{"schema":"https://ver.cy/schemas/card/1.0.0","id":"vr.wm-liv-023","code":"wm-liv-023-clinical-biological-specimen","url":"https://ver.cy/models/wm-liv-023-clinical-biological-specimen/","name":"Clinical / Biological Specimen","alternateNames":[],"kind":"world-model","status":"published","version":"0.3.0-research.1","language":"en","classifiers":{"family":"World Models","category":"Physical world and living systems","entryKind":"entity","plane":"","domain":["PHY.LIV.SPM"],"industry":["Cross-industry"],"navPath":"NAV.PHY.LIV.SPM","tags":["clinical","biological","specimen","phy.liv.spm"],"facets":{}},"whatItIs":"Owns one physical specimen identity, accession and label bindings, profile and material classification; source references; direct material state and quantity; actual collection context; containers, additives and seals; parent-child, split, aliquot, pool, extraction, culture and transformation lineage; processing methods, devices, reagents and quantity effects; storage position and environment; transport and custody transitions; preanalytical variables, observations, quality, contamination, sufficiency and fitness assessments; availability, reservation, allocation, consumption, destruction and disposition; consent, permit and benefit-sharing bindings; provenance, correction, access, retention and loss-aware projections. Source organisms, people, environments, body sites, collection procedures, devices, containers, repositories, requests, observations, analyses, results, datasets, consent records, permits, agreements and decisions remain external.","purpose":"Represent one governed physical material specimen and its source-qualified collection, derivation, condition, custody, quality, use and disposition history.","scope":{"in":["Physical specimen identity, material profile, source references, direct properties, quantity and collection context","Derivation, processing, containers, storage, transport, custody, quality, use and disposition history","Rights, consent and permit bindings, provenance, correction, access, retention and loss-aware interoperability"],"out":["Owning organism, person, environment, place, body site, procedure, device, container, repository, request, observation, assay, analysis, result, dataset, consent, permit, agreement or decision lifecycles","Inferring donor identity, disease, diagnosis, consent, ownership, fitness, quality or contamination status without source-qualified evidence","Protected disclosure, custody transfer, destructive use, physical disposal, external-system mutation or identity merge without authority"],"boundaries":[{"neighbor":"WM-LIV-002 Organism Individual","distinction":"The registered parent is retained as a common source reference. A specimen can also derive from another specimen, mixed organisms, environmental material, a place, substance or product, so organism parentage is not universal."},{"neighbor":"WM-LIV-024 Biobank / Sample Repository","distinction":"A repository owns collection policy, facilities, inventory services and holdings. It contains or controls specimens but does not become their physical identity or erase earlier custody."},{"neighbor":"WM-MAT-007 Laboratory Analysis","distinction":"An analysis consumes or observes specimen material and produces results or data. The specimen retains physical and derivation identity independently from request, assay and result."},{"neighbor":"Collection event and procedure","distinction":"The actual event creates or obtains the specimen from a source and is distinct from the order, planned procedure and physical material that remains afterward."},{"neighbor":"Container, label, accession and storage position","distinction":"These identify, contain or locate the specimen under a source system. Re-labeling, re-containerization or relocation never silently changes material identity."},{"neighbor":"Derived specimen and pool","distinction":"Every aliquot, split, extract, culture or transformed output receives a new identity. A pool retains membership, contribution and quantity lineage to all source specimens."},{"neighbor":"Consent, permit, agreement and ownership","distinction":"Consent, lawful basis, collection permit, MTA, ABS terms and ownership or control are external governance records. Possession or custody does not prove title or permitted use."}]},"distinguishingFeatures":["Represents one physical portion of material, not the donor organism or the environment it came from.","A label or accession refers to the specimen but does not prove which material is in the container.","Aliquots, extracts and pools are new specimens with lineage to their parents.","Custody, ownership and permission to use are separate from where the specimen is stored."],"structure":{"bundles":[{"id":"specimen-identity-boundary-type-and-source","name":"Specimen identity, boundary, type and source","description":"Groups the governed Resource Consumption concern for specimen identity, boundary, type and source.","layers":[{"id":"physical-identity-identifiers-accession-and-mastership","name":"Physical identity, identifiers, accession and mastership","description":"Groups Resource Consumption context for physical identity, identifiers, accession and mastership without importing neighboring master lifecycles.","findings":[{"id":"specimen-identifier-accession-barcode-alias-label-and-master-system","name":"Specimen identifier, accession, barcode, alias, label and master system","description":"Records specimen identifier, accession, barcode, alias, label and master system as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish specimen identifier, accession, barcode, alias, label and master system?","id":"specimen-identifier-accession-barcode-alias-label-and-master-system-q01","kind":"identity"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies specimen identifier, accession, barcode, alias, label and master system?","id":"specimen-identifier-accession-barcode-alias-label-and-master-system-q02","kind":"authority"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect specimen identifier, accession, barcode, alias, label and master system?","id":"specimen-identifier-accession-barcode-alias-label-and-master-system-q03","kind":"security"}]},{"id":"physical-entity-record-container-position-and-digital-representation-boundary","name":"Physical