Pharmaceutical Quality (Industry)
1.0.0 - STU1
Pharmaceutical Quality (Industry)
1.0.0 - STU1
This page is part of the Pharmaceutical Quality (Industry) (v1.0.0: STU1) based on FHIR (HL7® FHIR® Standard) v5.0.0. This is the current published version. For a full list of available versions, see the Directory of published versions
@prefix fhir: <http://hl7.org/fhir/> . @prefix owl: <http://www.w3.org/2002/07/owl#> . @prefix rdfs: <http://www.w3.org/2000/01/rdf-schema#> . @prefix xsd: <http://www.w3.org/2001/XMLSchema#> . # - resource ------------------------------------------------------------------- # Substance Characterization (Elucidation of Structure) a fhir:Bundle ; fhir:nodeRole fhir:treeRoot ; fhir:id [ fhir:v "bundle-drug-substance-characterization-pq-ex1"] ; # fhir:meta [ ( fhir:profile [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Bundle-drug-substance-characterization-pq"^^xsd:anyURI ; fhir:link <http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Bundle-drug-substance-characterization-pq> ] ) ] ; # fhir:type [ fhir:v "collection"] ; # fhir:entry ( [ fhir:fullUrl [ fhir:v "urn:uuid:2038e4c7-22b8-4c56-2d28-6c077648763f"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:2038e4c7-22b8-4c56-2d28-6c077648763f> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:b664977d-799d-a1ce-928a-5def2a9955bd"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:b664977d-799d-a1ce-928a-5def2a9955bd> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd17b5d6-9fe1-91c2-2d06-47cb5b295e72"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd17b5d6-9fe1-91c2-2d06-47cb5b295e72> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd17b5d6-9fe1-91c2-2d06-47cb5b295e73"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd17b5d6-9fe1-91c2-2d06-47cb5b295e73> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd17b5d6-9fe1-91c2-2d06-47cb5b295e74"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd17b5d6-9fe1-91c2-2d06-47cb5b295e74> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd17b5d6-9fe1-91c2-2d06-47cb5b295e75"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd17b5d6-9fe1-91c2-2d06-47cb5b295e75> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd17b5d6-9fe1-91c3-2d06-47cb5b295e72"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd17b5d6-9fe1-91c3-2d06-47cb5b295e72> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd17b5d6-9fe1-91c4-2d06-47cb5b295e72"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd17b5d6-9fe1-91c4-2d06-47cb5b295e72> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd18b5d6-9fe1-91c4-2d06-47cb5b295e72"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd18b5d6-9fe1-91c4-2d06-47cb5b295e72> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd17b5d6-9fe1-91c5-2d06-47cb5b295e72"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd17b5d6-9fe1-91c5-2d06-47cb5b295e72> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd17b5d6-9fe2-91c2-2d06-47cb5b295e72"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd17b5d6-9fe2-91c2-2d06-47cb5b295e72> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd17b5d6-9ff1-91c5-2d06-47cb5b295e72"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd17b5d6-9ff1-91c5-2d06-47cb5b295e72> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd17b5d6-9ff1-91c5-2d06-47cb5b295e73"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd17b5d6-9ff1-91c5-2d06-47cb5b295e73> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd17b5d6-9ff1-91c5-2d06-47cb5b295e74"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd17b5d6-9ff1-91c5-2d06-47cb5b295e74> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd17b5d6-9ff1-91c5-2d06-47cb5b295e75"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd17b5d6-9ff1-91c5-2d06-47cb5b295e75> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:9c56948c-2a39-6609-1c01-4d197ea57a33"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:9c56948c-2a39-6609-1c01-4d197ea57a33> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:9c56948c-2a39-6609-1c01-4d197ea57a34"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:9c56948c-2a39-6609-1c01-4d197ea57a34> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:9c56948c-2a39-6609-1c01-4d197ea57a35"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:9c56948c-2a39-6609-1c01-4d197ea57a35> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:9c56948c-3a39-6609-1c01-4d197ea57a35"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:9c56948c-3a39-6609-1c01-4d197ea57a35> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:9c56948c-3a39-6609-1c01-4d197ea57a33"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:9c56948c-3a39-6609-1c01-4d197ea57a33> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:9c56948c-4a39-6609-1c01-4d197ea57a34"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:9c56948c-4a39-6609-1c01-4d197ea57a34> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:9c56948c-5a39-6609-1c01-4d197ea57a35"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:9c56948c-5a39-6609-1c01-4d197ea57a35> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:9c56948c-6a39-6609-1c01-4d197ea57a35"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:9c56948c-6a39-6609-1c01-4d197ea57a35> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd27b5d6-9fe2-91c2-2d06-47cb5b295e72"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd27b5d6-9fe2-91c2-2d06-47cb5b295e72> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd27b5d6-9fe2-91c2-2d06-47cb5b295e73"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd27b5d6-9fe2-91c2-2d06-47cb5b295e73> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd27b5d6-9fe2-91c2-2d06-47cb5b295e74"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd27b5d6-9fe2-91c2-2d06-47cb5b295e74> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd27b5d6-9fe2-91c2-2d16-47cb5b295e74"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd27b5d6-9fe2-91c2-2d16-47cb5b295e74> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd27b5d6-9fe2-91c2-2d26-47cb5b295e74"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd27b5d6-9fe2-91c2-2d26-47cb5b295e74> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd27b5d6-9fe2-91c2-2d36-47cb5b295e74"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd27b5d6-9fe2-91c2-2d36-47cb5b295e74> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fd27b5d6-9fe2-91c2-2d46-47cb5b295e74"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fd27b5d6-9fe2-91c2-2d46-47cb5b295e74> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:57a9af63-315d-1585-a261-0e337b289390"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:57a9af63-315d-1585-a261-0e337b289390> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:49d2f0c0-4b28-9271-8aaf-2996a8b9739c"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:49d2f0c0-4b28-9271-8aaf-2996a8b9739c> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:378fbe5f-5926-3a5c-4c64-5428df877b08"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:378fbe5f-5926-3a5c-4c64-5428df877b08> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:fc078762-81c5-5656-9744-13c7ad1e595b"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:fc078762-81c5-5656-9744-13c7ad1e595b> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:9c56948c-2b39-6609-1c01-4d197ea57a33"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:9c56948c-2b39-6609-1c01-4d197ea57a33> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:9c56948c-2b39-6609-1c01-4d197ea57a34"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:9c56948c-2b39-6609-1c01-4d197ea57a34> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:9c56948c-2b39-6619-1c01-4d197ea57a34"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:9c56948c-2b39-6619-1c01-4d197ea57a34> ) ] [ fhir:fullUrl [ fhir:v "urn:uuid:9c56948c-2b39-6609-1c01-4d197ea57a35"^^xsd:anyURI ] ; ( fhir:resource <urn:uuid:9c56948c-2b39-6609-1c01-4d197ea57a35> ) ] ) . # <urn:uuid:2038e4c7-22b8-4c56-2d28-6c077648763f> a fhir:PlanDefinition ; fhir:id [ fhir:v "2038e4c7-22b8-4c56-2d28-6c077648763f"] ; # characterizationProtocol fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"PlanDefinition_2038e4c7-22b8-4c56-2d28-6c077648763f\"> </a><p><b>Generated Narrative: PlanDefinition</b><a name=\"2038e4c7-22b8-4c56-2d28-6c077648763f\"> </a><a name=\"hc2038e4c7-22b8-4c56-2d28-6c077648763f\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource PlanDefinition "2038e4c7-22b8-4c56-2d28-6c077648763f" </p></div><p><b>url</b>: <code>http://example-server.com/fhir/PlanDefinition/2038e4c7-22b8-4c56-2d28-6c077648763f</code></p><p><b>title</b>: Elucidation of Structure</p><p><b>type</b>: Workflow Definition <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"http://terminology.hl7.org/5.0.0/CodeSystem-plan-definition-type.html\">PlanDefinitionType</a>#workflow-definition; <a href=\"CodeSystem-pharmaceutical-plan-type.html\">Pharmaceutical Plan Type Codes</a>#elucidation-of-structure "Elucidation of Structure")</span></p><p><b>status</b>: active</p><p><b>subject</b>: See on this page: SubstanceDefinition/57a9af63-315d-1585-a261-0e337b289390</p><p><b>description</b>: Pre-defined validation acceptance criteria were established based on manufacturing development data derived from process characterization studies...</p><blockquote><p><b>action</b></p><p><b>prefix</b>: 1</p><p><b>title</b>: Elemental Analyis</p><p><b>description</b>: Description of this step</p><p><b>code</b>: Elemental Analyis <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-structure-characterization-technique.html\">Structure Characterization Technique Codes</a>#elemental-analyis)</span></p><h3>Actions</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Code</b></td><td><b>Definition[x]</b></td></tr><tr><td style=\"display: none\">*</td><td>Test <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> ()</span></td><td><a href=\"http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72\">http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72</a></td></tr><tr><td style=\"display: none\">*</td><td>Test <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> ()</span></td><td><a href=\"http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e73\">http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e73</a></td></tr><tr><td style=\"display: none\">*</td><td>Test <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> ()</span></td><td><a href=\"http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e74\">http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e74</a></td></tr><tr><td style=\"display: none\">*</td><td>Test <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> ()</span></td><td><a href=\"http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e75\">http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e75</a></td></tr></table></blockquote><blockquote><p><b>action</b></p><p><b>prefix</b>: 2</p><p><b>title</b>: List of Theoretical and Observed HCD MS/MS Ions</p><p><b>description</b>: Description of this step</p><p><b>code</b>: Ion Analyis <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-structure-characterization-technique.html\">Structure Characterization Technique Codes</a>#ion-analyis)</span></p><h3>Actions</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Code</b></td><td><b>Definition[x]</b></td></tr><tr><td style=\"display: none\">*</td><td>Test <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> ()</span></td><td><a href=\"http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c3-2d06-47cb5b295e72\">http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c3-2d06-47cb5b295e72</a></td></tr><tr><td style=\"display: none\">*</td><td>Test <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> ()</span></td><td><a href=\"http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c4-2d06-47cb5b295e72\">http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c4-2d06-47cb5b295e72</a></td></tr><tr><td