and quality readinessCategory, filings, claims, supplier qualification
  6. Commercial transferDossier, method transfer, confirmation batches
  7. Launch and lifecycleSupply, complaints, change control, reviews
StepWhat would happenDecision at the end
1. Inquiry and NDANon-confidential summary; fit with EUTECNIQ's proposed capabilities and partners; mutual NDAProceed to a feasibility proposal, or decline
2. Technical feasibilityIdentity can be established; bench data on real lots; first cost-of-goods and regulatory-category screenIs the product technically and legally plausible at a viable cost?
3. Commercial termsEngagement model, scope, payments, background and new IP, data and reference rightsSigned agreement, or stop with the feasibility report
4. Development and validationProcess and formulation development; analytical methods validated; specifications drafted; stability startedDo representative batches meet draft specifications?
5. Regulatory and quality readinessNotification or GRAS work where required; label and claims review; supplier qualification; quality agreementIs every legal and quality prerequisite for launch met?
6. Commercial transferTransfer dossier; analytical method transfer; confirmation batches at the commercial site; comparability reviewCan the receiving site meet the specification on its own batches?
7. Launch and lifecycleRoutine supply; complaint and adverse-event handling; change control; annual reviewRenew, improve, extend to new uses or markets, or retire
Deliverables

Deliverables would be named in the agreement for both sides, so acceptance is a check against a list

Either list missing an item is a reason to hold a gate.

Fourteen named deliverables, seven in each directionProposed
Deliverables named in the agreement for both sides: seven from EUTECNIQ to customers and seven from suppliers and customers to EUTECNIQEUTECNIQproposedCustomersandsuppliersEUTECNIQ would deliver to customersSuppliers and customers would deliver to EUTECNIQStudy planwithacceptancecriteriabefore workstartsData andreports ateach gate;raw data onrequestSpecificationswith thereason foreach limitValidated orverifiedmethods andtransferprotocolsRegulatorystatusanalysis forthe intendeduse andclaimsCommercialtransferdossier athand-overLotdocumentsand changenotices undersupplyagreementsIdentitybasis,processdescriptionand lot data(suppliers)Targetproductprofile, doseand intendedclaims(customers)Representativematerial withfulldocumentationQualityagreementsignedbeforecommercialsupplyAdvancewritten noticeof anyprocess,source or sitechangeTimelydecisions ateach gateForecastsand royaltyreportswhere themodel needsthemEither list missing an item is a reason to hold a gateDeliverables both ways, and the gate ruleEUTECNIQ would deliver to customers (proposed)•Study plan with acceptance criteria before workstarts•Data and reports at each gate; raw data on request•Specifications with the reason for each limit•Validated or verified methods and transfer protocols•Regulatory status analysis for the intended use andclaims•Commercial transfer dossier at hand-over•Lot documents and change notices under supplyagreementsA missing item holds the gateSuppliers and customers would deliver to EUTECNIQ•Identity basis, process description and lot data(suppliers)•Target product profile, dose and intended claims(customers)•Representative material with full documentation•Quality agreement signed before commercial supply•Advance written notice of any process, source orsite change•Timely decisions at each gate•Forecasts and royalty reports where the modelneeds them
EUTECNIQ proposal. The lists would be written into each agreement.
Text version of both lists
EUTECNIQ would deliver to customers
  • Agreed study plan with acceptance criteria before work starts
  • Data and reports at each gate, with raw data on request
  • Specifications with the reason for each limit
  • Validated or verified analytical methods and transfer protocols
  • Regulatory status analysis for the intended use and claims
  • Commercial transfer dossier at hand-over
  • Lot documentation and change notification under supply agreements
Proposed
Suppliers and customers would deliver to EUTECNIQ
  • Identity basis, process description and lot data (suppliers)
  • Target product profile, dose and intended claims (customers)
  • Representative material with full documentation
  • Quality agreement signed before commercial supply
  • Advance written notice of any process, source or site change
  • Timely decisions at each gate
  • Forecasts and royalty reports where the model needs them
Proposed
Commercial transfer dossier

A transfer dossier would let another site make, test and release the product without EUTECNIQ present

Eleven sections of a transfer dossier, each with an owner and an acceptance checkProposed contents
Eleven proposed sections of a commercial transfer dossier and what each contains01Product definitionComposition, intended use, claimsboundaries02SpecificationsEvery limit with its method andreason03Analytical methodsValidation records and a transferprotocol04Process descriptionUnit operations, critical parameters,scale-up notes05Materials and suppliersRaw-material specifications andqualified suppliers06StabilityProtocol, data, basis of the retestdate or shelf life07Regulatory status fileCategory, notifications, claims plan,reference rights08Safety fileEvidence and limits at the intendedintake09Change and comparability historyChanges made and the data behindthem10Rights scheduleBackground and new IP, field,territory, term11Open risksKnown issues and recommendedcontrolsEleven proposed sections of a commercial transfer dossier and what each contains01Product definitionComposition, intended use, claims boundaries02SpecificationsEvery limit with its method and reason03Analytical methodsValidation records and a transfer protocol04Process descriptionUnit operations, critical parameters, scale-up notes05Materials and suppliersRaw-material specifications and qualified suppliers06StabilityProtocol, data, basis of the retest date or shelf life07Regulatory status fileCategory, notifications, claims plan, reference rights08Safety fileEvidence and limits at the intended intake09Change and comparability historyChanges made and the data behind them10Rights scheduleBackground and new IP, field, territory, term11Open risksKnown issues and recommended controls
The hand-over document for development services, process licenses and second-source qualification. The step-by-step transfer workflow and its acceptance criteria are in the technology transfer detail below.
Text version: the eleven sections, their contents and use
SectionContentsUsed for
Product definitionComposition, intended use, claims boundaries, target product profileConfirms what is being transferred
SpecificationsEvery limit with its method and reason; reference standardsRelease decisions at the receiving site
Analytical methodsMethods, validation or verification records, transfer protocol with acceptance criteriaAnalytical method transfer
Process descriptionUnit operations, critical parameters and ranges, equipment class, scale-up notesConfirmation batches
Materials and suppliersRaw-material specifications, approved suppliers, qualification recordsSupplier and material qualification
StabilityProtocol, data, and the basis and limits of the retest date or shelf lifeDating and storage at the receiving site
Regulatory status fileCategory, notifications or conclusions, claims plan, rights to reference filingsLawful marketing by the receiving party
Safety fileEvidence summary and limitations at the intended intakeThe receiving party's own safety responsibility
Change and comparability historyChanges made and the data that supported themFuture change control
Rights scheduleBackground and new IP, licenses granted, field, territory and termFreedom to use what is transferred
Open risksKnown issues and recommended controlsReceiving-site risk register
Background and new IP