entity, record, container, position and digital representation boundary","description":"Records physical entity, record, container, position and digital representation boundary as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish physical entity, record, container, position and digital representation boundary?","id":"physical-entity-record-container-position-and-digital-representation-boundary-q01","kind":"classification"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies physical entity, record, container, position and digital representation boundary?","id":"physical-entity-record-container-position-and-digital-representation-boundary-q02","kind":"requirement"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect physical entity, record, container, position and digital representation boundary?","id":"physical-entity-record-container-position-and-digital-representation-boundary-q03","kind":"privacy"}]}]},{"id":"specimen-kind-profile-source-and-biological-context","name":"Specimen kind, profile, source and biological context","description":"Groups Resource Consumption context for specimen kind, profile, source and biological context without importing neighboring master lifecycles.","findings":[{"id":"clinical-research-veterinary-plant-microbial-environmental-food-and-biodiversity-profile","name":"Clinical, research, veterinary, plant, microbial, environmental, food and biodiversity profile","description":"Records clinical, research, veterinary, plant, microbial, environmental, food and biodiversity profile as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish clinical, research, veterinary, plant, microbial, environmental, food and biodiversity profile?","id":"clinical-research-veterinary-plant-microbial-environmental-food-and-biodiversity-profile-q01","kind":"classification"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies clinical, research, veterinary, plant, microbial, environmental, food and biodiversity profile?","id":"clinical-research-veterinary-plant-microbial-environmental-food-and-biodiversity-profile-q02","kind":"constraint"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect clinical, research, veterinary, plant, microbial, environmental, food and biodiversity profile?","id":"clinical-research-veterinary-plant-microbial-environmental-food-and-biodiversity-profile-q03","kind":"retention"}]},{"id":"source-subject-donor-taxon-anatomy-location-disease-and-encounter-reference","name":"Source subject, donor, taxon, anatomy, location, disease and encounter reference","description":"Records source subject, donor, taxon, anatomy, location, disease and encounter reference as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish source subject, donor, taxon, anatomy, location, disease and encounter reference?","id":"source-subject-donor-taxon-anatomy-location-disease-and-encounter-reference-q01","kind":"relationship"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies source subject, donor, taxon, anatomy, location, disease and encounter reference?","id":"source-subject-donor-taxon-anatomy-location-disease-and-encounter-reference-q02","kind":"process"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect source subject, donor, taxon, anatomy, location, disease and encounter reference?","id":"source-subject-donor-taxon-anatomy-location-disease-and-encounter-reference-q03","kind":"access"}]}]}]},{"id":"collection-physical-properties-container-and-label","name":"Collection, physical properties, container and label","description":"Groups the governed Resource Consumption concern for collection, physical properties, container and label.","layers":[{"id":"collection-event-method-actor-place-and-time","name":"Collection event, method, actor, place and time","description":"Groups Resource Consumption context for collection event, method, actor, place and time without importing neighboring master lifecycles.","findings":[{"id":"planned-versus-actual-collection-request-procedure-reason-protocol-and-collector","name":"Planned versus actual collection, request, procedure, reason, protocol and collector","description":"Records planned versus actual collection, request, procedure, reason, protocol and collector as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish planned versus actual collection, request, procedure, reason, protocol and collector?","id":"planned-versus-actual-collection-request-procedure-reason-protocol-and-collector-q01","kind":"event"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies planned versus actual collection, request, procedure, reason, protocol and collector?","id":"planned-versus-actual-collection-request-procedure-reason-protocol-and-collector-q02","kind":"event"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect planned versus actual collection, request, procedure, reason, protocol and collector?","id":"planned-versus-actual-collection-request-procedure-reason-protocol-and-collector-q03","kind":"exception"}]},{"id":"collection-time-body-site-location-device-method-and-source-condition","name":"Collection time, body site, location, device, method and source condition","description":"Records collection time, body site, location, device, method and source condition as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish collection time, body site, location, device, method and source condition?","id":"collection-time-body-site-location-device-method-and-source-condition-q01","kind":"temporal"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies collection time, body site, location, device, method and source condition?","id":"collection-time-body-site-location-device-method-and-source-condition-q02","kind":"measurement"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect collection time, body site, location, device, method and source condition?","id":"collection-time-body-site-location-device-method-and-source-condition-q03","kind":"interoperability"}]}]},{"id":"material-type-quantity-container-additive-and-seal","name":"Material type, quantity, container, additive and seal","description":"Groups Resource Consumption context for material type, quantity, container, additive and seal without importing neighboring master lifecycles.","findings":[{"id":"tissue-fluid-cell-organism-molecule-mixture-physical-state-and-composition","name":"Tissue, fluid, cell, organism, molecule, mixture, physical