style=\"display: none\">*</td><td>Test <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> ()</span></td><td><a href=\"http://example-server.com/fhir/ObservationDefinition/fd18b5d6-9fe1-91c4-2d06-47cb5b295e72\">http://example-server.com/fhir/ObservationDefinition/fd18b5d6-9fe1-91c4-2d06-47cb5b295e72</a></td></tr><tr><td style=\"display: none\">*</td><td>Test <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> ()</span></td><td><a href=\"http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c5-2d06-47cb5b295e72\">http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c5-2d06-47cb5b295e72</a></td></tr></table></blockquote><blockquote><p><b>action</b></p><p><b>prefix</b>: 2.3.fig7</p><p><b>title</b>: Structure of Stelbatolol With Number Assignments</p><p><b>description</b>: Description of this step</p><p><b>code</b>: Structure <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-structure-characterization-technique.html\">Structure Characterization Technique Codes</a>#structure)</span></p><h3>Actions</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Code</b></td><td><b>Definition[x]</b></td></tr><tr><td style=\"display: none\">*</td><td>Test <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> ()</span></td><td><a href=\"http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e72\">http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e72</a></td></tr></table></blockquote><blockquote><p><b>action</b></p><p><b>prefix</b>: 3</p><p><b>title</b>: Interpretation of the 1D 1H NMR and 13C NMR Spectra of Stelbatolol in DMSO-d6</p><p><b>description</b>: Description of this step</p><p><b>code</b>: NMR <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-structure-characterization-technique.html\">Structure Characterization Technique Codes</a>#nmr)</span></p><h3>Actions</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Code</b></td><td><b>Definition[x]</b></td></tr><tr><td style=\"display: none\">*</td><td>Test <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> ()</span></td><td><a href=\"http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72\">http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72</a></td></tr></table></blockquote><blockquote><p><b>action</b></p><p><b>prefix</b>: 2.6.fig10</p><p><b>title</b>: Molecular Structure of Stalbatalol (Lot SUB1Amgen) Determined by Single Crystal X-ray Diffraction Analysis</p><p><b>description</b>: Description of this step</p><p><b>code</b>: Molecular Structure <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-structure-characterization-technique.html\">Structure Characterization Technique Codes</a>#MolecularStructure)</span></p><h3>Actions</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Code</b></td><td><b>Definition[x]</b></td></tr><tr><td style=\"display: none\">*</td><td>Test <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> ()</span></td><td><a href=\"http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e74\">http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e74</a></td></tr></table></blockquote><blockquote><p><b>action</b></p><p><b>prefix</b>: 3.2.fig11</p><p><b>title</b>: X-ray Powder Diffractogram of Stalbatolol (Lot SUB1Amgen)</p><p><b>description</b>: Description of this step</p><p><b>code</b>: Diffractogram <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-structure-characterization-technique.html\">Structure Characterization Technique Codes</a>#diffractogram)</span></p><h3>Actions</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Code</b></td><td><b>Definition[x]</b></td></tr><tr><td style=\"display: none\">*</td><td>Test <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> ()</span></td><td><a href=\"http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e73\">http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e73</a></td></tr></table></blockquote><blockquote><p><b>action</b></p><p><b>prefix</b>: 2.4.fig9</p><p><b>title</b>: UV/Visible Absorption Spectrum of Stelbataol (Lot SUB1Amgen)</p><p><b>description</b>: Description of this step</p><p><b>code</b>: Absorption <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-structure-characterization-technique.html\">Structure Characterization Technique Codes</a>#absorption)</span></p><h3>Actions</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Code</b></td><td><b>Definition[x]</b></td></tr><tr><td style=\"display: none\">*</td><td>Test <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> ()</span></td><td><a href=\"http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e75\">http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e75</a></td></tr></table></blockquote></div>" ] ; # fhir:url [ fhir:v "http://example-server.com/fhir/PlanDefinition/2038e4c7-22b8-4c56-2d28-6c077648763f"^^xsd:anyURI] ; # http://example-server.com/fhir/PlanDefinition/2038e4c7-22b8-4c56-2d28-6c077648763f fhir:title [ fhir:v "Elucidation of Structure"] ; # fhir:type [ ( fhir:coding [ fhir:system [ fhir:v "http://terminology.hl7.org/CodeSystem/plan-definition-type"^^xsd:anyURI ] ; fhir:code [ fhir:v "workflow-definition" ] ; fhir:display [ fhir:v "Workflow Definition" ] ] [ fhir:system [ fhir:v "http://terminology.hl7.org/CodeSystem/pharmaceutical-plan-type"^^xsd:anyURI ] ; fhir:code [ fhir:v "elucidation-of-structure" ] ; fhir:display [ fhir:v "Elucidation of Structure" ] ] ) ] ; # fhir:status [ fhir:v "active"] ; # fhir:subject [ a fhir:Reference ; fhir:reference [ fhir:v "SubstanceDefinition/57a9af63-315d-1585-a261-0e337b289390" ] # SubstanceDefinition\/substancedefinition-component-substance-dxpq-ex1 ] ; # fhir:description [ fhir:v "Pre-defined validation acceptance criteria were established based on manufacturing development data derived from process characterization studies..."] ; # fhir:action ( [ fhir:prefix [ fhir:v "1" ] ; fhir:title [ fhir:v "Elemental Analyis" ] ; fhir:description [ fhir:v "Description of this step" ] ; fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://terminology.hl7.org/CodeSystem/structure-characterization-technique"^^xsd:anyURI ] ; fhir:code [ fhir:v "elemental-analyis" ] ; fhir:display [ fhir:v "Elemental Analyis" ] ] ) ] ; ( fhir:action [ fhir:code [ fhir:text [ fhir:v "Test" ] ] ; fhir:definition [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72"^^xsd:anyURI ; fhir:link <http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72> ] # ObservationDefinition\/ElementalAnalysisCarbon ] [ fhir:code [ fhir:text [ fhir:v "Test" ] ] ; fhir:definition [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e73"^^xsd:anyURI ; fhir:link <http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e73> ] # ObservationDefinition\/ElementalAnalysisHydrogen ] [ fhir:code [ fhir:text [ fhir:v "Test" ] ] ; fhir:definition [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e74"^^xsd:anyURI ; fhir:link <http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e74> ] # ObservationDefinition\/ElementalAnalysisNitrogen ] [ fhir:code [ fhir:text [ fhir:v "Test" ] ] ; fhir:definition [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e75"^^xsd:anyURI ; fhir:link <http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e75> ] # ObservationDefinition\/ElementalAnalysisFlourine ] ) ] [ fhir:prefix [ fhir:v "2" ] ; fhir:title [ fhir:v "List of Theoretical and Observed HCD MS/MS Ions" ] ; fhir:description [ fhir:v "Description of this step" ] ; fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://terminology.hl7.org/CodeSystem/structure-characterization-technique"^^xsd:anyURI ] ; fhir:code [ fhir:v "ion-analyis" ] ; fhir:display [ fhir:v "Ion Analyis" ] ] ) ] ; ( fhir:action [ fhir:code [ fhir:text [ fhir:v "Test" ] ] ; fhir:definition [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c3-2d06-47cb5b295e72"^^xsd:anyURI ; fhir:link <http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c3-2d06-47cb5b295e72> ] # ObservationDefinition\/IonAnalysisCarbon ] [ fhir:code [ fhir:text [ fhir:v "Test" ] ] ; fhir:definition [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c4-2d06-47cb5b295e72"^^xsd:anyURI ; fhir:link <http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c4-2d06-47cb5b295e72> ] # ObservationDefinition\/IonAnalysisHydrogen ] [ fhir:code [ fhir:text [ fhir:v "Test" ] ] ; fhir:definition [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd18b5d6-9fe1-91c4-2d06-47cb5b295e72"^^xsd:anyURI ; fhir:link <http://example-server.com/fhir/ObservationDefinition/fd18b5d6-9fe1-91c4-2d06-47cb5b295e72> ] # ObservationDefinition\/IonAnalysisNitrogen ] [ fhir:code [ fhir:text [ fhir:v "Test" ] ] ; fhir:definition [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c5-2d06-47cb5b295e72"^^xsd:anyURI ; fhir:link <http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c5-2d06-47cb5b295e72> ] # ObservationDefinition\/IonAnalysisFlourine ] ) ] [ fhir:prefix [ fhir:v "2.3.fig7" ] ; fhir:title [ fhir:v "Structure of Stelbatolol With Number Assignments" ] ; fhir:description [ fhir:v "Description of this step" ] ; fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://terminology.hl7.org/CodeSystem/structure-characterization-technique"^^xsd:anyURI ] ; fhir:code [ fhir:v "structure" ] ; fhir:display [ fhir:v "Structure" ] ] ) ] ; ( fhir:action [ fhir:code [ fhir:text [ fhir:v "Test" ] ] ; fhir:definition [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e72"^^xsd:anyURI ; fhir:link <http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e72> ] # ObservationDefinition\/Structure ] ) ] [ fhir:prefix [ fhir:v "3" ] ; fhir:title [ fhir:v "Interpretation of the 1D 1H NMR and 13C NMR Spectra of Stelbatolol in DMSO-d6" ] ; fhir:description [ fhir:v "Description of this step" ] ; fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://terminology.hl7.org/CodeSystem/structure-characterization-technique"^^xsd:anyURI ] ; fhir:code [ fhir:v "nmr" ] ; fhir:display [ fhir:v "NMR" ] ] ) ] ; ( fhir:action [ fhir:code [ fhir:text [ fhir:v "Test" ] ] ; fhir:definition [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72"^^xsd:anyURI ; fhir:link <http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72> ] # ObservationDefinition\/NMR ] ) ] [ fhir:prefix [ fhir:v "2.6.fig10" ] ; fhir:title [ fhir:v "Molecular Structure of Stalbatalol (Lot SUB1Amgen) Determined by Single Crystal X-ray Diffraction Analysis" ] ; fhir:description [ fhir:v "Description of this step" ] ; fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://terminology.hl7.org/CodeSystem/structure-characterization-technique"^^xsd:anyURI ] ; fhir:code [ fhir:v "MolecularStructure" ] ; fhir:display [ fhir:v "Molecular Structure" ] ] ) ] ; ( fhir:action [ fhir:code [ fhir:text [ fhir:v "Test" ] ] ; fhir:definition [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e74"^^xsd:anyURI ; fhir:link <http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e74> ] # ObservationDefinition\/MolecularStructure ] ) ] [ fhir:prefix [ fhir:v "3.2.fig11" ] ; fhir:title [ fhir:v "X-ray Powder Diffractogram of Stalbatolol (Lot SUB1Amgen)" ] ; fhir:description [ fhir:v "Description of this step" ] ; fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://terminology.hl7.org/CodeSystem/structure-characterization-technique"^^xsd:anyURI ] ; fhir:code [ fhir:v "diffractogram" ] ; fhir:display [ fhir:v "Diffractogram" ] ] ) ] ; ( fhir:action [ fhir:code [ fhir:text [ fhir:v "Test" ] ] ; fhir:definition [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e73"^^xsd:anyURI ; fhir:link <http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e73> ] # ObservationDefinition\/Diffractogram ] ) ] [ fhir:prefix [ fhir:v "2.4.fig9" ] ; fhir:title [ fhir:v "UV/Visible Absorption Spectrum of Stelbataol (Lot SUB1Amgen)" ] ; fhir:description [ fhir:v "Description of this step" ] ; fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://terminology.hl7.org/CodeSystem/structure-characterization-technique"^^xsd:anyURI ] ; fhir:code [ fhir:v "absorption" ] ; fhir:display [ fhir:v "Absorption" ] ] ) ] ; ( fhir:action [ fhir:code [ fhir:text [ fhir:v "Test" ] ] ; fhir:definition [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e75"^^xsd:anyURI ; fhir:link <http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e75> ] # ObservationDefinition\/Absorption ] ) ] ) . # <urn:uuid:b664977d-799d-a1ce-928a-5def2a9955bd> a fhir:DiagnosticReport ; fhir:id [ fhir:v "processValidationReport"] ; # ideally this wants a subject, but it can only be a Medication (batch) and we have multiple. # however the observations themselves do have subjects fhir:text [ fhir:status [ fhir:v "extensions" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"DiagnosticReport_processValidationReport\"> </a><p><b>Generated Narrative: DiagnosticReport</b><a name=\"processValidationReport\"> </a><a name=\"hcprocessValidationReport\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource DiagnosticReport "processValidationReport" </p></div><p><b>Triggered by</b>: See on this page: PlanDefinition/2038e4c7-22b8-4c56-2d28-6c077648763f</p><p><b>status</b>: final</p><p><b>code</b>: Characterization Report <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-pharmaceutical-report-type.html\">Pharmaceutical Report Type Codes</a>#Characterization Report)</span></p><p><b>effective</b>: 2020-12</p><p><b>result</b>: </p><ul><li>See on this page: Observation/9c56948c-2a39-6609-1c01-4d197ea57a33</li><li>See on this page: Observation/9c56948c-2a39-6609-1c01-4d197ea57a34</li><li>See on this page: Observation/9c56948c-2a39-6609-1c01-4d197ea57a35</li><li>See on this page: Observation/9c56948c-3a39-6609-1c01-4d197ea57a35</li><li>See on this page: Observation/9c56948c-3a39-6609-1c01-4d197ea57a33</li><li>See on this page: Observation/9c56948c-4a39-6609-1c01-4d197ea57a34</li><li>See on this page: Observation/9c56948c-5a39-6609-1c01-4d197ea57a35</li><li>See on this page: Observation/9c56948c-6a39-6609-1c01-4d197ea57a35</li><li>See on this page: Observation/9c56948c-2b39-6609-1c01-4d197ea57a33</li><li>See on this page: Observation/fd27b5d6-9fe2-91c2-2d06-47cb5b295e72</li><li>See on this page: Observation/fd27b5d6-9fe2-91c2-2d06-47cb5b295e73</li><li>See on this page: Observation/fd27b5d6-9fe2-91c2-2d06-47cb5b295e74</li><li>See on this page: Observation/fd27b5d6-9fe2-91c2-2d16-47cb5b295e74</li><li>See on this page: Observation/fd27b5d6-9fe2-91c2-2d26-47cb5b295e74</li><li>See on this page: Observation/fd27b5d6-9fe2-91c2-2d36-47cb5b295e74</li><li>See on this page: Observation/fd27b5d6-9fe2-91c2-2d46-47cb5b295e74</li><li>See on this page: Observation/9c56948c-2b39-6609-1c01-4d197ea57a35</li><li>See on this page: Observation/9c56948c-2b39-6619-1c01-4d197ea57a34</li><li>See on this page: Observation/9c56948c-2b39-6609-1c01-4d197ea57a34</li></ul><p><b>conclusion</b>: The samples have been assessed and the conclusion is...</p></div>" ] ; # fhir:extension ( [ fhir:url [ fhir:v "http://hl7.org/fhir/StructureDefinition/workflow-triggeredBy"^^xsd:anyURI ] ; fhir:value [ a fhir:Reference ; fhir:reference [ fhir:v "PlanDefinition/2038e4c7-22b8-4c56-2d28-6c077648763f" ] # PlanDefinition\/characterizationProtocol ] ] ) ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://terminology.hl7.org/CodeSystem/pharmaceutical-report-type"^^xsd:anyURI ] ; fhir:code [ fhir:v "Characterization Report" ] ; fhir:display [ fhir:v "Characterization Report" ] ] ) ] ; # fhir:effective [ fhir:v "2020-12"^^xsd:gYearMonth] ; # fhir:result ( [ fhir:reference [ fhir:v "Observation/9c56948c-2a39-6609-1c01-4d197ea57a33" ] # Observation\/elementalAnalysisCarbon ] [ fhir:reference [ fhir:v "Observation/9c56948c-2a39-6609-1c01-4d197ea57a34" ] # Observation\/elementalAnalysisHydrogen ] [ fhir:reference [ fhir:v "Observation/9c56948c-2a39-6609-1c01-4d197ea57a35" ] # Observation\/elementalAnalysisNitrogen ] [ fhir:reference [ fhir:v "Observation/9c56948c-3a39-6609-1c01-4d197ea57a35" ] # Observation\/elementalAnalysisFlourine ] [ fhir:reference [ fhir:v "Observation/9c56948c-3a39-6609-1c01-4d197ea57a33" ] # Observation\/ionAnalysisCarbon ] [ fhir:reference [ fhir:v "Observation/9c56948c-4a39-6609-1c01-4d197ea57a34" ] # Observation\/ionAnalysisHydrogen ] [ fhir:reference [ fhir:v "Observation/9c56948c-5a39-6609-1c01-4d197ea57a35" ] # Observation\/ionAnalysisNitrogen ] [ fhir:reference [ fhir:v "Observation/9c56948c-6a39-6609-1c01-4d197ea57a35" ] # Observation\/ionAnalysisFlourine ] [ fhir:reference [ fhir:v "Observation/9c56948c-2b39-6609-1c01-4d197ea57a33" ] # Observation\/structure ] [ fhir:reference [ fhir:v "Observation/fd27b5d6-9fe2-91c2-2d06-47cb5b295e72" ] # Observation\/nmr3 ] [ fhir:reference [ fhir:v "Observation/fd27b5d6-9fe2-91c2-2d06-47cb5b295e73" ] # Observation\/nmr4 ] [ fhir:reference [ fhir:v "Observation/fd27b5d6-9fe2-91c2-2d06-47cb5b295e74" ] # Observation\/nmr5 ] [ fhir:reference [ fhir:v "Observation/fd27b5d6-9fe2-91c2-2d16-47cb5b295e74" ] # Observation\/nmr6 ] [ fhir:reference [ fhir:v "Observation/fd27b5d6-9fe2-91c2-2d26-47cb5b295e74" ] # Observation\/nmr8 ] [ fhir:reference [ fhir:v "Observation/fd27b5d6-9fe2-91c2-2d36-47cb5b295e74" ] # Observation\/nmr9 ] [ fhir:reference [ fhir:v "Observation/fd27b5d6-9fe2-91c2-2d46-47cb5b295e74" ] # Observation\/nmr10 ] [ fhir:reference [ fhir:v "Observation/9c56948c-2b39-6609-1c01-4d197ea57a35" ] # Observation\/fig8absorption ] [ fhir:reference [ fhir:v "Observation/9c56948c-2b39-6619-1c01-4d197ea57a34" ] # Observation\/fig10molecularstructure ] [ fhir:reference [ fhir:v "Observation/9c56948c-2b39-6609-1c01-4d197ea57a34" ] # Observation\/fig11xray ] ) ; # fhir:conclusion [ fhir:v "The samples have been assessed and the conclusion is..."] . # <urn:uuid:fd17b5d6-9fe1-91c2-2d06-47cb5b295e72> a fhir:ObservationDefinition ; fhir:id [ fhir:v "fd17b5d6-9fe1-91c2-2d06-47cb5b295e72"] ; # ElementalAnalysisCarbon fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"ObservationDefinition_fd17b5d6-9fe1-91c2-2d06-47cb5b295e72\"> </a><p><b>Generated Narrative: ObservationDefinition</b><a name=\"fd17b5d6-9fe1-91c2-2d06-47cb5b295e72\"> </a><a name=\"hcfd17b5d6-9fe1-91c2-2d06-47cb5b295e72\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource ObservationDefinition "fd17b5d6-9fe1-91c2-2d06-47cb5b295e72" </p></div><p><b>url</b>: <code>http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72</code></p><p><b>title</b>: C</p><p><b>status</b>: active</p><p><b>code</b>: Elemental Analysis Carbon (%) <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#ElementalAnalysisCarbon)</span></p><h3>QualifiedValues</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Extension</b></td><td><b>Range</b></td></tr><tr><td style=\"display: none\">*</td><td/><td>83.75-83.75 %</td></tr></table></div>" ] ; # fhir:url [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72"^^xsd:anyURI] ; # http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72 fhir:title [ fhir:v "C"] ; # fhir:status [ fhir:v "active"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "ElementalAnalysisCarbon" ] ; fhir:display [ fhir:v "Elemental Analysis Carbon (%)" ] ] ) ; fhir:text [ fhir:v "Elemental Analysis Carbon (%)" ] ] ; # fhir:qualifiedValue ( [ ( fhir:extension [ fhir:url [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Extension-qualified-value-display-pq"^^xsd:anyURI ] ; fhir:value [ fhir:v "83.75" ] ] ) ; fhir:range [ fhir:low [ fhir:value [ fhir:v "83.75"^^xsd:decimal ] ; fhir:unit [ fhir:v "%" ] ; fhir:system [ fhir:v "http://unitsofmeasure.org"^^xsd:anyURI ] ; fhir:code [ fhir:v "%" ] ] ; fhir:high [ fhir:value [ fhir:v "83.75"^^xsd:decimal ] ; fhir:unit [ fhir:v "%" ] ; fhir:system [ fhir:v "http://unitsofmeasure.org"^^xsd:anyURI ] ; fhir:code [ fhir:v "%" ] ] ] ] ) . # <urn:uuid:fd17b5d6-9fe1-91c2-2d06-47cb5b295e73> a fhir:ObservationDefinition ; fhir:id [ fhir:v "fd17b5d6-9fe1-91c2-2d06-47cb5b295e73"] ; # ElementalAnalysisHydrogen fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"ObservationDefinition_fd17b5d6-9fe1-91c2-2d06-47cb5b295e73\"> </a><p><b>Generated Narrative: ObservationDefinition</b><a name=\"fd17b5d6-9fe1-91c2-2d06-47cb5b295e73\"> </a><a name=\"hcfd17b5d6-9fe1-91c2-2d06-47cb5b295e73\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource ObservationDefinition "fd17b5d6-9fe1-91c2-2d06-47cb5b295e73" </p></div><p><b>url</b>: <code>http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e73</code></p><p><b>title</b>: H</p><p><b>status</b>: active</p><p><b>code</b>: Elemental Analysis Hydrogen (%) <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#ElementalAnalysisHydrogen)</span></p><h3>QualifiedValues</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Extension</b></td><td><b>Range</b></td></tr><tr><td style=\"display: none\">*</td><td/><td>2.75-2.75 %</td></tr></table></div>" ] ; # fhir:url [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e73"^^xsd:anyURI] ; # http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72 fhir:title [ fhir:v "H"] ; # fhir:status [ fhir:v "active"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "ElementalAnalysisHydrogen" ] ; fhir:display [ fhir:v "Elemental Analysis Hydrogen (%)" ] ] ) ; fhir:text [ fhir:v "Elemental Analysis Hydrogen (%)" ] ] ; # fhir:qualifiedValue ( [ ( fhir:extension [ fhir:url [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Extension-qualified-value-display-pq"^^xsd:anyURI ] ; fhir:value [ fhir:v "2.75" ] ] ) ; fhir:range [ fhir:low [ fhir:value [ fhir:v "2.75"^^xsd:decimal ] ; fhir:unit [ fhir:v "%" ] ; fhir:system [ fhir:v "http://unitsofmeasure.org"^^xsd:anyURI ] ; fhir:code [ fhir:v "%" ] ] ; fhir:high [ fhir:value [ fhir:v "2.75"^^xsd:decimal ] ; fhir:unit [ fhir:v "%" ] ; fhir:system [ fhir:v "http://unitsofmeasure.org"^^xsd:anyURI ] ; fhir:code [ fhir:v "%" ] ] ] ] ) . # <urn:uuid:fd17b5d6-9fe1-91c2-2d06-47cb5b295e74> a fhir:ObservationDefinition ; fhir:id [ fhir:v "fd17b5d6-9fe1-91c2-2d06-47cb5b295e74"] ; # ElementalAnalysisNitrogen fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"ObservationDefinition_fd17b5d6-9fe1-91c2-2d06-47cb5b295e74\"> </a><p><b>Generated Narrative: ObservationDefinition</b><a name=\"fd17b5d6-9fe1-91c2-2d06-47cb5b295e74\"> </a><a name=\"hcfd17b5d6-9fe1-91c2-2d06-47cb5b295e74\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource ObservationDefinition "fd17b5d6-9fe1-91c2-2d06-47cb5b295e74" </p></div><p><b>url</b>: <code>http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e74</code></p><p><b>title</b>: N</p><p><b>status</b>: active</p><p><b>code</b>: Elemental Analysis Nitrogen (%) <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#ElementalAnalysisNitrogen)</span></p><h3>QualifiedValues</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Extension</b></td><td><b>Range</b></td></tr><tr><td style=\"display: none\">*</td><td/><td>5.55-5.55 %</td></tr></table></div>" ] ; # fhir:url [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e74"^^xsd:anyURI] ; # http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72 fhir:title [ fhir:v "N"] ; # fhir:status [ fhir:v "active"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "ElementalAnalysisNitrogen" ] ; fhir:display [ fhir:v "Elemental Analysis Nitrogen (%)" ] ] ) ; fhir:text [ fhir:v "Elemental Analysis Nitrogen (%)" ] ] ; # fhir:qualifiedValue ( [ ( fhir:extension [ fhir:url [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Extension-qualified-value-display-pq"^^xsd:anyURI ] ; fhir:value [ fhir:v "5.55" ] ] ) ; fhir:range [ fhir:low [ fhir:value [ fhir:v "5.55"^^xsd:decimal ] ; fhir:unit [ fhir:v "%" ] ; fhir:system [ fhir:v "http://unitsofmeasure.org"^^xsd:anyURI ] ; fhir:code [ fhir:v "%" ] ] ; fhir:high [ fhir:value [ fhir:v "5.55"^^xsd:decimal ] ; fhir:unit [ fhir:v "%" ] ; fhir:system [ fhir:v "http://unitsofmeasure.org"^^xsd:anyURI ] ; fhir:code [ fhir:v "%" ] ] ] ] ) . # <urn:uuid:fd17b5d6-9fe1-91c2-2d06-47cb5b295e75> a