Background IP would stay with its owner, and ownership of new results would be agreed in writing before work starts

Background IP stays home; new results are allocated before work startsProposed defaults
Proposed IP defaults: each party's background IP stays with it and is licensed into the project only as needed; new results are allocated by engagement type, improvements return to the background owner, data belong to the payer, publication needs consentEUTECNIQ background IPPatents, know-how, methods anddata that exist before the projector come from outside itPartner background IPThe same, brought by thecustomer, supplier or licenseeThe projectBackground stays with its owner. It is licensed to the other party only asneeded for the project, non-exclusively and for the project termWhat the project createsProposed defaultGoes toReason givenNew results from paiddevelopment servicesCustomer owns project-specific results;EUTECNIQ keeps general methods andknow-howThe customer paid for the specific answer→ customerNew results fromco-developmentAllocated by field of use, or jointly owned undera written agreement on use, licensing,enforcement and costJoint ownership without terms lets each ownerexploit freelysplit or jointImprovements to backgroundtechnologyBelong to the background owner, with a licenseback where the other party needs themKeeps each platform whole→ background ownerData and regulatory filesOwned by the party that paid; any right toreference them in a filing granted in writingData are protected by contract, not by patent→ party that paidPublicationsOnly with both parties' consent, after a reviewperiodPublication before filing can destroypatentabilityboth consent35 U.S.C. 261: patents are assignable by an instrument in writing. 35 U.S.C. 262: without an agreement, each joint owner may make, use, sell or import without the others'consent and without accounting to them.Proposed IP defaults by itemBackground IPStays with its owner; licensed to the other party onlyas needed for the project, non-exclusively and for theproject termNew results from paid development servicesCustomer owns project-specific results; EUTECNIQkeeps general methods and know-how. Reason: Thecustomer paid for the specific answer.New results from co-developmentAllocated by field of use, or jointly owned under awritten agreement on use, licensing, enforcement andcost. Reason: Joint ownership without terms lets eachowner exploit freely.Improvements to background technologyBelong to the background owner, with a license backwhere the other party needs them. Reason: Keepseach platform whole.Data and regulatory filesOwned by the party that paid; any right to referencethem in a filing granted in writing. Reason: Data areprotected by contract, not by patent.PublicationsOnly with both parties' consent, after a review period.Reason: Publication before filing can destroypatentability.
35 U.S.C. 261 and 262; Association for Molecular Pathology v. Myriad Genetics, Inc., 569 U.S. 576 (2013). Not legal advice.
Explanation, details and sources

Background IP is what each party brings. Foreground IP is what the project creates. Improvements are changes to one party's background technology made during the project.

Text version: defaults, reasons and the law behind them
ItemProposed defaultReason
Background IPStays with its owner; licensed to the other party only as needed for the project, non-exclusively and for the project termNeither party loses what it brought
New results from paid development servicesCustomer owns project-specific results; EUTECNIQ keeps general methods and know-howThe customer paid for the specific answer
New results from co-developmentAllocated by field of use, or jointly owned under a written agreement on use, licensing, enforcement and costJoint ownership without terms lets each owner exploit freely
Improvements to background technologyBelong to the background owner, with a license back where the other party needs themKeeps each platform whole
Data and regulatory filesOwned by the party that paid; any right to reference them in a filing granted in writingData are protected by contract, not by patent
PublicationsOnly with both parties' consent, after a review periodPublication before filing can destroy patentability
Assignment

Patents and applications are assignable by an instrument in writing, and exclusive rights can be granted for the whole or part of the United States.

35 U.S.C. 261
Joint owners

Without an agreement to the contrary, each joint owner of a U.S. patent may make, use, sell or import the invention without the other owners' consent and without accounting to them.

35 U.S.C. 262
Products of nature

A naturally occurring substance is not patent-eligible merely because it has been isolated. Protection for botanicals rests on engineered formulations, processes and know-how.

569 U.S. 576 (2013)
Six ways to protect engineered botanical know-how, and how long each lastsStatutes and holdings
Six ways to protect what EUTECNIQ would engineer around a botanical, with their term: patents run 20 years from the first non-provisional or PCT filing, trade secrets last while kept secret, regulatory dossiers rest on contract rights0510152025Years from the first non-provisional or PCT filingCompositionCompound or extract as such. Weakest fit: anisolated natural product is not eligible merelybecause it was isolatedComposition: 20-year patent term from filingWeak fit · Myriad 2013 · MPEP 2106.04(c)FormulationDelivery system with measured performance.Must be new and non-obvious, with writtensupport and enablementFormulation: 20-year patent term from filing20-year term · 35 U.S.C. 101–103, 112ProcessExtraction, purification, drying. Hard to detect;importing a product made abroad by aU.S.-patented process infringesProcess: 20-year patent term from filing20-year term · 35 U.S.C. 271(a), (g)Method of useUsing an ingredient for a purpose. Mainly drugprograms; a natural correlation plus routine stepsis not eligibleMethod of use: 20-year patent term from filing20-year term · Mayo 2012Trade secretProcess know-how and data. Lasts while secretand reasonably protected; civil action within 3years of discoveryTrade secret: no fixed termNo fixed term · 18 U.S.C. 1836RegulatorydossiersIdentity and safety evidence. Contract rights touse or reference the data; value from the cost ofrecreating itNot a statutory right: set by agreementPatent term, 20 years (35 U.S.C. 154)Weak fit for botanicalsTrade secretContract rightsOnly products that needed premarket approval, such as drugs and food additives, can recover part of the term (35 U.S.C. 156, at most 5 years); dietary supplementscannot. An NDI notification becomes public after 90 days except trade secrets and confidential commercial information (21 CFR 190.6(e)).Six protection types and their termsCompositionCompound or extract as such. Weakest fit: an isolatednatural product is not eligible merely because it wasisolated. Term: 20 years from filing · Myriad 2013 ·MPEP 2106.04(c)FormulationDelivery system with measured performance. Must benew and non-obvious, with written support andenablement. Term: 20 years from filing · 35 U.S.C.101–103, 112ProcessExtraction, purification, drying. Hard to detect;importing a product made abroad by a U.S.-patentedprocess infringes. Term: 20 years from filing · 35U.S.C. 271(a), (g)Method of useUsing an ingredient for a purpose. Mainly drugprograms; a natural correlation plus routine steps isnot eligible. Term: 20 years from filing · Mayo 2012Trade secretProcess know-how and data. Lasts while secret andreasonably protected; civil action within 3 years ofdiscovery. Term: no fixed term · 18 U.S.C. 1836Regulatory dossiersIdentity and safety evidence. Contract rights to use orreference the data; value from the cost of recreating it.Term: set by contract · Contract
35 U.S.C. 101–103, 112, 154, 156, 271(a), 271(g); 18 U.S.C. 1836; 21 CFR 190.6(e); Myriad, 569 U.S. 576 (2013); Mayo, 566 U.S. 66 (2012); MPEP 2106.04(c). FDA's master-file mechanism for new dietary ingredients is a 2024 draft guidance, not a final rule. Not legal advice.
Text version: the six protection types
Composition