state and composition","description":"Records tissue, fluid, cell, organism, molecule, mixture, physical state and composition as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish tissue, fluid, cell, organism, molecule, mixture, physical state and composition?","id":"tissue-fluid-cell-organism-molecule-mixture-physical-state-and-composition-q01","kind":"composition"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies tissue, fluid, cell, organism, molecule, mixture, physical state and composition?","id":"tissue-fluid-cell-organism-molecule-mixture-physical-state-and-composition-q02","kind":"evidence"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect tissue, fluid, cell, organism, molecule, mixture, physical state and composition?","id":"tissue-fluid-cell-organism-molecule-mixture-physical-state-and-composition-q03","kind":"decision"}]},{"id":"mass-volume-count-concentration-dimensions-container-additive-seal-and-label","name":"Mass, volume, count, concentration, dimensions, container, additive, seal and label","description":"Records mass, volume, count, concentration, dimensions, container, additive, seal and label as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish mass, volume, count, concentration, dimensions, container, additive, seal and label?","id":"mass-volume-count-concentration-dimensions-container-additive-seal-and-label-q01","kind":"measurement"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies mass, volume, count, concentration, dimensions, container, additive, seal and label?","id":"mass-volume-count-concentration-dimensions-container-additive-seal-and-label-q02","kind":"quality"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect mass, volume, count, concentration, dimensions, container, additive, seal and label?","id":"mass-volume-count-concentration-dimensions-container-additive-seal-and-label-q03","kind":"identity"}]}]}]},{"id":"processing-derivation-pooling-and-quantity-lineage","name":"Processing, derivation, pooling and quantity lineage","description":"Groups the governed Resource Consumption concern for processing, derivation, pooling and quantity lineage.","layers":[{"id":"parent-child-split-aliquot-pool-extraction-and-culture-lineage","name":"Parent-child, split, aliquot, pool, extraction and culture lineage","description":"Groups Resource Consumption context for parent-child, split, aliquot, pool, extraction and culture lineage without importing neighboring master lifecycles.","findings":[{"id":"parent-input-child-output-derivation-kind-order-and-identity","name":"Parent input, child output, derivation kind, order and identity","description":"Records parent input, child output, derivation kind, order and identity as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish parent input, child output, derivation kind, order and identity?","id":"parent-input-child-output-derivation-kind-order-and-identity-q01","kind":"relationship"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies parent input, child output, derivation kind, order and identity?","id":"parent-input-child-output-derivation-kind-order-and-identity-q02","kind":"validation"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect parent input, child output, derivation kind, order and identity?","id":"parent-input-child-output-derivation-kind-order-and-identity-q03","kind":"classification"}]},{"id":"split-aliquot-pool-composite-extract-culture-fixation-and-transformation","name":"Split, aliquot, pool, composite, extract, culture, fixation and transformation","description":"Records split, aliquot, pool, composite, extract, culture, fixation and transformation as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish split, aliquot, pool, composite, extract, culture, fixation and transformation?","id":"split-aliquot-pool-composite-extract-culture-fixation-and-transformation-q01","kind":"process"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies split, aliquot, pool, composite, extract, culture, fixation and transformation?","id":"split-aliquot-pool-composite-extract-culture-fixation-and-transformation-q02","kind":"security"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect split, aliquot, pool, composite, extract, culture, fixation and transformation?","id":"split-aliquot-pool-composite-extract-culture-fixation-and-transformation-q03","kind":"composition"}]}]},{"id":"processing-method-device-reagent-actor-and-quantity-balance","name":"Processing method, device, reagent, actor and quantity balance","description":"Groups Resource Consumption context for processing method, device, reagent, actor and quantity balance without importing neighboring master lifecycles.","findings":[{"id":"processing-step-protocol-version-actor-device-reagent-lot-parameter-and-time","name":"Processing step, protocol version, actor, device, reagent lot, parameter and time","description":"Records processing step, protocol version, actor, device, reagent lot, parameter and time as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish processing step, protocol version, actor, device, reagent lot, parameter and time?","id":"processing-step-protocol-version-actor-device-reagent-lot-parameter-and-time-q01","kind":"provenance"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies processing step, protocol version, actor, device, reagent lot, parameter and time?","id":"processing-step-protocol-version-actor-device-reagent-lot-parameter-and-time-q02","kind":"privacy"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect processing step, protocol version, actor, device, reagent lot, parameter and time?","id":"processing-step-protocol-version-actor-device-reagent-lot-parameter-and-time-q03","kind":"relationship"}]},{"id":"input-output-yield-loss-residue-consumption-and-quantity-reconciliation","name":"Input, output, yield, loss, residue, consumption and quantity reconciliation","description":"Records input, output, yield, loss, residue, consumption and quantity reconciliation as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish input, output, yield, loss, residue, consumption and quantity reconciliation?","id":"input-output-yield-loss-residue-consumption-and-quantity-reconciliation-q01","kind":"validation"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies input, output, yield, loss, residue, consumption and quantity reconciliation?","id":"input-output-yield-loss-residue-consumption-and-quantity-reconciliation-q02","kind":"retention"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect input, output, yield, loss, residue, consumption and quantity reconciliation?","id":"input-output-yield-loss-residue-consumption-and-quantity-reconciliation-q03","kind":"state"}]}]}]},{"id":"storage-transport-location-custody-and-integrity","name":"Storage, transport, location, custody and integrity","description":"Groups the governed Resource Consumption concern for storage, transport, location, custody and integrity.","layers":[{"id":"storage-position-environment-duration-and-excursion","name":"Storage position, environment, duration and excursion","description":"Groups Resource Consumption context for storage position, environment, duration and excursion without importing neighboring master lifecycles.","findings":[{"id":"facility-unit-device-rack-box-slot-position-and-effective-location","name":"Facility, unit, device, rack, box, slot, position and effective location","description":"Records facility, unit, device, rack, box, slot, position and effective location as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish facility, unit, device, rack, box, slot, position and effective location?","id":"facility-unit-device-rack-box-slot-position-and-effective-location-q01","kind":"spatial"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies facility, unit, device, rack, box, slot, position and effective location?","id":"facility-unit-device-rack-box-slot-position-and-effective-location-q02","kind":"access"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect facility, unit, device, rack, box, slot, position and effective location?","id":"facility-unit-device-rack-box-slot-position-and-effective-location-q03","kind":"lifecycle"}]},{"id":"temperature-atmosphere-humidity-light-duration-freeze-thaw-and-excursion","name":"Temperature, atmosphere, humidity, light, duration, freeze-thaw and excursion","description":"Records temperature, atmosphere, humidity, light, duration, freeze-thaw and excursion as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish temperature, atmosphere, humidity, light, duration, freeze-thaw and excursion?","id":"temperature-atmosphere-humidity-light-duration-freeze-thaw-and-excursion-q01","kind":"state"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies temperature, atmosphere, humidity, light, duration, freeze-thaw and excursion?","id":"temperature-atmosphere-humidity-light-duration-freeze-thaw-and-excursion-q02","kind":"exception"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect temperature, atmosphere, humidity, light, duration, freeze-thaw and excursion?","id":"temperature-atmosphere-humidity-light-duration-freeze-thaw-and-excursion-q03","kind":"temporal"}]}]},{"id":"transport-packaging-handover-and-chain-of-custody","name":"Transport, packaging, handover and chain of custody","description":"Groups Resource Consumption context for transport, packaging, handover and chain of custody without importing neighboring master lifecycles.","findings":[{"id":"transport-leg-origin-destination-carrier-packaging-monitor-and-cold-chain","name":"Transport leg, origin, destination, carrier, packaging, monitor and cold chain","description":"Records transport leg, origin, destination, carrier, packaging, monitor and cold chain as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish transport leg, origin, destination, carrier, packaging, monitor and cold chain?","id":"transport-leg-origin-destination-carrier-packaging-monitor-and-cold-chain-q01","kind":"process"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies transport leg, origin, destination, carrier, packaging, monitor and cold chain?","id":"transport-leg-origin-destination-carrier-packaging-monitor-and-cold-chain-q02","kind":"interoperability"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect transport leg, origin, destination, carrier, packaging, monitor and cold chain?","id":"transport-leg-origin-destination-carrier-packaging-monitor-and-cold-chain-q03","kind":"spatial"}]},{"id":"custodian-possessor-controller-owner-handover-receipt-seal-and-discrepancy","name":"Custodian, possessor, controller, owner, handover, receipt, seal and discrepancy","description":"Records custodian, possessor, controller, owner, handover, receipt, seal and discrepancy as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish custodian, possessor, controller, owner, handover, receipt, seal and discrepancy?","id":"custodian-possessor-controller-owner-handover-receipt-seal-and-discrepancy-q01","kind":"ownership"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies custodian, possessor, controller, owner, handover, receipt, seal and discrepancy?","id":"custodian-possessor-controller-owner-handover-receipt-seal-and-discrepancy-q02","kind":"decision"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect custodian, possessor, controller, owner, handover, receipt, seal and discrepancy?","id":"custodian-possessor-controller-owner-handover-receipt-seal-and-discrepancy-q03","kind":"provenance"}]}]}]},{"id":"preanalytics-quality-fitness-availability-and-disposition","name":"Preanalytics, quality, fitness, availability and disposition","description":"Groups the governed Resource Consumption concern for preanalytics, quality, fitness, availability and disposition.","layers":[{"id":"preanalytical-variables-quality-observation-and-nonconformance","name":"Preanalytical variables, quality observation and nonconformance","description":"Groups Resource Consumption context for preanalytical variables, quality observation and nonconformance without importing neighboring master lifecycles.","findings":[{"id":"ischemia-delay-centrifugation-fixation-processing-storage-and-freeze-thaw-profile","name":"Ischemia, delay, centrifugation, fixation, processing, storage and freeze-thaw profile","description":"Records ischemia, delay, centrifugation, fixation, processing, storage and freeze-thaw profile as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish ischemia, delay, centrifugation, fixation, processing, storage and freeze-thaw profile?","id":"ischemia-delay-centrifugation-fixation-processing-storage-and-freeze-thaw-profile-q01","kind":"quality"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies ischemia, delay, centrifugation, fixation, processing, storage and freeze-thaw profile?","id":"ischemia-delay-centrifugation-fixation-processing-storage-and-freeze-thaw-profile-q02","kind":"identity"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect ischemia, delay, centrifugation, fixation, processing, storage and freeze-thaw profile?","id":"ischemia-delay-centrifugation-fixation-processing-storage-and-freeze-thaw-profile-q03","kind":"ownership"}]},{"id":"integrity-purity-concentration-contamination-volume-sufficiency-method-and-uncertainty","name":"Integrity, purity, concentration, contamination, volume, sufficiency, method and uncertainty","description":"Records integrity, purity, concentration, contamination, volume, sufficiency, method and uncertainty as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish integrity, purity, concentration, contamination, volume, sufficiency, method and uncertainty?","id":"integrity-purity-concentration-contamination-volume-sufficiency-method-and-uncertainty-q01","kind":"measurement"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies integrity, purity, concentration, contamination, volume, sufficiency, method and uncertainty?","id":"integrity-purity-concentration-contamination-volume-sufficiency-method-and-uncertainty-q02","kind":"classification"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect integrity, purity, concentration, contamination, volume, sufficiency, method and uncertainty?","id":"integrity-purity-concentration-contamination-volume-sufficiency-method-and-uncertainty-q03","kind":"authority"}]}]},{"id":"fitness-acceptance-allocation-use-depletion-and-disposition","name":"Fitness, acceptance, allocation, use, depletion and disposition","description":"Groups Resource Consumption context for fitness, acceptance, allocation, use, depletion and disposition without importing neighboring master lifecycles.","findings":[{"id":"purpose-qualified-fitness-acceptance-rejection-restriction-and-release","name":"Purpose-qualified fitness, acceptance, rejection, restriction and release","description":"Records purpose-qualified fitness, acceptance, rejection, restriction and release as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish purpose-qualified fitness, acceptance, rejection, restriction and release?","id":"purpose-qualified-fitness-acceptance-rejection-restriction-and-release-q01","kind":"decision"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies purpose-qualified fitness, acceptance, rejection, restriction and release?","id":"purpose-qualified-fitness-acceptance-rejection-restriction-and-release-q02","kind":"composition"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect purpose-qualified fitness, acceptance, rejection, restriction and release?","id":"purpose-qualified-fitness-acceptance-rejection-restriction-and-release-q03","kind":"requirement"}]},{"id":"available-reserved-allocated-partly-consumed-depleted-destroyed-returned-and-disposed","name":"Available, reserved, allocated, partly consumed, depleted, destroyed, returned and disposed","description":"Records available, reserved, allocated, partly consumed, depleted, destroyed, returned and disposed as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish available, reserved, allocated, partly consumed, depleted, destroyed, returned and disposed?","id":"available-reserved-allocated-partly-consumed-depleted-destroyed-returned-and-disposed-q01","kind":"lifecycle"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies available, reserved, allocated, partly consumed, depleted, destroyed, returned and disposed?","id":"available-reserved-allocated-partly-consumed-depleted-destroyed-returned-and-disposed-q02","kind":"relationship"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect available, reserved, allocated, partly consumed, depleted, destroyed, returned and disposed?","id":"available-reserved-allocated-partly-consumed-depleted-destroyed-returned-and-disposed-q03","kind":"constraint"}]}]}]},{"id":"governance-rights-provenance-lifecycle-and-exchange","name":"Governance, rights, provenance, lifecycle and exchange","description":"Groups the governed Resource Consumption concern for governance, rights, provenance, lifecycle and exchange.","layers":[{"id":"consent-lawful-basis-permit-benefit-sharing-access-and-retention","name":"Consent, lawful basis, permit, benefit sharing, access and retention","description":"Groups Resource Consumption context for consent, lawful basis, permit, benefit sharing, access and retention without importing neighboring master lifecycles.","findings":[{"id":"consent-withdrawal-purpose-lawful-basis-privacy-recontact-and-return-of-results","name":"Consent, withdrawal, purpose, lawful basis, privacy, recontact and return of results","description":"Records consent, withdrawal, purpose, lawful basis, privacy, recontact and return of results as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish consent, withdrawal, purpose, lawful basis, privacy, recontact and return of results?","id":"consent-withdrawal-purpose-lawful-basis-privacy-recontact-and-return-of-results-q01","kind":"privacy"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies consent, withdrawal, purpose, lawful basis, privacy, recontact and return of results?","id":"consent-withdrawal-purpose-lawful-basis-privacy-recontact-and-return-of-results-q02","kind":"state"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect consent, withdrawal, purpose, lawful basis, privacy, recontact and return of results?","id":"consent-withdrawal-purpose-lawful-basis-privacy-recontact-and-return-of-results-q03","kind":"process"}]},{"id":"collection-permit-mta-abs-benefit-sharing-license-access-retention-and-hold","name":"Collection permit, MTA, ABS, benefit sharing, license, access, retention and hold","description":"Records collection permit, mta, abs, benefit sharing, license, access, retention and hold as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish collection permit, mta, abs, benefit sharing, license, access, retention and hold?","id":"collection-permit-mta-abs-benefit-sharing-license-access-retention-and-hold-q01","kind":"access"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies collection permit, mta, abs, benefit sharing, license, access, retention