fhir:ObservationDefinition ; fhir:id [ fhir:v "fd17b5d6-9fe1-91c2-2d06-47cb5b295e75"] ; # ElementalAnalysisFlourine fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"ObservationDefinition_fd17b5d6-9fe1-91c2-2d06-47cb5b295e75\"> </a><p><b>Generated Narrative: ObservationDefinition</b><a name=\"fd17b5d6-9fe1-91c2-2d06-47cb5b295e75\"> </a><a name=\"hcfd17b5d6-9fe1-91c2-2d06-47cb5b295e75\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource ObservationDefinition "fd17b5d6-9fe1-91c2-2d06-47cb5b295e75" </p></div><p><b>url</b>: <code>http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e75</code></p><p><b>title</b>: F</p><p><b>status</b>: active</p><p><b>code</b>: Elemental Analysis Flourine (%) <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#ElementalAnalysisFlourine)</span></p><h3>QualifiedValues</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Extension</b></td><td><b>Range</b></td></tr><tr><td style=\"display: none\">*</td><td/><td>7.75-7.75 %</td></tr></table></div>" ] ; # fhir:url [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e75"^^xsd:anyURI] ; # http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72 fhir:title [ fhir:v "F"] ; # fhir:status [ fhir:v "active"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "ElementalAnalysisFlourine" ] ; fhir:display [ fhir:v "Elemental Analysis Flourine (%)" ] ] ) ; fhir:text [ fhir:v "Elemental Analysis Flourine (%)" ] ] ; # fhir:qualifiedValue ( [ ( fhir:extension [ fhir:url [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Extension-qualified-value-display-pq"^^xsd:anyURI ] ; fhir:value [ fhir:v "7.75" ] ] ) ; fhir:range [ fhir:low [ fhir:value [ fhir:v "7.75"^^xsd:decimal ] ; fhir:unit [ fhir:v "%" ] ; fhir:system [ fhir:v "http://unitsofmeasure.org"^^xsd:anyURI ] ; fhir:code [ fhir:v "%" ] ] ; fhir:high [ fhir:value [ fhir:v "7.75"^^xsd:decimal ] ; fhir:unit [ fhir:v "%" ] ; fhir:system [ fhir:v "http://unitsofmeasure.org"^^xsd:anyURI ] ; fhir:code [ fhir:v "%" ] ] ] ] ) . # <urn:uuid:fd17b5d6-9fe1-91c3-2d06-47cb5b295e72> a fhir:ObservationDefinition ; fhir:id [ fhir:v "fd17b5d6-9fe1-91c3-2d06-47cb5b295e72"] ; # IonAnalysisCarbon fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"ObservationDefinition_fd17b5d6-9fe1-91c3-2d06-47cb5b295e72\"> </a><p><b>Generated Narrative: ObservationDefinition</b><a name=\"fd17b5d6-9fe1-91c3-2d06-47cb5b295e72\"> </a><a name=\"hcfd17b5d6-9fe1-91c3-2d06-47cb5b295e72\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource ObservationDefinition "fd17b5d6-9fe1-91c3-2d06-47cb5b295e72" </p></div><p><b>url</b>: <code>http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c3-2d06-47cb5b295e72</code></p><p><b>title</b>: C</p><p><b>status</b>: active</p><p><b>code</b>: Ion Analysis Carbon (%) <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#IonAnalysisCarbon)</span></p><h3>QualifiedValues</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Extension</b></td><td><b>Range</b></td></tr><tr><td style=\"display: none\">*</td><td/><td>1.125-1.125</td></tr></table><h3>Components</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Code</b></td></tr><tr><td style=\"display: none\">*</td><td>Ion Analysis Carbon - Mass Accuracy <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#IonAnalysisCarbonMassAccuracy)</span></td></tr></table></div>" ] ; # fhir:url [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c3-2d06-47cb5b295e72"^^xsd:anyURI] ; # http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72 fhir:title [ fhir:v "C"] ; # fhir:status [ fhir:v "active"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "IonAnalysisCarbon" ] ; fhir:display [ fhir:v "Ion Analysis Carbon (%)" ] ] ) ; fhir:text [ fhir:v "Ion Analysis Carbon (%)" ] ] ; # fhir:qualifiedValue ( [ ( fhir:extension [ fhir:url [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Extension-qualified-value-display-pq"^^xsd:anyURI ] ; fhir:value [ fhir:v "1.125" ] ] ) ; fhir:range [ fhir:low [ fhir:value [ fhir:v "1.125"^^xsd:decimal ] ] ; # unitless ratio fhir:high [ fhir:value [ fhir:v "1.125"^^xsd:decimal ] ] ] ] ) ; # fhir:component ( [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "IonAnalysisCarbonMassAccuracy" ] ; fhir:display [ fhir:v "Ion Analysis Carbon - Mass Accuracy" ] ] ) ] ] ) . # <urn:uuid:fd17b5d6-9fe1-91c4-2d06-47cb5b295e72> a fhir:ObservationDefinition ; fhir:id [ fhir:v "fd17b5d6-9fe1-91c4-2d06-47cb5b295e72"] ; # IonAnalysisHydrogen fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"ObservationDefinition_fd17b5d6-9fe1-91c4-2d06-47cb5b295e72\"> </a><p><b>Generated Narrative: ObservationDefinition</b><a name=\"fd17b5d6-9fe1-91c4-2d06-47cb5b295e72\"> </a><a name=\"hcfd17b5d6-9fe1-91c4-2d06-47cb5b295e72\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource ObservationDefinition "fd17b5d6-9fe1-91c4-2d06-47cb5b295e72" </p></div><p><b>url</b>: <code>http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c4-2d06-47cb5b295e72</code></p><p><b>title</b>: H</p><p><b>status</b>: active</p><p><b>code</b>: Ion Analysis Hydrogen (%) <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#IonAnalysisHydrogen)</span></p><h3>QualifiedValues</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Extension</b></td><td><b>Range</b></td></tr><tr><td style=\"display: none\">*</td><td/><td>2.125-2.125</td></tr></table></div>" ] ; # fhir:url [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c4-2d06-47cb5b295e72"^^xsd:anyURI] ; # http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72 fhir:title [ fhir:v "H"] ; # fhir:status [ fhir:v "active"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "IonAnalysisHydrogen" ] ; fhir:display [ fhir:v "Ion Analysis Hydrogen (%)" ] ] ) ; fhir:text [ fhir:v "Ion Analysis Hydrogen (%)" ] ] ; # fhir:qualifiedValue ( [ ( fhir:extension [ fhir:url [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Extension-qualified-value-display-pq"^^xsd:anyURI ] ; fhir:value [ fhir:v "2.125" ] ] ) ; fhir:range [ fhir:low [ fhir:value [ fhir:v "2.125"^^xsd:decimal ] ] ; # unitless ratio fhir:high [ fhir:value [ fhir:v "2.125"^^xsd:decimal ] ] ] ] ) . # <urn:uuid:fd18b5d6-9fe1-91c4-2d06-47cb5b295e72> a fhir:ObservationDefinition ; fhir:id [ fhir:v "fd18b5d6-9fe1-91c4-2d06-47cb5b295e72"] ; # IonAnalysisNitrogen fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"ObservationDefinition_fd18b5d6-9fe1-91c4-2d06-47cb5b295e72\"> </a><p><b>Generated Narrative: ObservationDefinition</b><a name=\"fd18b5d6-9fe1-91c4-2d06-47cb5b295e72\"> </a><a name=\"hcfd18b5d6-9fe1-91c4-2d06-47cb5b295e72\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource ObservationDefinition "fd18b5d6-9fe1-91c4-2d06-47cb5b295e72" </p></div><p><b>url</b>: <code>http://example-server.com/fhir/ObservationDefinition/fd18b5d6-9fe1-91c4-2d06-47cb5b295e72</code></p><p><b>title</b>: N</p><p><b>status</b>: active</p><p><b>code</b>: Ion Analysis Nitrogen (%) <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#IonAnalysisNitrogen)</span></p><h3>QualifiedValues</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Extension</b></td><td><b>Range</b></td></tr><tr><td style=\"display: none\">*</td><td/><td>3.125-3.125</td></tr></table></div>" ] ; # fhir:url [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd18b5d6-9fe1-91c4-2d06-47cb5b295e72"^^xsd:anyURI] ; # http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72 fhir:title [ fhir:v "N"] ; # fhir:status [ fhir:v "active"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "IonAnalysisNitrogen" ] ; fhir:display [ fhir:v "Ion Analysis Nitrogen (%)" ] ] ) ; fhir:text [ fhir:v "Ion Analysis Nitrogen (%)" ] ] ; # fhir:qualifiedValue ( [ ( fhir:extension [ fhir:url [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Extension-qualified-value-display-pq"^^xsd:anyURI ] ; fhir:value [ fhir:v "3.125" ] ] ) ; fhir:range [ fhir:low [ fhir:value [ fhir:v "3.125"^^xsd:decimal ] ] ; # unitless ratio fhir:high [ fhir:value [ fhir:v "3.125"^^xsd:decimal ] ] ] ] ) . # <urn:uuid:fd17b5d6-9fe1-91c5-2d06-47cb5b295e72> a fhir:ObservationDefinition ; fhir:id [ fhir:v "fd17b5d6-9fe1-91c5-2d06-47cb5b295e72"] ; # IonAnalysisFlourine fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"ObservationDefinition_fd17b5d6-9fe1-91c5-2d06-47cb5b295e72\"> </a><p><b>Generated Narrative: ObservationDefinition</b><a name=\"fd17b5d6-9fe1-91c5-2d06-47cb5b295e72\"> </a><a name=\"hcfd17b5d6-9fe1-91c5-2d06-47cb5b295e72\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource ObservationDefinition "fd17b5d6-9fe1-91c5-2d06-47cb5b295e72" </p></div><p><b>url</b>: <code>http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c5-2d06-47cb5b295e72</code></p><p><b>title</b>: F</p><p><b>status</b>: active</p><p><b>code</b>: Ion Analysis Flourine (%) <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#IonAnalysisFlourine)</span></p><h3>QualifiedValues</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Extension</b></td><td><b>Range</b></td></tr><tr><td style=\"display: none\">*</td><td/><td>4.125-4.125</td></tr></table></div>" ] ; # fhir:url [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c5-2d06-47cb5b295e72"^^xsd:anyURI] ; # http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72 fhir:title [ fhir:v "F"] ; # fhir:status [ fhir:v "active"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "IonAnalysisFlourine" ] ; fhir:display [ fhir:v "Ion Analysis Flourine (%)" ] ] ) ; fhir:text [ fhir:v "Ion Analysis Flourine (%)" ] ] ; # fhir:qualifiedValue ( [ ( fhir:extension [ fhir:url [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Extension-qualified-value-display-pq"^^xsd:anyURI ] ; fhir:value [ fhir:v "4.125" ] ] ) ; fhir:range [ fhir:low [ fhir:value [ fhir:v "4.125"^^xsd:decimal ] ] ; # unitless ratio fhir:high [ fhir:value [ fhir:v "4.125"^^xsd:decimal ] ] ] ] ) . # <urn:uuid:fd17b5d6-9fe2-91c2-2d06-47cb5b295e72> a fhir:ObservationDefinition ; fhir:id [ fhir:v "fd17b5d6-9fe2-91c2-2d06-47cb5b295e72"] ; # NMR fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"ObservationDefinition_fd17b5d6-9fe2-91c2-2d06-47cb5b295e72\"> </a><p><b>Generated Narrative: ObservationDefinition</b><a name=\"fd17b5d6-9fe2-91c2-2d06-47cb5b295e72\"> </a><a name=\"hcfd17b5d6-9fe2-91c2-2d06-47cb5b295e72\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource ObservationDefinition "fd17b5d6-9fe2-91c2-2d06-47cb5b295e72" </p></div><p><b>url</b>: <code>http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72</code></p><p><b>title</b>: NMR</p><p><b>status</b>: active</p><p><b>code</b>: NMR <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR)</span></p><blockquote><p><b>component</b></p><p><b>code</b>: NMR-H <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR-H)</span></p></blockquote><blockquote><p><b>component</b></p><p><b>code</b>: NMR-C <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR-C)</span></p></blockquote><blockquote><p><b>component</b></p><p><b>code</b>: Structure Position <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#POS)</span></p></blockquote></div>" ] ; # fhir:url [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72"^^xsd:anyURI] ; # http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72 fhir:title [ fhir:v "NMR"] ; # fhir:status [ fhir:v "active"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR" ] ; fhir:display [ fhir:v "NMR" ] ] ) ; fhir:text [ fhir:v "NMR" ] ] ; # fhir:component ( [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR-H" ] ; fhir:display [ fhir:v "NMR-H" ] ] ) ] ] [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR-C" ] ; fhir:display [ fhir:v "NMR-C" ] ] ) ] ] [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "POS" ] ; fhir:display [ fhir:v "Structure Position" ] ] ) ] # are expected to have a component that says number of samples ] ) . # 3 components, position, H, C <urn:uuid:fd17b5d6-9ff1-91c5-2d06-47cb5b295e72> a fhir:ObservationDefinition ; fhir:id [ fhir:v "fd17b5d6-9ff1-91c5-2d06-47cb5b295e72"] ; # Structure fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"ObservationDefinition_fd17b5d6-9ff1-91c5-2d06-47cb5b295e72\"> </a><p><b>Generated Narrative: ObservationDefinition</b><a name=\"fd17b5d6-9ff1-91c5-2d06-47cb5b295e72\"> </a><a name=\"hcfd17b5d6-9ff1-91c5-2d06-47cb5b295e72\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource ObservationDefinition "fd17b5d6-9ff1-91c5-2d06-47cb5b295e72" </p></div><p><b>url</b>: <code>http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e72</code></p><p><b>title</b>: Structure (needed?)