Compound or extract as such

Weakest fit for botanicals. A naturally occurring DNA segment "is a product of nature and not patent eligible merely because it has been isolated" (Myriad, 2013). USPTO compares a claimed nature-based product with its closest natural counterpart and asks whether its characteristics are markedly different (MPEP 2106.04(c)).

569 U.S. 576 · MPEP 2106.04(c)
Formulation

Delivery system with measured performance

A defined composition (for example a self-emulsifying system) with data showing what it does. It must still be new and non-obvious, and claims need written support and enablement. Term: 20 years from the earliest non-provisional or PCT filing.

35 U.S.C. 101–103, 112, 154
Process

Extraction, purification, drying

Infringement happens inside a competitor's plant, so it is hard to detect. U.S. law also treats importing, selling or using in the U.S. a product made abroad by a U.S.-patented process as infringement, unless the product is materially changed afterwards.

35 U.S.C. 271(a), 271(g)
Method of use

Using an ingredient for a purpose

Relevant mainly to drug programs. A claim that states a natural correlation and adds routine steps is not eligible: the Court required more than "the law of nature while adding the words 'apply it'" (Mayo, 2012). A supplement label that makes a disease claim is regulated as a drug unless it is an authorized health claim.

566 U.S. 66 · 21 CFR 101.93(f)
Trade secret

Process know-how and data

No fixed term; protection lasts while the information stays secret and is protected by reasonable measures. Federal civil action for misappropriation under 18 U.S.C. 1836 (added May 11, 2016), filed within 3 years of discovery. A notification to FDA becomes public after 90 days except trade-secret and confidential commercial information.

18 U.S.C. 1836 · 21 CFR 190.6(e)
Regulatory dossiers

Identity and safety evidence

Not a patent right: value comes from contracts that define who may use or reference the data, and from the cost of recreating it. FDA's master-file mechanism for new dietary ingredients is a 2024 draft guidance, not a final rule (see NDIN).

Contract rights Draft guidance

35 U.S.C. 261 and 262 (Cornell LII, accessed October 22, 2026); Association for Molecular Pathology v. Myriad Genetics, Inc., 569 U.S. 576 (2013). Not legal advice. Protection types, patent term and freedom to operate are in the IP detail below.

Regulatory category

Intended use and claims decide the regulatory category; an authorization in one category does not carry over

Four statutory questions place a botanical product in one U.S. category; answer them or select a box21 U.S.C. 321 definitions
Text version of the decision tree
  1. Q1. Is it intended to diagnose, cure, mitigate, treat or prevent disease (21 U.S.C. 321(g)(1)(B))? Yes: go to Q1a. No: go to Q2.
  2. Q1a. Does a final OTC monograph cover the active, dose form and claims (FD&C Act 505G)? Yes: OTC monograph drug. No: new drug, IND then NDA.
  3. Q2. Is it applied to the body to cleanse, beautify or alter appearance, with no claim to affect structure or function (21 U.S.C. 321(i), 321(g)(1)(C))? Yes: cosmetic. No: go to Q3.
  4. Q3. Is it ingested, labeled as a dietary supplement, and not represented as a conventional food or a sole item of a meal (21 U.S.C. 321(ff))? Yes: dietary supplement. No: go to Q4.
  5. Q4. Is each ingredient GRAS for its intended use, or an approved food additive (21 U.S.C. 321(s); 21 CFR 170.30)? Yes: conventional food. No: a food additive petition is needed before use.
21 U.S.C. 321(g)(1)(B)–(C) (drug), 321(i) (cosmetic), 321(ff) (dietary supplement), 321(s) (food additive; GRAS substances and dietary-supplement ingredients excluded), 348 (food additive petitions), 355h (FD&C Act section 505G, OTC monographs, added by the CARES Act on March 27, 2020); 21 CFR 111, 117, 170 subpart E, 190.6, 101.93, 312, 314; MoCRA (2022). FDA: a product can be a cosmetic, a drug, or both.
What each category requires: the table (6 rows)
CategorySet byWhat the category requiresSources
Dietary supplementIngested product labeled as a dietary supplement and not represented as a conventional food (21 U.S.C. 321(ff))
  • Manufacturing, packaging, labeling and holding under 21 CFR Part 111
  • New dietary ingredient notification at least 75 days before marketing when required (21 CFR 190.6)
  • Structure/function statements carry the disclaimer and are notified to FDA within 30 days of first marketing (21 CFR 101.93); a disease claim makes it a drug
  • Serious adverse events reported within 15 business days (21 U.S.C. 379aa-1)
  • No premarket approval: FDA acknowledgment of a notification is not an approval
21 U.S.C. 321(ff), 379aa-1; 21 CFR 111, 190.6, 101.93
Conventional foodFood whose every ingredient is GRAS for its intended use or an approved food additive (21 U.S.C. 321(s))
  • Each ingredient must be GRAS under its intended conditions of use (21 CFR 170.30) or an approved food additive
  • GRAS notification to FDA is voluntary under 21 CFR 170 subpart E; a proposed rule published August 11, 2026 (91 FR 51834) would make it mandatory
  • Manufacturing under 21 CFR Part 117
21 U.S.C. 321(s); 21 CFR 170.30, 170 subpart E, 117; 91 FR 51834
Food additive (petition needed)A food ingredient that is not GRAS for its intended use is a food additive (21 U.S.C. 321(s), 348)
  • A substance that is not GRAS for its use is a food additive and is deemed unsafe unless its use conforms to a regulation or exemption (21 U.S.C. 348(a))
  • Any person may petition FDA to issue a regulation prescribing conditions of safe use (21 U.S.C. 348(b)(1))
  • Ingredients of dietary supplements are excluded from the food-additive definition (21 U.S.C. 321(s)(6))
21 U.S.C. 321(s), 348
CosmeticApplied to the body to cleanse, beautify, promote attractiveness or alter appearance (21 U.S.C. 321(i))
  • No premarket approval; the responsible person keeps records substantiating safety
  • Facility registration and product listing with ingredients
  • Serious adverse events reported to FDA within 15 business days
  • A claim to treat disease or to affect the body's structure or function makes the product a drug, or both a cosmetic and a drug
MoCRA (enacted December 29, 2022); FDA, Is It a Cosmetic, a Drug, or Both? (Or Is It Soap?)
OTC monograph drugIntended to diagnose, cure, mitigate, treat or prevent disease, within a final OTC monograph (21 U.S.C. 321(g)(1)(B), 355h)
  • Marketed without an approved application when it conforms to a final monograph (FD&C Act section 505G, 21 U.S.C. 355h, added by the CARES Act on March 27, 2020)
  • Monograph conditions are added, removed or changed by FDA administrative orders
  • Drug CGMP under 21 CFR Parts 210 and 211
21 U.S.C. 355h; FDA OTC monograph reform page; 21 CFR 210/211
New drug: IND, then NDADrug intended use not covered by a monograph (21 U.S.C. 321(g)(1))
  • Clinical investigation under an investigational new drug application (21 CFR Part 312)
  • Approval of a new drug application before marketing (21 CFR Part 314)
  • FDA's Botanical Drug Development guidance (December 2016) addresses plant-derived mixtures
  • Patents on the approved product may qualify for a term extension (35 U.S.C. 156)
21 CFR 312, 314; FDA Botanical Drug Development guidance (2016); 35 U.S.C. 156
Six pairs that are often confused
  • NDI notification for a supplement≠Authorization as a conventional-food ingredient
  • GRAS for one use and level≠GRAS for every use
  • Cosmetic safety substantiation≠Permission to make drug claims
  • Part 111 supplement cGMP≠Drug CGMP under Parts 210 and 211
  • A license to a technology≠A right to reference another party's regulatory file
  • U.S. status≠Status in the EU, Canada or elsewhere
Explanation, details and sources