and hold?","id":"collection-permit-mta-abs-benefit-sharing-license-access-retention-and-hold-q02","kind":"lifecycle"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect collection permit, mta, abs, benefit sharing, license, access, retention and hold?","id":"collection-permit-mta-abs-benefit-sharing-license-access-retention-and-hold-q03","kind":"event"}]}]},{"id":"provenance-correction-audit-quality-and-standards-projection","name":"Provenance, correction, audit, quality and standards projection","description":"Groups Resource Consumption context for provenance, correction, audit, quality and standards projection without importing neighboring master lifecycles.","findings":[{"id":"source-actor-method-system-correction-duplicate-merge-split-and-audit","name":"Source, actor, method, system, correction, duplicate, merge, split and audit","description":"Records source, actor, method, system, correction, duplicate, merge, split and audit as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish source, actor, method, system, correction, duplicate, merge, split and audit?","id":"source-actor-method-system-correction-duplicate-merge-split-and-audit-q01","kind":"provenance"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies source, actor, method, system, correction, duplicate, merge, split and audit?","id":"source-actor-method-system-correction-duplicate-merge-split-and-audit-q02","kind":"temporal"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect source, actor, method, system, correction, duplicate, merge, split and audit?","id":"source-actor-method-system-correction-duplicate-merge-split-and-audit-q03","kind":"measurement"}]},{"id":"fhir-miabis-biosample-phenopacket-darwin-core-ggbn-mixs-obi-and-json-projection","name":"FHIR, MIABIS, BioSample, Phenopacket, Darwin Core, GGBN, MIxS, OBI and JSON projection","description":"Records fhir, miabis, biosample, phenopacket, darwin core, ggbn, mixs, obi and json projection as a source-qualified Clinical / Biological Specimen assertion while source subjects, collection events, containers, repositories, analyses, results, consent and decisions retain external mastership.","questions":[{"text":"Which specimen identity, physical boundary, material kind, source context and direct properties establish fhir, miabis, biosample, phenopacket, darwin core, ggbn, mixs, obi and json projection?","id":"fhir-miabis-biosample-phenopacket-darwin-core-ggbn-mixs-obi-and-json-projection-q01","kind":"interoperability"},{"text":"Which collection, processing, storage, transport, custody, measurement and actor history qualifies fhir, miabis, biosample, phenopacket, darwin core, ggbn, mixs, obi and json projection?","id":"fhir-miabis-biosample-phenopacket-darwin-core-ggbn-mixs-obi-and-json-projection-q02","kind":"spatial"},{"text":"Which quality, fitness, lifecycle, access, retention, correction and interoperability rules affect fhir, miabis, biosample, phenopacket, darwin core, ggbn, mixs, obi and json projection?","id":"fhir-miabis-biosample-phenopacket-darwin-core-ggbn-mixs-obi-and-json-projection-q03","kind":"evidence"}]}]}]}]},"agentConduct":{"may":["Validate accession numbers, labels and units.","Track parent and child lineage and check quantity balance.","Record storage location changes reported by the repository.","Flag specimens past their stability limits."],"mustNot":["Collect, consume or dispose of a specimen.","Transfer custody to another party.","Reveal the donor's identity from a specimen record.","Infer diagnosis, consent or quality from the specimen type or label.","Merge specimen identities."],"requiresHuman":["Destructive use or disposal of a specimen.","Custody transfer, especially across borders.","Release of specimens or linked data for new uses."]},"ethics":{"considerations":["Specimens carry donors' genetic and health information and must be used only as consent allows.","Mislabelling can harm patients through wrong results.","Infectious material puts workers and the public at risk.","Specimens from communities and ecosystems raise benefit-sharing and permit duties."],"affectedParties":["Donors and patients","Laboratory and transport staff","Researchers","Source communities"]},"owners":{"steward":"Declare Dimension owner, specimen master, source-subject masters, collection and processing authorities, repository stewards, quality reviewers, access approvers and auditors.","roles":[{"name":"Dimension owner","responsibilities":["Own namespace, mastership, delegation, access, retention and federation rules."]},{"name":"Specimen registrar or accessioner","responsibilities":["Own physical identity, accession, label reconciliation, status and record continuity."]},{"name":"Collector or source steward","responsibilities":["Own actual collection, source matching, method, consent or permit checks and collection evidence."]},{"name":"Laboratory processor","responsibilities":["Own processing, derivation, devices, reagents, parameters and quantity accounting."]},{"name":"Repository or storage custodian","responsibilities":["Own placement, environmental monitoring, inventory, custody and retrieval evidence."]},{"name":"Quality or biosafety reviewer","responsibilities":["Own method-qualified integrity, contamination, acceptance, fitness and nonconformance assessments."]},{"name":"Data or access authority","responsibilities":["Own consent or lawful basis, permits, benefit sharing, purpose, disclosure, retention and transfer decisions."]},{"name":"Reviewer or auditor","responsibilities":["Review identity, lineage, quantity, conditions, custody, lifecycle and disclosure without rewriting originals."]}],"masterSystems":[]},"relations":[{"target":"WM-LIV-002 Organism Individual","type":"references","note":"Resolve a common organism or donor source without treating that parent as universal or importing its lifecycle."},{"target":"WM-LIV-024 Biobank / Sample Repository","type":"references","note":"Resolve repository holding, governance and storage context without replacing physical specimen identity."},{"target":"WM-MAT-007 Laboratory Analysis","type":"references","note":"Resolve downstream analysis and results while preserving specimen material and quantity lineage."