</p><p><b>status</b>: active</p><p><b>code</b>: Chemical Structure <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#Chemical Structure)</span></p></div>" ] ; # fhir:url [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e72"^^xsd:anyURI] ; # http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72 fhir:title [ fhir:v "Structure (needed?)"] ; # fhir:status [ fhir:v "active"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "Chemical Structure" ] ; fhir:display [ fhir:v "Chemical Structure" ] ] ) ; fhir:text [ fhir:v "Chemical Structure" ] ] . # <urn:uuid:fd17b5d6-9ff1-91c5-2d06-47cb5b295e73> a fhir:ObservationDefinition ; fhir:id [ fhir:v "fd17b5d6-9ff1-91c5-2d06-47cb5b295e73"] ; # Diffractogram fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"ObservationDefinition_fd17b5d6-9ff1-91c5-2d06-47cb5b295e73\"> </a><p><b>Generated Narrative: ObservationDefinition</b><a name=\"fd17b5d6-9ff1-91c5-2d06-47cb5b295e73\"> </a><a name=\"hcfd17b5d6-9ff1-91c5-2d06-47cb5b295e73\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource ObservationDefinition "fd17b5d6-9ff1-91c5-2d06-47cb5b295e73" </p></div><p><b>url</b>: <code>http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e73</code></p><p><b>title</b>: Diffractogram (todo needed?)</p><p><b>status</b>: active</p><p><b>code</b>: Diffractogram <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#Diffractogram)</span></p></div>" ] ; # fhir:url [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e73"^^xsd:anyURI] ; # http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e73 fhir:title [ fhir:v "Diffractogram (todo needed?)"] ; # fhir:status [ fhir:v "active"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "Diffractogram" ] ; fhir:display [ fhir:v "Diffractogram" ] ] ) ; fhir:text [ fhir:v "Diffractogram" ] ] . # <urn:uuid:fd17b5d6-9ff1-91c5-2d06-47cb5b295e74> a fhir:ObservationDefinition ; fhir:id [ fhir:v "fd17b5d6-9ff1-91c5-2d06-47cb5b295e74"] ; # MolecularStructure fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"ObservationDefinition_fd17b5d6-9ff1-91c5-2d06-47cb5b295e74\"> </a><p><b>Generated Narrative: ObservationDefinition</b><a name=\"fd17b5d6-9ff1-91c5-2d06-47cb5b295e74\"> </a><a name=\"hcfd17b5d6-9ff1-91c5-2d06-47cb5b295e74\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource ObservationDefinition "fd17b5d6-9ff1-91c5-2d06-47cb5b295e74" </p></div><p><b>url</b>: <code>http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e74</code></p><p><b>status</b>: active</p><p><b>code</b>: MolecularStructure <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#MolecularStructure "Molecular Structure")</span></p></div>" ] ; # fhir:url [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e74"^^xsd:anyURI] ; # http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e74 fhir:status [ fhir:v "active"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "MolecularStructure" ] ; fhir:display [ fhir:v "Molecular Structure" ] ] ) ; fhir:text [ fhir:v "MolecularStructure" ] ] . # <urn:uuid:fd17b5d6-9ff1-91c5-2d06-47cb5b295e75> a fhir:ObservationDefinition ; fhir:id [ fhir:v "fd17b5d6-9ff1-91c5-2d06-47cb5b295e75"] ; # Absorption fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"ObservationDefinition_fd17b5d6-9ff1-91c5-2d06-47cb5b295e75\"> </a><p><b>Generated Narrative: ObservationDefinition</b><a name=\"fd17b5d6-9ff1-91c5-2d06-47cb5b295e75\"> </a><a name=\"hcfd17b5d6-9ff1-91c5-2d06-47cb5b295e75\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource ObservationDefinition "fd17b5d6-9ff1-91c5-2d06-47cb5b295e75" </p></div><p><b>url</b>: <code>http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e75</code></p><p><b>status</b>: active</p><p><b>code</b>: Absorption <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#Absorption)</span></p></div>" ] ; # fhir:url [ fhir:v "http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e75"^^xsd:anyURI] ; # http://example-server.com/fhir/ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e75 fhir:status [ fhir:v "active"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "Absorption" ] ; fhir:display [ fhir:v "Absorption" ] ] ) ; fhir:text [ fhir:v "Absorption" ] ] . # <urn:uuid:9c56948c-2a39-6609-1c01-4d197ea57a33> a fhir:Observation ; fhir:id [ fhir:v "9c56948c-2a39-6609-1c01-4d197ea57a33"] ; # elementalAnalysisCarbon fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_9c56948c-2a39-6609-1c01-4d197ea57a33\"> </a><p><b>Generated Narrative: Observation</b><a name=\"9c56948c-2a39-6609-1c01-4d197ea57a33\"> </a><a name=\"hc9c56948c-2a39-6609-1c01-4d197ea57a33\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "9c56948c-2a39-6609-1c01-4d197ea57a33" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72</p><p><b>status</b>: final</p><p><b>code</b>: Elemental Analysis Carbon (%) <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#ElementalAnalysisCarbon)</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><p><b>value</b>: 83.75 %</p></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e72" ] # ObservationDefinition\/ElementalAnalysisCarbon ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "ElementalAnalysisCarbon" ] ; fhir:display [ fhir:v "Elemental Analysis Carbon (%)" ] ] ) ; fhir:text [ fhir:v "Elemental Analysis Carbon (%)" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:value [ a fhir:Quantity ; fhir:value [ fhir:v "83.75"^^xsd:decimal ] ; fhir:unit [ fhir:v "%" ] ] . # <urn:uuid:9c56948c-2a39-6609-1c01-4d197ea57a34> a fhir:Observation ; fhir:id [ fhir:v "9c56948c-2a39-6609-1c01-4d197ea57a34"] ; # elementalAnalysisHydrogen fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_9c56948c-2a39-6609-1c01-4d197ea57a34\"> </a><p><b>Generated Narrative: Observation</b><a name=\"9c56948c-2a39-6609-1c01-4d197ea57a34\"> </a><a name=\"hc9c56948c-2a39-6609-1c01-4d197ea57a34\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "9c56948c-2a39-6609-1c01-4d197ea57a34" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e73</p><p><b>status</b>: final</p><p><b>code</b>: Elemental Analysis Hydrogen (%) <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#ElementalAnalysisHydrogen)</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><p><b>value</b>: 2.75 %</p></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e73" ] # ObservationDefinition\/ElementalAnalysisHydrogen ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "ElementalAnalysisHydrogen" ] ; fhir:display [ fhir:v "Elemental Analysis Hydrogen (%)" ] ] ) ; fhir:text [ fhir:v "Elemental Analysis Hydrogen (%)" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:value [ a fhir:Quantity ; fhir:value [ fhir:v "2.75"^^xsd:decimal ] ; fhir:unit [ fhir:v "%" ] ] . # <urn:uuid:9c56948c-2a39-6609-1c01-4d197ea57a35> a fhir:Observation ; fhir:id [ fhir:v "9c56948c-2a39-6609-1c01-4d197ea57a35"] ; # elementalAnalysisNitrogen fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_9c56948c-2a39-6609-1c01-4d197ea57a35\"> </a><p><b>Generated Narrative: Observation</b><a name=\"9c56948c-2a39-6609-1c01-4d197ea57a35\"> </a><a name=\"hc9c56948c-2a39-6609-1c01-4d197ea57a35\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "9c56948c-2a39-6609-1c01-4d197ea57a35" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e74</p><p><b>status</b>: final</p><p><b>code</b>: Elemental Analysis Nitrogen (%) <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#ElementalAnalysisNitrogen)</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><p><b>value</b>: 5.55 %</p></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e74" ] # ObservationDefinition\/ElementalAnalysisNitrogen ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "ElementalAnalysisNitrogen" ] ; fhir:display [ fhir:v "Elemental Analysis Nitrogen (%)" ] ] ) ; fhir:text [ fhir:v "Elemental Analysis Nitrogen (%)" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:value [ a fhir:Quantity ; fhir:value [ fhir:v "5.55"^^xsd:decimal ] ; fhir:unit [ fhir:v "%" ] ] . # <urn:uuid:9c56948c-3a39-6609-1c01-4d197ea57a35> a fhir:Observation ; fhir:id [ fhir:v "9c56948c-3a39-6609-1c01-4d197ea57a35"] ; # elementalAnalysisFlourine fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_9c56948c-3a39-6609-1c01-4d197ea57a35\"> </a><p><b>Generated Narrative: Observation</b><a name=\"9c56948c-3a39-6609-1c01-4d197ea57a35\"> </a><a name=\"hc9c56948c-3a39-6609-1c01-4d197ea57a35\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "9c56948c-3a39-6609-1c01-4d197ea57a35" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e75</p><p><b>status</b>: final</p><p><b>code</b>: Elemental Analysis Flourine (%) <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#ElementalAnalysisFlourine)</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><p><b>value</b>: 7.75 %</p></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9fe1-91c2-2d06-47cb5b295e75" ] # ObservationDefinition\/ElementalAnalysisFlourine ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "ElementalAnalysisFlourine" ] ; fhir:display [ fhir:v "Elemental Analysis Flourine (%)" ] ] ) ; fhir:text [ fhir:v "Elemental Analysis Flourine (%)" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:value [ a fhir:Quantity ; fhir:value [ fhir:v "7.75"^^xsd:decimal ] ; fhir:unit [ fhir:v "%" ] ] . # <urn:uuid:9c56948c-3a39-6609-1c01-4d197ea57a33> a fhir:Observation ; fhir:id [ fhir:v "9c56948c-3a39-6609-1c01-4d197ea57a33"] ; # ionAnalysisCarbon fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_9c56948c-3a39-6609-1c01-4d197ea57a33\"> </a><p><b>Generated Narrative: Observation</b><a name=\"9c56948c-3a39-6609-1c01-4d197ea57a33\"> </a><a name=\"hc9c56948c-3a39-6609-1c01-4d197ea57a33\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "9c56948c-3a39-6609-1c01-4d197ea57a33" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9fe1-91c3-2d06-47cb5b295e72</p><p><b>status</b>: final</p><p><b>code</b>: Ion Analysis Carbon (%) <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#IonAnalysisCarbon)</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><p><b>value</b>: 1.125</p><h3>Components</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Code</b></td><td><b>Value[x]</b></td></tr><tr><td style=\"display: none\">*</td><td>Ion Analysis Carbon - Mass Accuracy <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#IonAnalysisCarbonMassAccuracy)</span></td><td>0.001</td></tr></table></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9fe1-91c3-2d06-47cb5b295e72" ] # ObservationDefinition\/IonAnalysisCarbon ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "IonAnalysisCarbon" ] ; fhir:display [ fhir:v "Ion Analysis Carbon (%)" ] ] ) ; fhir:text [ fhir:v "Ion Analysis Carbon (%)" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:value [ a fhir:Quantity ; fhir:value [ fhir:v "1.125"^^xsd:decimal ] ] ; # fhir:component ( [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "IonAnalysisCarbonMassAccuracy" ] ; fhir:display [ fhir:v "Ion Analysis Carbon - Mass Accuracy" ] ] ) ] ; fhir:value [ a fhir:Quantity ; fhir:value [ fhir:v "0.001"^^xsd:decimal ; ( fhir:extension [ fhir:url [ fhir:v "http://hl7.org/fhir/StructureDefinition/rendered-value"^^xsd:anyURI ] ; fhir:value [ fhir:v "+/- 0.001" ] ] ) ] ] ] ) . # <urn:uuid:9c56948c-4a39-6609-1c01-4d197ea57a34> a fhir:Observation ; fhir:id [ fhir:v "9c56948c-4a39-6609-1c01-4d197ea57a34"] ; # ionAnalysisHydrogen fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_9c56948c-4a39-6609-1c01-4d197ea57a34\"> </a><p><b>Generated Narrative: Observation</b><a name=\"9c56948c-4a39-6609-1c01-4d197ea57a34\"> </a><a name=\"hc9c56948c-4a39-6609-1c01-4d197ea57a34\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "9c56948c-4a39-6609-1c01-4d197ea57a34" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9fe1-91c4-2d06-47cb5b295e72</p><p><b>status</b>: final</p><p><b>code</b>: Ion Analysis Hydrogen (%) <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#IonAnalysisHydrogen)</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><p><b>value</b>: 2.125</p><h3>Components</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Code</b></td><td><b>Value[x]</b></td></tr><tr><td style=\"display: none\">*</td><td>Ion Analysis Hydrogen - Mass Accuracy <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#IonAnalysisHydrogenMassAccuracy)</span></td><td>0.0055</td></tr></table></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9fe1-91c4-2d06-47cb5b295e72" ] # ObservationDefinition\/IonAnalysisHydrogen ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "IonAnalysisHydrogen" ] ; fhir:display [ fhir:v "Ion Analysis Hydrogen (%)" ] ] ) ; fhir:text [ fhir:v "Ion Analysis Hydrogen (%)" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:value [ a fhir:Quantity ; fhir:value [ fhir:v "2.125"^^xsd:decimal ] ] ; # fhir:component ( [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "IonAnalysisHydrogenMassAccuracy" ] ; fhir:display [ fhir:v "Ion Analysis Hydrogen - Mass Accuracy" ] ] ) ] ; fhir:value [ a fhir:Quantity ; fhir:value [ fhir:v "0.0055"^^xsd:decimal ; ( fhir:extension [ fhir:url [ fhir:v "http://hl7.org/fhir/StructureDefinition/rendered-value"^^xsd:anyURI ] ; fhir:value [ fhir:v "+/- 0.006" ] ] ) ] ] ] ) . # <urn:uuid:9c56948c-5a39-6609-1c01-4d197ea57a35> a fhir:Observation ; fhir:id [ fhir:v "9c56948c-5a39-6609-1c01-4d197ea57a35"] ; # ionAnalysisNitrogen fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_9c56948c-5a39-6609-1c01-4d197ea57a35\"> </a><p><b>Generated Narrative: Observation</b><a name=\"9c56948c-5a39-6609-1c01-4d197ea57a35\"> </a><a name=\"hc9c56948c-5a39-6609-1c01-4d197ea57a35\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "9c56948c-5a39-6609-1c01-4d197ea57a35" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd18b5d6-9fe1-91c4-2d06-47cb5b295e72</p><p><b>status</b>: final</p><p><b>code</b>: Ion Analysis Nitrogen (%) <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#IonAnalysisNitrogen)</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><p><b>value</b>: 3.125</p><h3>Components</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Code</b></td><td><b>Value[x]</b></td></tr><tr><td style=\"display: none\">*</td><td>Ion Analysis Nitrogen - Mass Accuracy <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#IonAnalysisNitrogenMassAccuracy)</span></td><td>0.003</td></tr></table></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd18b5d6-9fe1-91c4-2d06-47cb5b295e72" ] # ObservationDefinition\/IonAnalysisNitrogen ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "IonAnalysisNitrogen" ] ; fhir:display [ fhir:v "Ion Analysis Nitrogen (%)" ] ] ) ; fhir:text [ fhir:v "Ion Analysis Nitrogen (%)" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:value [ a fhir:Quantity ; fhir:value [ fhir:v "3.125"^^xsd:decimal ] ] ; # fhir:component ( [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "IonAnalysisNitrogenMassAccuracy" ] ; fhir:display [ fhir:v "Ion Analysis Nitrogen - Mass Accuracy" ] ] ) ] ; fhir:value [ a fhir:Quantity ; fhir:value [ fhir:v "0.003"^^xsd:decimal ; ( fhir:extension [ fhir:url [ fhir:v "http://hl7.org/fhir/StructureDefinition/rendered-value"^^xsd:anyURI ] ; fhir:value [ fhir:v "+/- 0.003" ] ] ) ] ] ] ) . # <urn:uuid:9c56948c-6a39-6609-1c01-4d197ea57a35> a fhir:Observation ; fhir:id [ fhir:v "9c56948c-6a39-6609-1c01-4d197ea57a35"] ; # ionAnalysisFlourine fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_9c56948c-6a39-6609-1c01-4d197ea57a35\"> </a><p><b>Generated Narrative: Observation</b><a name=\"9c56948c-6a39-6609-1c01-4d197ea57a35\"> </a><a name=\"hc9c56948c-6a39-6609-1c01-4d197ea57a35\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "9c56948c-6a39-6609-1c01-4d197ea57a35" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9fe1-91c5-2d06-47cb5b295e72</p><p><b>status</b>: final</p><p><b>code</b>: Ion Analysis Flourine (%) <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#IonAnalysisFlourine)</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><p><b>value</b>: 4.125</p><h3>Components</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Code</b></td><td><b>Value[x]</b></td></tr><tr><td style=\"display: none\">*</td><td>Ion Analysis Flourine - Mass Accuracy <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#IonAnalysisFlourineMassAccuracy)</span></td><td>0.002</td></tr></table></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9fe1-91c5-2d06-47cb5b295e72" ] # ObservationDefinition\/IonAnalysisFlourine ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "IonAnalysisFlourine" ] ; fhir:display [ fhir:v "Ion Analysis Flourine (%)" ] ] ) ; fhir:text [ fhir:v "Ion Analysis Flourine (%)" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:value [ a fhir:Quantity ; fhir:value [ fhir:v "4.125"^^xsd:decimal ] ] ; # fhir:component ( [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "IonAnalysisFlourineMassAccuracy" ] ; fhir:display [ fhir:v "Ion Analysis Flourine - Mass Accuracy" ] ] ) ] ; fhir:value [ a fhir:Quantity ; fhir:value [ fhir:v "0.002"^^xsd:decimal ; ( fhir:extension [ fhir:url [ fhir:v "http://hl7.org/fhir/StructureDefinition/rendered-value"^^xsd:anyURI ] ; fhir:value [ fhir:v "+/- 0.002" ] ] ) ] ] ] ) . # <urn:uuid:fd27b5d6-9fe2-91c2-2d06-47cb5b295e72> a fhir:Observation ; fhir:id [ fhir:v "fd27b5d6-9fe2-91c2-2d06-47cb5b295e72"] ; # nmr3 fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_fd27b5d6-9fe2-91c2-2d06-47cb5b295e72\"> </a><p><b>Generated Narrative: Observation</b><a name=\"fd27b5d6-9fe2-91c2-2d06-47cb5b295e72\"> </a><a name=\"hcfd27b5d6-9fe2-91c2-2d06-47cb5b295e72\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "fd27b5d6-9fe2-91c2-2d06-47cb5b295e72" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72</p><p><b>status</b>: final</p><p><b>code</b>: NMR <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR "nmr")</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><blockquote><p><b>component</b></p><p><b>code</b>: NMR-H <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR-H)</span></p><p><b>value</b>: 2.903 (dd, J=13.5, 9.6 Hz, 1H), 3.174 (dd, J=13.5, 4.4 Hz, 1H)</p></blockquote><blockquote><p><b>component</b></p><p><b>code</b>: NMR-C <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR-C)</span></p><p><b>value</b>: 40.35</p></blockquote><blockquote><p><b>component</b></p><p><b>code</b>: Structure Position <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#POS)</span></p><p><b>value</b>: 3</p></blockquote></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72" ] # ObservationDefinition\/NMR ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR" ] ; fhir:display [ fhir:v "nmr" ] ] ) ; fhir:text [ fhir:v "NMR" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:component ( [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR-H" ] ; fhir:display [ fhir:v "NMR-H" ] ] ) ] ; fhir:value [ fhir:v "2.903 (dd, J=13.5, 9.6 Hz, 1H), 3.174 (dd, J=13.5, 4.4 Hz, 1H)" ] ] [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR-C" ] ; fhir:display [ fhir:v "NMR-C" ] ] ) ] ; fhir:value [ fhir:v "40.35" ] ] [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "POS" ] ; fhir:display [ fhir:v "Structure Position" ] ] ) ] ; # are expected to have a component that says number of samples fhir:value [ fhir:v "3" ] ] ) . # 3 components, position, H, C <urn:uuid:fd27b5d6-9fe2-91c2-2d06-47cb5b295e73> a fhir:Observation ; fhir:id [ fhir:v "fd27b5d6-9fe2-91c2-2d06-47cb5b295e73"] ; # nmr4 fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_fd27b5d6-9fe2-91c2-2d06-47cb5b295e73\"> </a><p><b>Generated Narrative: Observation</b><a name=\"fd27b5d6-9fe2-91c2-2d06-47cb5b295e73\"> </a><a name=\"hcfd27b5d6-9fe2-91c2-2d06-47cb5b295e73\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "fd27b5d6-9fe2-91c2-2d06-47cb5b295e73" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72</p><p><b>status</b>: final</p><p><b>code</b>: NMR <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR "nmr")</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><blockquote><p><b>component</b></p><p><b>code</b>: NMR-H <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR-H)</span></p><p><b>value</b>: 4.558 (ddd, J=9.6, 8.0, 4.4 Hz, 1H)</p></blockquote><blockquote><p><b>component</b></p><p><b>code</b>: NMR-C <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR-C)</span></p><p><b>value</b>: 52.10</p></blockquote><blockquote><p><b>component</b></p><p><b>code</b>: Structure Position <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#POS)</span></p><p><b>value</b>: 4</p></blockquote></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72" ] # ObservationDefinition\/NMR ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR" ] ; fhir:display [ fhir:v "nmr" ] ] ) ; fhir:text [ fhir:v "NMR" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:component ( [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR-H" ] ; fhir:display [ fhir:v "NMR-H" ] ] ) ] ; fhir:value [ fhir:v "4.558 (ddd, J=9.6, 8.0, 4.4 Hz, 1H)" ] ] [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR-C" ] ; fhir:display [ fhir:v "NMR-C" ] ] ) ] ; fhir:value [ fhir:v "52.10" ] ] [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "POS" ] ; fhir:display [ fhir:v "Structure Position" ] ] ) ] ; # are expected to have a component that says number of samples fhir:value [ fhir:v "4" ] ] ) . # <urn:uuid:fd27b5d6-9fe2-91c2-2d06-47cb5b295e74> a fhir:Observation ; fhir:id [ fhir:v "fd27b5d6-9fe2-91c2-2d06-47cb5b295e74"] ; # nmr5 fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_fd27b5d6-9fe2-91c2-2d06-47cb5b295e74\"> </a><p><b>Generated Narrative: Observation</b><a name=\"fd27b5d6-9fe2-91c2-2d06-47cb5b295e74\"> </a><a name=\"hcfd27b5d6-9fe2-91c2-2d06-47cb5b295e74\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "fd27b5d6-9fe2-91c2-2d06-47cb5b295e74" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72</p><p><b>status</b>: final</p><p><b>code</b>: NMR <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR "nmr")</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><blockquote><p><b>component</b></p><p><b>code</b>: NMR-H <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR-H)</span></p><p><b>value</b>: 8.319 (d, J=8.0 Hz, 1H)</p></blockquote><blockquote><p><b>component</b></p><p><b>code</b>: NMR-C <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR-C)</span></p><p><b>value</b>: Absent because : <code>unsupported</code></p></blockquote><blockquote><p><b>component</b></p><p><b>code</b>: Structure Position <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#POS)</span></p><p><b>value</b>: 5</p></blockquote></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72" ] # ObservationDefinition\/NMR ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR" ] ; fhir:display [ fhir:v "nmr" ] ] ) ; fhir:text [ fhir:v "NMR" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:component ( [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR-H" ] ; fhir:display [ fhir:v "NMR-H" ] ] ) ] ; fhir:value [ fhir:v "8.319 (d, J=8.0 Hz, 1H)" ] ] [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR-C" ] ; fhir:display [ fhir:v "NMR-C" ] ] ) ] ; fhir:value [ a fhir:string ; ( fhir:extension [ fhir:url [ fhir:v "http://hl7.org/fhir/StructureDefinition/data-absent-reason"^^xsd:anyURI ] ; fhir:value [ fhir:v "unsupported" ] ] ) ] ] [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "POS" ] ; fhir:display [ fhir:v "Structure Position" ] ] ) ] ; # are expected to have a component that says number of samples fhir:value [ fhir:v "5" ] ] ) . # <urn:uuid:fd27b5d6-9fe2-91c2-2d16-47cb5b295e74> a fhir:Observation ; fhir:id [ fhir:v "fd27b5d6-9fe2-91c2-2d16-47cb5b295e74"] ; # nmr6 fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_fd27b5d6-9fe2-91c2-2d16-47cb5b295e74\"> </a><p><b>Generated Narrative: Observation</b><a name=\"fd27b5d6-9fe2-91c2-2d16-47cb5b295e74\"> </a><a name=\"hcfd27b5d6-9fe2-91c2-2d16-47cb5b295e74\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "fd27b5d6-9fe2-91c2-2d16-47cb5b295e74" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72</p><p><b>status</b>: final</p><p><b>code</b>: NMR <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR "nmr")</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><blockquote><p><b>component</b></p><p><b>code</b>: NMR-H <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR-H)</span></p><p><b>value</b>: Absent because : <code>unsupported</code></p></blockquote><blockquote><p><b>component</b></p><p><b>code</b>: NMR-C <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR-C)</span></p><p><b>value</b>: 169.72</p></blockquote><blockquote><p><b>component</b></p><p><b>code</b>: Structure Position <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#POS)</span></p><p><b>value</b>: 6</p></blockquote></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72" ] # ObservationDefinition\/NMR ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR" ] ; fhir:display [ fhir:v "nmr" ] ] ) ; fhir:text [ fhir:v "NMR" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:component ( [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR-H" ] ; fhir:display [ fhir:v "NMR-H" ] ] ) ] ; fhir:value [ a fhir:string ; ( fhir:extension [ fhir:url [ fhir:v "http://hl7.org/fhir/StructureDefinition/data-absent-reason"^^xsd:anyURI ] ; fhir:value [ fhir:v "unsupported" ] ] ) ] ] [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR-C" ] ; fhir:display [ fhir:v "NMR-C" ] ] ) ] ; fhir:value [ fhir:v "169.72" ] ] [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "POS" ] ; fhir:display [ fhir:v "Structure Position" ] ] ) ] ; # are expected to have a component that says number of samples fhir:value [ fhir:v "6" ] ] ) . # odd that this has no value, in the original <urn:uuid:fd27b5d6-9fe2-91c2-2d26-47cb5b295e74> a fhir:Observation ; fhir:id [ fhir:v "fd27b5d6-9fe2-91c2-2d26-47cb5b295e74"] ; # nmr8 fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_fd27b5d6-9fe2-91c2-2d26-47cb5b295e74\"> </a><p><b>Generated Narrative: Observation</b><a name=\"fd27b5d6-9fe2-91c2-2d26-47cb5b295e74\"> </a><a name=\"hcfd27b5d6-9fe2-91c2-2d26-47cb5b295e74\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "fd27b5d6-9fe2-91c2-2d26-47cb5b295e74" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72</p><p><b>status</b>: final</p><p><b>code</b>: NMR <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR "nmr")</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><blockquote><p><b>component</b></p><p><b>code</b>: NMR-H <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR-H)</span></p><p><b>value</b>: 3.241 (m, 2H)</p></blockquote><blockquote><p><b>component</b></p><p><b>code</b>: NMR-C <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR-C)</span></p><p><b>value</b>: 39.14</p></blockquote><blockquote><p><b>component</b></p><p><b>code</b>: Structure Position <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#POS)</span></p><p><b>value</b>: 8</p></blockquote></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72" ] # ObservationDefinition\/NMR ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR" ] ; fhir:display [ fhir:v "nmr" ] ] ) ; fhir:text [ fhir:v "NMR" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:component ( [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR-H" ] ; fhir:display [ fhir:v "NMR-H" ] ] ) ] ; fhir:value [ fhir:v "3.241 (m, 2H)" ] ] [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR-C" ] ; fhir:display [ fhir:v "NMR-C" ] ] ) ] ; fhir:value [ fhir:v "39.14" ] ] [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "POS" ] ; fhir:display [ fhir:v "Structure Position" ] ] ) ] ; # are expected to have a component that says number of samples fhir:value [ fhir:v "8" ] ] ) . # <urn:uuid:fd27b5d6-9fe2-91c2-2d36-47cb5b295e74> a fhir:Observation ; fhir:id [ fhir:v "fd27b5d6-9fe2-91c2-2d36-47cb5b295e74"] ; # nmr9 fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_fd27b5d6-9fe2-91c2-2d36-47cb5b295e74\"> </a><p><b>Generated Narrative: Observation</b><a name=\"fd27b5d6-9fe2-91c2-2d36-47cb5b295e74\"> </a><a name=\"hcfd27b5d6-9fe2-91c2-2d36-47cb5b295e74\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "fd27b5d6-9fe2-91c2-2d36-47cb5b295e74" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72</p><p><b>status</b>: final</p><p><b>code</b>: NMR <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR "nmr")</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><blockquote><p><b>component</b></p><p><b>code</b>: NMR-H <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR-H)</span></p><p><b>value</b>: 3.872 (bs, 1H)</p></blockquote><blockquote><p><b>component</b></p><p><b>code</b>: NMR-C <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR-C)</span></p><p><b>value</b>: 52.38</p></blockquote><blockquote><p><b>component</b></p><p><b>code</b>: Structure Position <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#POS)</span></p><p><b>value</b>: 9</p></blockquote></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72" ] # ObservationDefinition\/NMR ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR" ] ; fhir:display [ fhir:v "nmr" ] ] ) ; fhir:text [ fhir:v "NMR" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:component ( [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR-H" ] ; fhir:display [ fhir:v "NMR-H" ] ] ) ] ; fhir:value [ fhir:v "3.872 (bs, 1H)" ] ] [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR-C" ] ; fhir:display [ fhir:v "NMR-C" ] ] ) ] ; fhir:value [ fhir:v "52.38" ] ] [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "POS" ] ; fhir:display [ fhir:v "Structure Position" ] ] ) ] ; # are expected to have a component that says number of samples fhir:value [ fhir:v "9" ] ] ) . # <urn:uuid:fd27b5d6-9fe2-91c2-2d46-47cb5b295e74> a fhir:Observation ; fhir:id [ fhir:v "fd27b5d6-9fe2-91c2-2d46-47cb5b295e74"] ; # nmr10 fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_fd27b5d6-9fe2-91c2-2d46-47cb5b295e74\"> </a><p><b>Generated Narrative: Observation</b><a name=\"fd27b5d6-9fe2-91c2-2d46-47cb5b295e74\"> </a><a name=\"hcfd27b5d6-9fe2-91c2-2d46-47cb5b295e74\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "fd27b5d6-9fe2-91c2-2d46-47cb5b295e74" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72</p><p><b>status</b>: final</p><p><b>code</b>: NMR <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR "nmr")</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><blockquote><p><b>component</b></p><p><b>code</b>: NMR-H <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR-H)</span></p><p><b>value</b>: 7.8 to 8.6 (broad signal, 2H)</p></blockquote><blockquote><p><b>component</b></p><p><b>code</b>: NMR-C <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#NMR-C)</span></p></blockquote><blockquote><p><b>component</b></p><p><b>code</b>: Structure Position <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#POS)</span></p><p><b>value</b>: 10</p></blockquote></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9fe2-91c2-2d06-47cb5b295e72" ] # ObservationDefinition\/NMR ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR" ] ; fhir:display [ fhir:v "nmr" ] ] ) ; fhir:text [ fhir:v "NMR" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:component ( [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR-H" ] ; fhir:display [ fhir:v "NMR-H" ] ] ) ] ; fhir:value [ fhir:v "7.8 to 8.6 (broad signal, 2H)" ] ] [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "NMR-C" ] ; fhir:display [ fhir:v "NMR-C" ] ] ) ] ] [ fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "POS" ] ; fhir:display [ fhir:v "Structure Position" ] ] ) ] ; # are expected to have a component that says number of samples fhir:value [ fhir:v "10" ] ] ) . # <urn:uuid:57a9af63-315d-1585-a261-0e337b289390> a fhir:SubstanceDefinition ; fhir:id [ fhir:v "57a9af63-315d-1585-a261-0e337b289390"] ; # substancedefinition-component-substance-dxpq-ex1 fhir:meta [ ( fhir:profile [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/SubstanceDefinition-component-substance-drug-pq"^^xsd:anyURI ; fhir:link <http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/SubstanceDefinition-component-substance-drug-pq> ] ) ] ; # fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"SubstanceDefinition_57a9af63-315d-1585-a261-0e337b289390\"> </a><p><b>Generated Narrative: SubstanceDefinition</b><a name=\"57a9af63-315d-1585-a261-0e337b289390\"> </a><a name=\"hc57a9af63-315d-1585-a261-0e337b289390\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource SubstanceDefinition "57a9af63-315d-1585-a261-0e337b289390" </p><p style=\"margin-bottom: 0px\">Profile: <a href=\"StructureDefinition-SubstanceDefinition-component-substance-drug-pq.html\">SubstanceDefinition - Component Substance Drug PQ</a></p></div><p><b>manufacturer</b>: See on this page: Organization/49d2f0c0-4b28-9271-8aaf-2996a8b9739c</p><h3>Names</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Name</b></td></tr><tr><td style=\"display: none\">*</td><td>Stelbatolol</td></tr></table></div>" ] ; # fhir:manufacturer ( [ fhir:reference [ fhir:v "Organization/49d2f0c0-4b28-9271-8aaf-2996a8b9739c" ] # Organization\/organization-dxpq-ex1 ] ) ; # fhir:name ( [ fhir:name [ fhir:v "Stelbatolol" ] ] ) . # <urn:uuid:49d2f0c0-4b28-9271-8aaf-2996a8b9739c> a fhir:Organization ; fhir:id [ fhir:v "49d2f0c0-4b28-9271-8aaf-2996a8b9739c"] ; # id value="substance-manufacturer"/, organization-dxpq-ex1 fhir:meta [ ( fhir:profile [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Organization-drug-pq"^^xsd:anyURI ; fhir:link <http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Organization-drug-pq> ] ) ] ; # fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Organization_49d2f0c0-4b28-9271-8aaf-2996a8b9739c\"> </a><p><b>Generated Narrative: Organization</b><a name=\"49d2f0c0-4b28-9271-8aaf-2996a8b9739c\"> </a><a name=\"hc49d2f0c0-4b28-9271-8aaf-2996a8b9739c\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Organization "49d2f0c0-4b28-9271-8aaf-2996a8b9739c" </p><p style=\"margin-bottom: 0px\">Profile: <a href=\"StructureDefinition-Organization-drug-pq.html\">Organization - Drug PQ</a></p></div><p><b>identifier</b>: <code>urn:oid:2.16.840.1.113883.4.82</code>/3003040516</p><p><b>active</b>: true</p><p><b>type</b>: Drug Substance Manufacture <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-pharmaceutical-organization-type.html\">Pharmaceutical Organization Type Codes</a>#drug-substance-manufacture)</span></p><p><b>name</b>: AAA Molybdenum Products, Inc.