One botanical ingredient can be a supplement, food, cosmetic or drug ingredient, depending on the product and what is said about it. A license or supply agreement does not change the category's rules. Status as of October 2026. The new-dietary-ingredient route is detailed on the NDIN page.

21 U.S.C. 321(s)(6): ingredients of dietary supplements are excluded from the food-additive definition only for supplement use; 21 CFR 170.30: GRAS status is for the substance "under the conditions of its intended use"; 21 CFR 210.1, 211.1 and 111.1 (scope). See international market access for non-U.S. rules.

Licensing economics

Half of 111 published royalty rates fell between 2 and 5 percent; a license's value also depends on its base, credits, fees and timing

Published rates Illustrative calculator · per 100 of year-1 sales · not an EUTECNIQ deal, price or forecast
In 111 publicly filed pharmaceutical and chemical licenses, half the running royalty rates fell between 2 and 5 percent; the pharmaceutical median was 4.38%Published data
One dot per agreement; a range is shown as the average of its low and high rate, as the authors did. The sample is limited to agreements filed with the SEC, which the authors note may not be representative; rates depend on exclusivity, stage and what else is licensed. No botanical-specific benchmark was found. These figures are not a rate EUTECNIQ would charge or pay.Porter M, Mills R, Weinstein R. Industry norms and reasonable royalty rate determination. les Nouvelles, March 2008:47–64, Appendix B and Table 1 (agreements 1984–2007 from RoyaltyStat and SEC filings). Rates read from Appendix B by EUTECNIQ; means and medians match Table 1 and the text.
Data table: summary statistics and every rate
Running royalty rates in publicly filed license agreements, 1984–2007 (Porter, Mills and Weinstein 2008): summary, and every rate shown in the chart
Industry sampleAgreementsMeanMedian95% interval of the meanWithin 2–5%
Pharmaceutical905.66%4.375%4.75–6.57%46
Chemical213.70%3%2.82–4.57%11
Medical device (summary only; not drawn)774.35%4%3.71–5.00%–

Pharmaceutical rates, % (sorted): 0.5, 1, 1.375, 1.5, 1.5, 1.75, 1.75, 2, 2, 2, 2, 2, 2.25, 2.25, 2.5, 2.5, 2.5, 2.5, 2.75, 2.9, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3.25, 3.25, 3.3, 3.5, 3.5, 3.5, 3.75, 4, 4, 4, 4, 4, 4, 4, 4.25, 4.5, 4.5, 5, 5, 5, 5, 5, 5, 5.125, 5.25, 5.5, 6, 6, 6, 6, 6, 6, 6, 6.25, 7, 7, 7, 7, 7, 7, 7, 7.5, 8, 8, 8, 8.5, 9, 10, 10, 10, 10, 10, 10, 12.5, 13, 14.25, 17.5, 20, 20, 25

Chemical rates, % (sorted): 0.75, 1, 1, 1.875, 2.5, 2.5, 3, 3, 3, 3, 3, 3, 3, 5, 5, 5.5, 6, 6, 6, 6.5, 7