},{"target":"Source subject, collection event, place, container, device, observation, consent, permit, agreement, evidence and decision masters","type":"references","note":"Resolve external context without importing neighboring identities or lifecycle."},{"target":"HL7 FHIR R5 Specimen","type":"aligned","note":"Project clinical exchange identifiers, accession, status, type, subject, collection, processing, container, parent and request links."},{"target":"ISO 20658:2023, ISO 15189:2022 and WHO laboratory quality guidance","type":"aligned","note":"Project clinical pre-examination, quality, collection, labeling, acceptance, transport, storage and disposal controls."},{"target":"ISO 20387:2018, NCI Best Practices, ISBER Best Practices and SPREC 3.0","type":"aligned","note":"Project biobank competence, quality, ethical governance and preanalytical variables with licensed or advisory limitations."},{"target":"MIABIS, NCBI BioSample and GA4GH Phenopacket Biosample","type":"aligned","note":"Project biobank, archive and clinical-genomics sample metadata and derivation context."},{"target":"Darwin Core 2026-05-26, GGBN v1, MIxS and OBI","type":"aligned","note":"Project biodiversity, environmental, sequence-context and biomedical-investigation specimen views."},{"target":"WMA Taipei, Nagoya Protocol, GDPR and ODRL 2.2","type":"aligned","note":"Project consent, lawful basis, access, benefit sharing, transfer, privacy, rights and duties."},{"target":"W3C PROV-O and DQV","type":"aligned","note":"Project derivation, revision, attribution, invalidation and quality measurement semantics."},{"target":"RFC 3339 and RFC 8785","type":"aligned","note":"Project unambiguous clocks and deterministic JSON serialization."},{"target":"WM-LIV-002 Organism Individual","type":"neighbor","note":"The registered parent is retained as a common source reference. A specimen can also derive from another specimen, mixed organisms, environmental material, a place, substance or product, so organism parentage is not universal."},{"target":"WM-LIV-024 Biobank / Sample Repository","type":"neighbor","note":"A repository owns collection policy, facilities, inventory services and holdings. It contains or controls specimens but does not become their physical identity or erase earlier custody."},{"target":"WM-MAT-007 Laboratory Analysis","type":"neighbor","note":"An analysis consumes or observes specimen material and produces results or data. The specimen retains physical and derivation identity independently from request, assay and result."},{"target":"Collection event and procedure","type":"neighbor","note":"The actual event creates or obtains the specimen from a source and is distinct from the order, planned procedure and physical material that remains afterward."},{"target":"Container, label, accession and storage position","type":"neighbor","note":"These identify, contain or locate the specimen under a source system. Re-labeling, re-containerization or relocation never silently changes material identity."},{"target":"Derived specimen and pool","type":"neighbor","note":"Every aliquot, split, extract, culture or transformed output receives a new identity. A pool retains membership, contribution and quantity lineage to all source specimens."},{"target":"Consent, permit, agreement and ownership","type":"neighbor","note":"Consent, lawful basis, collection permit, MTA, ABS terms and ownership or control are external governance records. Possession or custody does not prove title or permitted use."},{"target":"WM-LIV-002","type":"parent"}],"interaction":{"identity":{"applicability":"required","items":["Authoritative master-system specimen identifier or accession bound to one physical material entity.","Source-qualified immutable identifier for collection, derivation, processing, custody, quality or lifecycle assertion.","Adopting-Dimension UUID or ULID when no authoritative external identifier exists."]},"properties":{"applicability":"required","items":["Volume in millilitres, measured at collection and after each aliquot.","Mass in grams for solid material.","Storage temperature in degrees Celsius, logged continuously.","Time from collection to processing in minutes."]},"recognition":{"applicability":"required","items":["A specimen has an accession, a specimen type, a container, a collection time and source, and a quantity.","Often confused with a sample record in a dataset, a test result and the donor."]},"capabilities":{"applicability":"required","items":["Register specimen: Create stable identity for one physical specimen and bind its profile, source reference and master authority.","Record collection: Append the actual collection event with source, method, actor, place, device, protocol and time.","Assign container and label: Bind a container, additive, seal and label to the specimen without replacing material identity.","Derive specimen: Create child identities for split, aliquot, pool, extract, culture or transformed outputs and preserve every input.","Record processing: Append processing steps, devices, reagents, parameters, actors, clocks and quantity effects.","Store and move specimen: Record effective location, environmental conditions, moves, excursions and freeze-thaw events.","Transfer custody: Record an attributable handover, receipt, seal state and discrepancy without inferring ownership.","Assess quality and fitness: Append method- and purpose-qualified integrity, contamination, sufficiency, acceptance or rejection assessments.","Allocate, consume and dispose: Reserve, allocate, partially consume, deplete, return, destroy or dispose material with quantity and authority controls.","Project authorized view: Produce a minimum-necessary standards projection with identity, privacy and semantic-loss controls."]},"hazards":{"applicability":"required","items":["Mislabelling and specimen swaps.","Contamination and degradation.","Biohazard exposure.","Use beyond consent."]},"interfaces":{"applicability":"required","items":["HL7 FHIR Specimen.","ISO 20387 biobanking.","ISO 15189 medical laboratories.","ISBT 128 for medical products of human origin.","SPREC sample pre-analytical code."]},"context":{"applicability":"required","items":["Human clinical requirements do not govern all veterinary, plant, microbial, environmental, food or biodiversity specimens.","ISO standards and ISBER practices include licensed or advisory material; exact releases and allowed use must be pinned before conformance claims.","Consent, privacy, access, benefit sharing, collection permits, biosafety, transport, retention and disposal depend on jurisdiction, species, material and purpose."]