</p><h3>Contacts</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Address</b></td></tr><tr><td style=\"display: none\">*</td><td>7233 W 116th Pl Ste C Broomfield Colorado 80020 USA </td></tr></table></div>" ] ; # fhir:identifier ( [ fhir:system [ fhir:v "urn:oid:2.16.840.1.113883.4.82"^^xsd:anyURI ] ; # FDA establishment identifier fhir:value [ fhir:v "3003040516" ] ] ) ; # fhir:active [ fhir:v "true"^^xsd:boolean] ; # fhir:type ( [ ( fhir:coding [ fhir:system [ fhir:v "http://terminology.hl7.org/CodeSystem/pharmaceutical-organization-type"^^xsd:anyURI ] ; fhir:code [ fhir:v "drug-substance-manufacture" ] ; fhir:display [ fhir:v "Drug Substance Manufacture" ] ] ) ] ) ; # fhir:name [ fhir:v "AAA Molybdenum Products, Inc."] ; # fhir:contact ( [ fhir:address [ ( fhir:line [ fhir:v "7233 W 116th Pl" ] [ fhir:v "Ste C" ] ) ; fhir:city [ fhir:v "Broomfield" ] ; fhir:state [ fhir:v "Colorado" ] ; fhir:postalCode [ fhir:v "80020" ] ; fhir:country [ fhir:v "USA" ] ] ] ) . # <urn:uuid:378fbe5f-5926-3a5c-4c64-5428df877b08> a fhir:Organization ; fhir:id [ fhir:v "378fbe5f-5926-3a5c-4c64-5428df877b08"] ; # testing lab, 378fbe5f-5926-3a5c-4c64-5428df877b08 fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Organization_378fbe5f-5926-3a5c-4c64-5428df877b08\"> </a><p><b>Generated Narrative: Organization</b><a name=\"378fbe5f-5926-3a5c-4c64-5428df877b08\"> </a><a name=\"hc378fbe5f-5926-3a5c-4c64-5428df877b08\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Organization "378fbe5f-5926-3a5c-4c64-5428df877b08" </p></div><p><b>identifier</b>: <code>urn:oid:2.16.840.1.113883.4.82</code>/3007270600</p><p><b>active</b>: true</p><p><b>type</b>: Analytical Testing - Release <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-pharmaceutical-organization-type.html\">Pharmaceutical Organization Type Codes</a>#analytical-testing-release)</span></p><p><b>name</b>: Testing Lab</p></div>" ] ; # fhir:identifier ( [ fhir:system [ fhir:v "urn:oid:2.16.840.1.113883.4.82"^^xsd:anyURI ] ; fhir:value [ fhir:v "3007270600" ] ] ) ; # fhir:active [ fhir:v "true"^^xsd:boolean] ; # fhir:type ( [ ( fhir:coding [ fhir:system [ fhir:v "http://terminology.hl7.org/CodeSystem/pharmaceutical-organization-type"^^xsd:anyURI ] ; fhir:code [ fhir:v "analytical-testing-release" ] ; fhir:display [ fhir:v "Analytical Testing - Release" ] ] ) ] ) ; # fhir:name [ fhir:v "Testing Lab"] . # <urn:uuid:fc078762-81c5-5656-9744-13c7ad1e595b> a fhir:Substance ; fhir:id [ fhir:v "fc078762-81c5-5656-9744-13c7ad1e595b"] ; # <id value="actual-batch-substance"/>, substance-dxpq-ex1-unlinked fhir:meta [ ( fhir:profile [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Substance-drug-pq"^^xsd:anyURI ; fhir:link <http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Substance-drug-pq> ] ) ] ; # fhir:text [ fhir:status [ fhir:v "extensions" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Substance_fc078762-81c5-5656-9744-13c7ad1e595b\"> </a><p><b>Generated Narrative: Substance</b><a name=\"fc078762-81c5-5656-9744-13c7ad1e595b\"> </a><a name=\"hcfc078762-81c5-5656-9744-13c7ad1e595b\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Substance "fc078762-81c5-5656-9744-13c7ad1e595b" </p><p style=\"margin-bottom: 0px\">Profile: <a href=\"StructureDefinition-Substance-drug-pq.html\">Substance - Drug PQ</a></p></div><blockquote><p><b>Medication Manufacturing Batch</b></p><blockquote><p><b>url</b></p><code>manufacturingDate</code></blockquote><p><b>value</b>: 2019-09-07</p><blockquote><p><b>url</b></p><code>batchQuantity</code></blockquote><p><b>value</b>: 5.1 kg</p><blockquote><p><b>url</b></p><code>batchUtilization</code></blockquote><p><b>value</b>: Development <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"http://terminology.hl7.org/5.0.0/CodeSystem-v3-nciThesaurus.html\">NCI Thesaurus</a>#C133991)</span></p><blockquote><p><b>url</b></p><code>assignedManufacturer</code></blockquote><p><b>value</b>: See on this page: Organization/49d2f0c0-4b28-9271-8aaf-2996a8b9739c</p></blockquote><p><b>Extension - Batch Release Date PQ</b>: 2019-09-08</p><p><b>Extension - Batch Retest Date PQ</b>: 2022-09-08</p><p><b>Extension - Actual Yield PQ</b>: 4.8 kg</p><p><b>identifier</b>: SUB1Amgen</p><p><b>instance</b>: true</p><h3>Codes</h3><table class=\"grid\"><tr><td style=\"display: none\">-</td><td><b>Reference</b></td></tr><tr><td style=\"display: none\">*</td><td>See on this page: SubstanceDefinition/57a9af63-315d-1585-a261-0e337b289390</td></tr></table></div>" ] ; # fhir:extension ( [ fhir:url [ fhir:v "http://hl7.org/fhir/StructureDefinition/medication-manufacturingBatch"^^xsd:anyURI ] ; ( fhir:extension [ fhir:url [ fhir:v "manufacturingDate"^^xsd:anyURI ] ; fhir:value [ fhir:v "2019-09-07"^^xsd:date ] ] [ fhir:url [ fhir:v "batchQuantity"^^xsd:anyURI ] ; fhir:value [ a fhir:Quantity ; fhir:value [ fhir:v "5.1"^^xsd:decimal ] ; fhir:unit [ fhir:v "kg" ] ] ] [ fhir:url [ fhir:v "batchUtilization"^^xsd:anyURI ] ; fhir:value [ a fhir:CodeableConcept ; ( fhir:coding [ fhir:system [ fhir:v "http://ncicb.nci.nih.gov/xml/owl/EVS/Thesaurus.owl"^^xsd:anyURI ] ; fhir:code [ fhir:v "C133991" ] ; fhir:display [ fhir:v "Development" ] ] ) ] ] [ fhir:url [ fhir:v "assignedManufacturer"^^xsd:anyURI ] ; fhir:value [ a fhir:Reference ; fhir:reference [ fhir:v "Organization/49d2f0c0-4b28-9271-8aaf-2996a8b9739c" ] # Organization\/organization-dxpq-ex1 ] ] ) ] [ fhir:url [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Extension-batch-release-date-pq"^^xsd:anyURI ] ; fhir:value [ fhir:v "2019-09-08"^^xsd:date ] ] [ fhir:url [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Extension-batch-retest-date-pq"^^xsd:anyURI ] ; fhir:value [ fhir:v "2022-09-08"^^xsd:date ] ] [ fhir:url [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/StructureDefinition/Extension-actual-yield-pq"^^xsd:anyURI ] ; fhir:value [ a fhir:Quantity ; fhir:value [ fhir:v "4.8"^^xsd:decimal ] ; fhir:unit [ fhir:v "kg" ] ] ] ) ; # fhir:identifier ( [ fhir:value [ fhir:v "SUB1Amgen" ] ] ) ; # fhir:instance [ fhir:v "true"^^xsd:boolean] ; # fhir:code [ fhir:reference [ fhir:reference [ fhir:v "SubstanceDefinition/57a9af63-315d-1585-a261-0e337b289390" ] # SubstanceDefinition\/substancedefinition-component-substance-dxpq-ex1 ] ] . # <urn:uuid:9c56948c-2b39-6609-1c01-4d197ea57a33> a fhir:Observation ; fhir:id [ fhir:v "9c56948c-2b39-6609-1c01-4d197ea57a33"] ; # structure fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_9c56948c-2b39-6609-1c01-4d197ea57a33\"> </a><p><b>Generated Narrative: Observation</b><a name=\"9c56948c-2b39-6609-1c01-4d197ea57a33\"> </a><a name=\"hc9c56948c-2b39-6609-1c01-4d197ea57a33\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "9c56948c-2b39-6609-1c01-4d197ea57a33" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e72</p><p><b>status</b>: final</p><p><b>code</b>: Chemical Structure <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#Chemical Structure)</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><p><b>value</b>: </p></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e72" ] # ObservationDefinition\/Structure ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "Chemical Structure" ] ; fhir:display [ fhir:v "Chemical Structure" ] ] ) ; fhir:text [ fhir:v "Chemical Structure" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:value [ a fhir:Attachment ; fhir:contentType [ fhir:v "image/png" ] ; fhir:data [ fhir:v 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"^^xsd:base64Binary ] ] . # <urn:uuid:9c56948c-2b39-6609-1c01-4d197ea57a34> a fhir:Observation ; fhir:id [ fhir:v "9c56948c-2b39-6609-1c01-4d197ea57a34"] ; # fig11xray fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_9c56948c-2b39-6609-1c01-4d197ea57a34\"> </a><p><b>Generated Narrative: Observation</b><a name=\"9c56948c-2b39-6609-1c01-4d197ea57a34\"> </a><a name=\"hc9c56948c-2b39-6609-1c01-4d197ea57a34\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "9c56948c-2b39-6609-1c01-4d197ea57a34" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e73</p><p><b>status</b>: final</p><p><b>code</b>: X-Ray Powder Diffractogram <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#X-Ray Powder Diffractogram)</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><p><b>value</b>: </p></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e73" ] # ObservationDefinition\/Diffractogram ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "X-Ray Powder Diffractogram" ] ; fhir:display [ fhir:v "X-Ray Powder Diffractogram" ] ] ) ; fhir:text [ fhir:v "X-Ray Powder Diffractogram" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:value [ a fhir:Attachment ; fhir:contentType [ fhir:v "image/png" ] ; fhir:data [ fhir:v 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"^^xsd:base64Binary ] ] . # <urn:uuid:9c56948c-2b39-6619-1c01-4d197ea57a34> a fhir:Observation ; fhir:id [ fhir:v "9c56948c-2b39-6619-1c01-4d197ea57a34"] ; # fig10molecularstructure fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_9c56948c-2b39-6619-1c01-4d197ea57a34\"> </a><p><b>Generated Narrative: Observation</b><a name=\"9c56948c-2b39-6619-1c01-4d197ea57a34\"> </a><a name=\"hc9c56948c-2b39-6619-1c01-4d197ea57a34\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "9c56948c-2b39-6619-1c01-4d197ea57a34" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e74</p><p><b>status</b>: final</p><p><b>code</b>: MolecularStructure <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#MolecularStructure "Molecular Structure")</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><p><b>value</b>: </p></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e74" ] # ObservationDefinition\/MolecularStructure ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "MolecularStructure" ] ; fhir:display [ fhir:v "Molecular Structure" ] ] ) ; fhir:text [ fhir:v "MolecularStructure" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:value [ a fhir:Attachment ; fhir:contentType [ fhir:v "image/png" ] ; fhir:data [ fhir:v 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"^^xsd:base64Binary ] ] . # <urn:uuid:9c56948c-2b39-6609-1c01-4d197ea57a35> a fhir:Observation ; fhir:id [ fhir:v "9c56948c-2b39-6609-1c01-4d197ea57a35"] ; # fig8absorption fhir:text [ fhir:status [ fhir:v "generated" ] ; fhir:div "<div xmlns=\"http://www.w3.org/1999/xhtml\"><a name=\"Observation_9c56948c-2b39-6609-1c01-4d197ea57a35\"> </a><p><b>Generated Narrative: Observation</b><a name=\"9c56948c-2b39-6609-1c01-4d197ea57a35\"> </a><a name=\"hc9c56948c-2b39-6609-1c01-4d197ea57a35\"> </a></p><div style=\"display: inline-block; background-color: #d9e0e7; padding: 6px; margin: 4px; border: 1px solid #8da1b4; border-radius: 5px; line-height: 60%\"><p style=\"margin-bottom: 0px\">Resource Observation "9c56948c-2b39-6609-1c01-4d197ea57a35" </p></div><p><b>instantiates</b>: See on this page: ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e75</p><p><b>status</b>: final</p><p><b>code</b>: Absorption <span style=\"background: LightGoldenRodYellow; margin: 4px; border: 1px solid khaki\"> (<a href=\"CodeSystem-cs-local-codes-drug-pq-example.html\">Example Local Codes - Drug</a>#Absorption)</span></p><p><b>subject</b>: See on this page: Substance/fc078762-81c5-5656-9744-13c7ad1e595b</p><p><b>effective</b>: 2023-01-01 12:00:00+0000</p><p><b>performer</b>: See on this page: Organization/378fbe5f-5926-3a5c-4c64-5428df877b08</p><p><b>value</b>: </p></div>" ] ; # fhir:instantiates [ a fhir:Reference ; fhir:reference [ fhir:v "ObservationDefinition/fd17b5d6-9ff1-91c5-2d06-47cb5b295e75" ] # ObservationDefinition\/Absorption ] ; # fhir:status [ fhir:v "final"] ; # fhir:code [ ( fhir:coding [ fhir:system [ fhir:v "http://hl7.org/fhir/uv/pharm-quality/CodeSystem/cs-local-codes-drug-pq-example"^^xsd:anyURI ] ; fhir:code [ fhir:v "Absorption" ] ; fhir:display [ fhir:v "Absorption" ] ] ) ; fhir:text [ fhir:v "Absorption" ] ] ; # fhir:subject [ fhir:reference [ fhir:v "Substance/fc078762-81c5-5656-9744-13c7ad1e595b" ] # Substance\/substance-dxpq-ex1-unlinked ] ; # fhir:effective [ fhir:v "2023-01-01T12:00:00Z"^^xsd:dateTime] ; # fhir:performer ( [ fhir:reference [ fhir:v "Organization/378fbe5f-5926-3a5c-4c64-5428df877b08" ] # Organization\/378fbe5f-5926-3a5c-4c64-5428df877b08 ] ) ; # fhir:value [ a fhir:Attachment ; fhir:contentType [ fhir:v "image/png" ] ; fhir:data [ fhir:v 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"^^xsd:base64Binary ] ] . #
IG © HL7 International / Biomedical Research and Regulation. Package hl7.fhir.uv.pharm-quality#1.0.0 based on FHIR 5.0.0. Generated 2024-05-08
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