Net royalty and value to the licensorRt = St · max(min(r, f), r − a s)
NPV = U + Σt=1…10 Rt + Mt(1 + d)t
Index, not money. Year-1 net sales are fixed at 100, so every amount below is per 100 of year-1 sales.
Net royalty rate
NPV to licensor, 10 years, per 100 of year-1 sales
Licensee's total royalty burden
Published pharmaceutical rates at or below r
Assumptions
  • Year-1 net sales = 100 (an index); amounts are not currency and not an EUTECNIQ deal, price or forecast
  • Only r starts from published data (Porter et al. 2008); every other default is an illustrative round number
  • Ten royalty years; constant growth; payments at year end; upfront at signing
  • Credit and floor apply to the rate; the floor never exceeds the headline rate
Year-1 royalty rate, from headline to netModel output
Payments to the licensor by year, per 100 of year-1 net salesModel output
The licensee's total royalty burden as third-party royalties growModel output
Show data: payments by year
Defaults: r is the median of 90 publicly filed pharmaceutical licenses (Porter et al. 2008); all other defaults are illustrative round numbers, not terms EUTECNIQ has offered, negotiated or expects. The burden chart uses the rate, credit and floor set on the left; the dot marks the current third-party rate.
Method, assumptions and limits
What it calculates
The net royalty rate after an anti-stacking credit and a floor; the net present value to the licensor of ten years of royalties plus an upfront fee and a year-3 milestone, per 100 of year-1 net sales; the licensee's total royalty burden; and the share of the 90 published pharmaceutical rates that are at or below the chosen headline rate.
Equations
rnet = max(min(r, f), r − a·s). St = 100·(1 + g)t−1; Rt = St·rnet for t = 1…10. NPV = U + Σ (Rt + M·[t = 3]) / (1 + d)t. Burden = rnet + s. Share at or below r = (number of the 90 rates ≤ r) / 90.
Variables and units
Year-1 net sales fixed at 100 (index); g growth (−20% to 40% per year); r headline rate, s third-party royalties, f floor (percent of net sales); a credit (percent of s); U upfront fee and M milestone (0–100 per 100 of year-1 net sales); d discount rate (percent per year).
Defaults
r = 4.375%, the median of the 90 pharmaceutical rates in Porter, Mills and Weinstein (2008), reported there as 4.38%; the chemical median (3%) is one click away. g = 0, s = 4%, a = 50%, f = 2%, U = 10, M = 15 and d = 10% are illustrative round numbers chosen to show each term's effect. None is an EUTECNIQ term, estimate or forecast.
Assumptions
Payments at year end; upfront at signing, undiscounted; constant growth; credit and floor apply to the rate, not to amounts; the floor is capped at the headline rate.
Valid range
The slider ranges. Outputs cannot be negative: the net rate is bounded below by min(r, f) ≥ 0.
What it does not establish
Any typical or fair royalty rate for a botanical technology. The published rates are pharmaceutical and chemical agreements filed with the SEC from 1984 to 2007; no verifiable data set of botanical ingredient license rates was found. Real contracts define the base, credits, caps, audits and minimums in detail.
References
Porter M, Mills R, Weinstein R. les Nouvelles, March 2008:47–64. Lemley MA, Shapiro C. Patent Holdup and Royalty Stacking. Texas Law Review. 2007;85:1991–2049. Uniloc USA, Inc. v. Microsoft Corp., 632 F.3d 1292, 1315 (Fed. Cir. 2011).
Verification
Eight cases checked against an independent Python implementation (tests/numerics/ref/applications-commercialization-licensing.py), including the defaults, both median presets, floor-binding, floor-above-headline and zero-discount cases.
Where the money comes from in a license, in the order it arrivesSchematic, no values
Schematic of a license's payments over its life: an upfront fee at signing, milestones on defined events, royalties as a rate on a defined base once sales start, a minimum annual royalty, and an anti-stacking credit that can lower the rate down to a floorTimeUpfront fee at signingUpfront feeSigningTechnicalRegulatorySalesMilestones on defined eventsRoyalty: rate × royalty baseTop-up to the minimum annual royalty when sales are lowRoyalty: rate × royalty baseTop-up to the minimum annual royalty when sales are lowRoyalty: rate × royalty baseRoyalty: rate × royalty baseRoyalty: rate × royalty baseMinimum annual royaltyRoyalties once sales startSales yearsRoyalty baseWhat the rate applies to, such as net sales of thelicensed product as the contract defines themRate and anti-stackingHeadline rate r, lowered by a credit a·s when thelicensee pays others royalty s on the sameproduct, never below the floor fField of use and territoryWhere and for what the license applies, so onetechnology can be licensed more than onceLicense payment componentsA license's payments, in order•Upfront fee at signing•Milestones on defined technical, regulatory or salesevents•Royalties: rate × royalty base, once sales start•Minimum annual royalty: owed even when sales arelow•Anti-stacking: the rate is lowered by part of what thelicensee pays others, down to a floor•Field of use and territory: where and for what thelicense applies
Terms as used in license agreements; not an EUTECNIQ deal or forecast. Bar heights are schematic.
Text version: terms used in license agreements
  • Royalty base: what the rate applies to, such as net sales of the licensed product as defined in the contract
  • Upfront fee and milestones: fixed payments at signing and on defined technical, regulatory or sales events
  • Minimum annual royalty: a payment owed even when sales are low, which discourages an exclusive licensee from shelving the technology
  • Anti-stacking: the licensee may reduce one royalty by part of what it pays others, down to a floor
  • Field of use and territory: where and for what the license applies, so one technology can be licensed more than once
What the courts and the literature say about rules of thumb and royalty stacking
What the courts and the literature say

Rules of thumb are not evidence of a royalty. The Federal Circuit held that the 25 percent rule of thumb is "a fundamentally flawed tool for determining a baseline royalty rate in a hypothetical negotiation" (Uniloc v. Microsoft). Royalty stacking arises "when multiple patents read on a single product" (Lemley and Shapiro 2007).

Holdings and literature verified

Uniloc USA, Inc. v. Microsoft Corp., 632 F.3d 1292, 1315 (Fed. Cir. Jan. 4, 2011); Lemley MA, Shapiro C. Patent Holdup and Royalty Stacking. 85 Tex L Rev 1991 (2007). Not legal advice.

Explanation, details and sources

Royalty income is a rate applied to a defined base, such as net sales of the licensed product, plus any upfront fee and milestones. When several patents read on one product, royalties stack; anti-stacking clauses let the licensee credit part of what it pays others, down to a contractual floor.