}},"sources":[{"title":"FHIR R5 Specimen","url":"https://hl7.org/fhir/R5/specimen.html","note":"Health Level Seven International"},{"title":"Requirements for the collection and transport of samples for medical laboratory examinations","url":"https://www.iso.org/standard/80035.html","note":"International Organization for Standardization"},{"title":"Medical laboratories: Requirements for quality and competence","url":"https://www.iso.org/standard/76677.html","note":"International Organization for Standardization"},{"title":"Biotechnology: Biobanking general requirements","url":"https://www.iso.org/standard/67888.html","note":"International Organization for Standardization"},{"title":"Laboratory quality management system handbook","url":"https://www.who.int/publications-detail-redirect/9789241548274","note":"World Health Organization"},{"title":"NCI Best Practices for Biospecimen Resources","url":"https://biospecimens.cancer.gov/bestpractices/overview.asp","note":"National Cancer Institute"},{"title":"ISBER Best Practices for Repositories","url":"https://www.isber.org/page/BPR","note":"International Society for Biological and Environmental Repositories"},{"title":"Standard PREanalytical Code","url":"https://cdn.ymaws.com/www.isber.org/resource/resmgr/isber_2019/pdf/standard_preanalytical_code_.pdf","note":"International Society for Biological and Environmental Repositories"},{"title":"Minimum Information About BIobank data Sharing","url":"https://miabis.bbmri-eric.eu/README","note":"BBMRI-ERIC"},{"title":"BioSample Documentation","url":"https://www.ncbi.nlm.nih.gov/biosample/docs/","note":"National Center for Biotechnology Information"},{"title":"BioSample Packages","url":"https://www.ncbi.nlm.nih.gov/biosample/docs/packages/","note":"National Center for Biotechnology Information"},{"title":"Phenopacket Schema Biosample","url":"https://phenopacket-schema.readthedocs.io/en/stable/biosample.html","note":"Global Alliance for Genomics and Health"},{"title":"Darwin Core List of Terms","url":"https://dwc.tdwg.org/list/","note":"Biodiversity Information Standards"},{"title":"GGBN Data Standard","url":"https://www.ggbn.org/ggbn_portal/site/wf?p=GGBN_Data_Standard","note":"Global Genome Biodiversity Network"},{"title":"Minimum Information about any Sequence","url":"https://genomicsstandardsconsortium.github.io/mixs/","note":"Genomic Standards Consortium"},{"title":"Ontology for Biomedical Investigations","url":"https://github.com/obi-ontology/obi","note":"OBI Consortium"},{"title":"Declaration of Taipei on Health Databases and Biobanks","url":"https://www.wma.net/policies-post/wma-declaration-of-taipei-on-ethical-considerations-regarding-health-databases-and-biobanks/","note":"World Medical Association"},{"title":"Nagoya Protocol on Access and Benefit-sharing","url":"https://www.cbd.int/abs/doc/protocol/nagoya-protocol-en.pdf","note":"Convention on Biological Diversity"},{"title":"General Data Protection Regulation","url":"https://eur-lex.europa.eu/eli/reg/2016/679/2016-05-04/eng","note":"European Union"},{"title":"PROV-O: The PROV Ontology","url":"https://www.w3.org/TR/prov-o/","note":"World Wide Web Consortium"},{"title":"Data Quality Vocabulary","url":"https://www.w3.org/TR/vocab-dqv/","note":"World Wide Web Consortium"},{"title":"ODRL Information Model 2.2","url":"https://www.w3.org/TR/odrl-model/","note":"World Wide Web Consortium"},{"title":"Date and Time on the Internet","url":"https://www.rfc-editor.org/rfc/rfc3339.html","note":"Internet Engineering Task Force"},{"title":"JSON Canonicalization Scheme","url":"https://www.rfc-editor.org/rfc/rfc8785.html","note":"Internet Engineering Task Force"}],"openQuestions":["Develop specimen-type, assay, preservation, biosafety, dangerous-goods, disease, species and jurisdiction profiles with domain experts.","Resolve detailed sibling boundaries for source subjects, sampling events, containers, repositories, inventory, analyses, observations, results, evidence, consent, permits, agreements and decisions.","Pin production crosswalks to exact FHIR, ISO, ISBER, MIABIS, BioSample, Phenopacket, Darwin Core, GGBN, MIxS and OBI releases and execute conformance suites.","Obtain independent laboratory, pathology, biobank, biodiversity, veterinary, privacy, legal, biosafety, logistics, security and records review.","Specimen-type, disease, assay, preservation, biosafety, dangerous-goods, species, clinical, biodiversity and jurisdiction profiles require expert review.","Source organisms, people, environments, places, devices, containers, procedures, repositories, observations, analyses, results, consents, permits, agreements, datasets and decisions remain neighboring masters.","Automated collection, diagnosis, fitness approval, access grant, custody transfer, destructive use and disposal remain outside unreviewed agent authority."],"resources":{"spec":"/models/wm-liv-023-clinical-biological-specimen/spec.yaml","agents":"/models/wm-liv-023-clinical-biological-specimen/AGENTS.md","source":"https://github.com/ver-cy/world-models/tree/feat/mega-model-registry/research/runs/wm-liv-023"},"provenance":{"origin":"world-models research","builtFrom":["models/wm-liv-023-clinical-biological-specimen/spec.yaml","ver-cy/world-models/card-supplements/wm-liv-023-clinical-biological-specimen.json"],"providers":["Codex"],"researchStatus":"reviewable-draft","generatedAt":"2026-09-07T10:15:46Z","builder":"tools/build_cards.py@1.0.0"},"completeness":{"sections":{"classifiers":"filled","whatItIs":"filled","purpose":"filled","distinguishingFeatures":"filled","structure":"filled","agentConduct":"filled","ethics":"filled","owners":"filled","relations":"filled","interaction.identity":"filled","interaction.properties":"filled","interaction.recognition":"filled","interaction.capabilities":"filled","interaction.hazards":"filled","interaction.interfaces":"filled","interaction.context":"filled","sources":"filled"},"notes":{"_supplement":"Sections authored in card supplement 1.0.0 by Claude (Opus 5.5) (2026-10-05, unreviewed). Written from the published specification and established practice in the field; no new sources were read. Unreviewed."},"score":1.0}}