Technical detail

Stage gates, decision arithmetic, IP protection and technology transfer in detail

Six phases, six functions: every phase ends with a deliverable from each function, not only from the laboratory

Commercialization swimlane: read a row for one function, a column for what must be true before the next gateEUTECNIQ proposal
Text version: every deliverable by function and phase
FunctionDiscoveryFeasibilityDevelopmentValidationLaunchLifecycle
ScienceAuthenticated candidate, constituent profile, activity hypothesis Voucher-backed identity, a first chemical profile and a stated hypothesis about what the ingredient should do and at what exposure.Extraction route, marker choice, first stability look Bench extraction across several raw-material lots; markers chosen for identity and strength; early stress testing to find weak points.Optimized process and formulation; methods validated Design-of-experiments optimization, formulation work and validation of the analytical methods that will release product.Specifications confirmed on representative batches Batches made the way commercial lots will be made, tested against draft specifications, with stability studies running.Release testing and method support Routine testing handed to quality control; scientific support for investigations of out-of-specification results.Ongoing stability; change-impact studies Stability commitments continue; any change to source, process or formulation is assessed before release.
RegulatoryCategory screen: food, supplement, cosmetic or drug Intended use and claims decide the legal category (see Regulatory pathway).Pathway decision; NDI or GRAS status; gap list Whether the ingredient is a new dietary ingredient, GRAS for food use, or neither; a costed list of evidence gaps.Safety dossier built; claims plan drafted Evidence package scaled to the gaps (Safety & NDIN tab); wording of intended claims checked against the rules.NDIN filed ≥ 75 days before marketing, or GRAS conclusion 21 CFR 190.6 when a notification is required; for food use, a documented GRAS conclusion or a notice under 21 CFR 170 subpart E.Label review; 30-day notice of structure/function claims 21 CFR 101.93: notify FDA no later than 30 days after first marketing a supplement that carries a structure/function statement.Serious adverse events reported in 15 business days 21 U.S.C. 379aa-1 for dietary supplements; tracking of guidance and rule changes.
QualityIdentity method plan with orthogonal techniques For example HPTLC plus LC-MS, chosen before material is bought in quantity.Supplier assessment begins; risk assessment Hazards in the supply chain and the process ranked so that testing and controls follow risk.Draft specifications; method validation Limits for identity, strength, composition and contaminants, with the reason for each limit.Specifications approved; suppliers qualified Part 111 specifications approved by quality control; supplier certificates relied on only after qualification (21 CFR 111.75).Independent QA release of each lot Release against approved specifications under 21 CFR Part 111 (supplements) or Part 117 (food).Complaints, CAPA, change control, annual review Signals from complaints and trends feed corrective actions and controlled changes.
ManufacturingProcess concept and equipment class Which unit operations the product will need, and whether the planned facility has them.Bench runs; scale-up risks named Heat-transfer, mass-transfer and mixing limits that can change at scale are listed early.Pilot runs; critical parameters ranged Parameters that move quality attributes are identified and given operating ranges.Confirmation batches at commercial scale The process runs at scale within its ranges and meets specifications.Commercial production; capacity plan Scheduling, materials and capacity matched to signed demand.Yield and cost improvement under change control Improvements made only through documented, assessed changes.
CommercialCustomer problem and target product profile What the buyer needs, in measurable terms: dose, format, documentation and price range.Customer interviews; price and volume hypotheses Evidence that someone will buy, before development money is committed.Samples to lead customers; supply terms drafted Customer feedback on real material; draft supply and quality terms.Customer qualification of ingredient and supplier Customers' own quality teams audit and approve the supplier and the material.Supply agreements; technical support Signed volumes and prices; application support for formulators.Account expansion; new formats and markets Reorders, new applications and new regions, each checked against its own rules.
Legal & IPInvention log; data-ownership terms set Ownership of data and inventions agreed with partners before work starts.Prior-art search; freedom-to-operate screen Early look at patents that could block the product in launch countries.Provisional or PCT filings; trade-secret controls File on engineered features backed by data; keep process know-how secret where filing would disclose it.Freedom-to-operate opinion; license terms Written opinion from patent counsel for the launch markets; licenses where needed.Contracts in force; enforcement plan Supply, quality and license agreements signed; monitoring for infringement.Prosecution, maintenance, license audits Patents prosecuted and maintained; royalty reports audited.
Regulatory items: 21 CFR 190.6 (new dietary ingredient notification at least 75 days before marketing); 21 CFR 101.93 (structure/function statement notice within 30 days of first marketing); 21 U.S.C. 379aa-1 (serious adverse event reports within 15 business days); 21 CFR Parts 111 and 117; 21 CFR 170 subpart E (GRAS notification).

Five gates release money in steps; each gate can return go, kill, hold or recycle

Stage-Gate method peer-reviewed · criteria proposed
Stages and gates for one botanical candidate: select a gate to see its criteriaProposed criteria
Text version: criteria for all five gates
GateDeliverables brought to the gateMust meet (any miss is a kill or recycle)Should meet (scored, traded off)
G1 Idea screen
Discovery → Feasibility
  • Candidate brief: identity basis, intended use
  • Literature hazard scan
  • Customer problem statement
  • Identity can be established: an orthogonal method plan exists for species, plant part and preparation
  • No intrinsic hazard is known at the intended exposure (for example aristolochic acids)
  • The intended use maps to a lawful U.S. category
  • A documented customer problem
  • No blocking patent found in a first screen
  • More than one plausible supply region
G2 Go to development
Feasibility → Development
  • Authenticated reference material
  • Bench extraction data on several lots
  • Pathway memo
  • The identity method works on real raw-material lots
  • The bench process gives a reproducible marker profile across lots
  • The regulatory pathway is decided, including NDI or GRAS status
  • Target product profile agreed with a lead customer
  • First cost-of-goods estimate within target
  • Evidence gaps listed and costed
G3 Go to validation
Development → Validation
  • Draft specifications
  • Safety evidence status
  • Pilot-scale process ranges
  • Draft specifications give a reason for every limit
  • Safety evidence gaps are closed or the studies are contracted
  • No interaction liability that dose, form or labeling cannot manage
  • Critical process parameters are ranged at pilot scale
  • Freedom-to-operate assessment for the launch markets
  • Stability trend acceptable so far
  • Positive customer feedback on samples
G4 Go to launch
Validation → Launch
  • Batch data at scale
  • Regulatory filing record
  • Label and claims review
  • Specifications met reproducibly on representative batches
  • Notification filed at least 75 days before marketing when required (21 CFR 190.6), or GRAS conclusion documented
  • Label and claims reviewed; suppliers qualified
  • Customer qualification passed
  • Supply agreement signed
  • Freedom-to-operate opinion received
G5 Post-launch review
Launch → Lifecycle
  • Complaint and adverse-event log
  • Stability status
  • Volume and margin versus plan
  • Complaint and adverse-event handling operating
  • Stability commitments on schedule
  • Every change made through change control
  • Volume and margin compared with the plan
  • Lifecycle options ranked
Explanation, details and sources

Stage-Gate, described by Robert Cooper in 1990, separates the work (stages) from the decisions (gates). EUTECNIQ's proposed must-meet criteria reject a candidate early if identity cannot be established, a hazard is known at the intended exposure, an interaction is unmanageable or a specification cannot be met. Each gate's output is go, kill, hold or recycle. Criteria wording is EUTECNIQ's proposal and would be approved by its board before use.

Cooper RG. Stage-gate systems: a new tool for managing new products. Business Horizons. 1990;33(3):44–54.

Late attrition, not early attrition, is what makes each launch expensive

Explanation, details and sources

Move the pass rates. Each stage costs more per candidate than the one before, so a candidate killed at validation has consumed most of its budget. The defaults (every gate passes half; costs 1, 5 and 15) are round numbers chosen to show the arithmetic, not data about botanical programs or EUTECNIQ.

Spend per launchS = Σk Nk ckNlaunch  Nk+1 = pk Nk
Launches from 100 ideas
Spend per launch
Spend on candidates that fail
Assumptions (illustrative)
  • 100 ideas are screened at G1; every default pass rate is 50%
  • Relative cost per candidate: feasibility 1, development 5, validation 15 relative units
  • Gates are independent; no recycling or holds
  • Not EUTECNIQ data, estimates or plans
Candidates in each stage, and where the money goesModel output
Show data: candidates and spend by stage
Spend in each stage is split into the share spent on candidates that are eventually launched and the share spent on candidates later killed. Arithmetic only.
Method, assumptions and limits
What it calculates
How many of 100 screened ideas reach launch after four gates, the average spend per launch, and the share of total spend that goes to candidates later killed.
Equations
N₁ = 100·p₁ (feasibility), N₂ = N₁·p₂ (development), N₃ = N₂·p₃ (validation), Nlaunch = N₃·p₄. Spend S = 1·N₁ + 5·N₂ + 15·N₃. Spend per launch = S / Nlaunch. Share on failures = 1 − Nlaunch·(1 + 5 + 15) / S.
Variables and units
p₁…p₄ gate pass rates (percent; illustrative default 50% each); costs in relative units per candidate per stage.
Assumptions
Independent gates; no recycling, holds or parallel work; equal cost for every candidate in a stage; screening at G1 not costed; no discounting.
Valid range
Pass rates from 5% to 100%, so at least 0.0625 launches result and no division by zero is possible. Results are expected values, so fractional candidates are meaningful.
What it does not establish
Real pass rates or costs for botanical programs or for EUTECNIQ. The relative costs are invented to show the arithmetic.
References
Cooper RG. Business Horizons. 1990;33(3):44–54 (stage-gate structure only).
Verification
Five cases (defaults, all 5%, all 100%, two mixed) checked against an independent Python implementation.

An expected-value tree shows whether the next stage is worth funding, and how sensitive that answer is

Explanation, details and sources

Each chance node multiplies the value behind it by its probability; each stage subtracts its cost. Rolling back from the right gives the expected value of starting today, in relative units. With the illustrative defaults each stage has the same expected cost (10), so starting is worth 20 and breaks even at a launch value of 240.

Rollback, stage k = 3, 2, 1EVk = max(0, −Ck + pk EVk+1)  EV4 = V
Expected value of starting
Chance of reaching launch
Break-even value V*
Assumptions (illustrative)
  • Relative units; defaults are round numbers (p = 50% at each stage; costs 10, 20, 40; V = 400), not EUTECNIQ data, estimates or plans
  • Costs are paid at the start of each stage, value is realized at launch
  • A stage is entered only if its expected value is positive; no discounting, no abandonment mid-stage, risk-neutral decision maker
  • Probabilities are judgments; the tree shows how the decision depends on them
Decision tree with rolled-back valuesModel output
Expected value of starting, as a function of the value at launchModel output
Method, assumptions and limits
What it calculates
The expected value of starting a three-stage program when the sponsor may stop before any stage, the probability of reaching launch, and the launch value at which starting breaks even.
Equations
EV₃ = max(0, −C₃ + p₃·V); EV₂ = max(0, −C₂ + p₂·EV₃); expected value of starting = −C₁ + p₁·EV₂ (shown before the final max, so a negative value means do not start). P(launch) = p₁·p₂·p₃. V* = (C₁ + p₁·C₂ + p₁·p₂·C₃) / (p₁·p₂·p₃).
Variables and units
p₁…p₃ probabilities of success (percent); C₁…C₃ stage costs and V launch value (same relative units). Illustrative defaults: p = 50% each, C = 10, 20, 40, V = 400.
Assumptions
Risk neutrality; no discounting of time; costs paid at stage start; abandonment only between stages; value realized at launch.
Valid range
The slider ranges; probabilities are at least 5%, so V* is always finite. At V = V* every continuation value is non-negative, so the closed form agrees with the rollback. V* above 600 is reported but not drawn.
What it does not establish
The probability, cost or value of any real program. Real decisions also discount time, price risk and consider portfolio effects.
References
Standard backward induction on a decision tree; the arithmetic is shown in full above.
Verification
Five cases, including the defaults and a case where the development stage is not worth entering, checked against an independent Python implementation.

A long development program spends patent term before the product earns anything

Statutes and holdings verified · not legal advice
Explanation, details and sources

The 20-year term runs from the first non-provisional or PCT filing, not from launch. Only products that needed premarket approval can recover part of it; dietary supplements cannot. Move the launch year.

Isolating a natural compound is not an invention: U.S. law excludes products of nature and laws of nature from patent eligibility, so protection shifts to formulations, processes and know-how that EUTECNIQ would engineer around the plant. EUTECNIQ owns no patents; the founder's patents are assigned to a prior employer. The six protection types and their terms are charted under background and new IP above.

Term left at launch
Term expires
Assumptions
  • Provisional filed at year 0; PCT filed at month 12 claiming its priority
  • No patent term adjustment for USPTO delay (35 U.S.C. 154(b)), which can add time
  • Extension is shown at its maximum: capped at 5 years and at 14 years of remaining term after approval (35 U.S.C. 156)
  • Prosecution length and grant date vary by office; the grant bar is schematic
Patent timeline from first filing (years)Deadlines per statute and PCT
35 U.S.C. 111(b)(5) (provisional abandoned 12 months after filing), 119(e) (non-provisional within 12 months), 154(a)(2)–(3) (20 years from filing; priority not counted), 156 (term extension: drug products, devices, food additives, color additives; 5-year cap); WIPO PCT FAQ (publication shortly after 18 months; national phase generally at 30 months from priority; grant by national or regional offices).
Method, assumptions and limits
What it calculates
Years of U.S. patent term left when a product launches L years after a provisional filing, with or without a regulatory-review extension.
Equations
Expiry without extension = 1 + 20 = 21 years after the provisional. Term left = max(0, 21 − L). Extension E = min(5, max(0, 14 − (21 − L))) if premarket approval was needed, else 0. Term left with extension = (21 − L) + E; expiry = 21 + E.
Variables and units
L launch time in years after the provisional (1–16, steps of 0.5); premarket approval yes or no.
Assumptions
The PCT or non-provisional is filed at month 12 claiming the provisional; approval coincides with launch; no patent term adjustment; the extension takes its maximum value under the 5-year and 14-year caps.
Valid range
L up to 16 years, so term left is always positive.
What it does not establish
The term of any real patent. An actual extension is computed from the testing and approval phases of the regulatory review (35 U.S.C. 156(c)) and may be shorter. Dietary supplements and cosmetics are not eligible.
References
35 U.S.C. 111(b)(5), 119(e), 154(a)(2)–(3), 154(b), 156; WIPO PCT frequently asked questions.
Verification
Six cases, including both caps, checked against an independent Python implementation.

Freedom to operate is a separate question from patentability: owning a patent does not give the right to sell

Explanation, details and sources

A patent gives its owner the right to exclude others; it does not clear the owner's own product of other people's patents. Patents are territorial, so the search is run for each launch country and each product configuration.

Freedom-to-operate workflow before each development commitmentEUTECNIQ proposal
Text version of the workflow
  1. Define product configuration, intended uses and launch countries
  2. Search in-force patents and published applications in each country
  3. Map claims compare each claim element by element with the product
  4. Rank risk by claim coverage, validity doubts and remaining term
  5. Choose design around, license, challenge validity, wait for expiry or stop
  6. Opinion written opinion from patent counsel before commitment

A redesigned product is mapped again from step 3. The workflow runs before each development commitment and again before launch, for each new country or formulation.

35 U.S.C. 271(a): whoever without authority makes, uses, offers to sell or sells a patented invention within the United States, or imports it, infringes. WIPO: patent rights are territorial and granted by national or regional offices.

A licensee or contract manufacturer has received a product only when it can meet the specification on its own batches

Explanation, details and sources

Each step ends with an acceptance criterion agreed before the work starts. Process scale-up is on the process engineering page.

Proposed workflow · rules verified
From agreement to routine supply: eight steps, each closed by an acceptance criterionEUTECNIQ proposal
Show the table (8 rows)
StepOwnerAcceptance criterionRule or reference
License or supply agreementBothScope, field, territory, payments, data rights and reference rights are signedContract; 35 U.S.C. 261 for patent rights
Quality agreementBothEach party's responsibilities for testing, release, deviations, complaints and changes are written and signedFDA guidance on quality agreements (drugs, 2016); 21 CFR 111.1: anyone who manufactures, packages, labels or holds a supplement is subject to Part 111
Technology packageSending siteProcess description, specifications, methods, raw-material sources and known risks are complete and approved21 CFR 111.70 (specifications)
Analytical method transferBothResults from a pre-approved protocol meet predetermined acceptance criteria (comparative testing, covalidation, revalidation or a justified waiver)USP general chapter <1224> Transfer of Analytical Procedures
Supplier and material qualificationReceiving siteAt least one identity test of each dietary ingredient before use; other components may rely on a supplier's certificate of analysis only after the supplier is qualified and periodically re-confirmed21 CFR 111.75(a)
Confirmation batchesReceiving siteBatches made at the receiving site meet every specification21 CFR 111.70, 111.75
Comparability reviewBothChemical fingerprint and impurity profile equivalent to the reference batches; differences explainedEUTECNIQ proposal; see NDIN on identity of the ingredient
Routine release and change controlReceiving siteQuality releases each lot against approved specifications; every change is assessed before it is made21 CFR Part 111 (supplements) or Part 117 (food)

21 CFR 111.1, 111.70, 111.75 (eCFR); U.S. FDA. Contract Manufacturing Arrangements for Drugs: Quality Agreements. Guidance for Industry, November 2016; USP general chapter <1224>. The drug guidance is cited for structure; supplement firms are bound by Part 111, not by drug guidance.

Explanation, details and sources

What each function owes at each phase, how gates decide, why late attrition is expensive, how long patent protection lasts, and how a receiving site proves it can make the product.

Three ways to start a conversation, each beginning with non-confidential information

Send the ingredient or technology, intended use, format, field and territory. A first reply would say whether there is a fit and propose a mutual NDA.

Primary sources for this page (accessed October 22, 2026)
  1. 35 U.S.C. 101–103, 111(b)(5), 112, 119(e), 154, 156, 261, 262, 271 (Cornell LII).
  2. 18 U.S.C. 1836 (Defend Trade Secrets Act of 2016).
  3. Association for Molecular Pathology v. Myriad Genetics, Inc., 569 U.S. 576 (2013); Mayo Collaborative Services v. Prometheus Laboratories, Inc., 566 U.S. 66 (2012); Uniloc USA, Inc. v. Microsoft Corp., 632 F.3d 1292 (Fed. Cir. 2011).
  4. USPTO, MPEP § 2106.04(c); WIPO, PCT frequently asked questions.
  5. 21 U.S.C. 321, 348, 355h, 364a–364d, 379aa-1; 21 CFR Parts 101.93, 111, 117, 170, 190.6, 210, 211, 312, 314 (eCFR, up to date as of 10/20/2026); 91 FR 51834 (proposed, August 11, 2026).
  6. U.S. FDA, Contract Manufacturing Arrangements for Drugs: Quality Agreements (November 2016); USP general chapter <1224>.
  7. Cooper RG. Stage-gate systems: a new tool for managing new products. Business Horizons. 1990;33(3):44–54. Lemley MA, Shapiro C. Texas Law Review. 2007;85:1991–2049.