This page is part of the FHIR Specification (v1.4.0: STU 3 Ballot 3). The current version which supercedes this version is 5.0.0. For a full list of available versions, see the Directory of published versions
Example of bodysite
{ "resourceType": "BodySite", "id": "example", "text": { "fhir_comments": [ " fhir build will generate narrative\n\t<text>\n\t\t<status value=\"generated\"/>\n\t\t<div xmlns=\"http://www.w3.org/1999/xhtml\">[Put rendering here]</div>\n\t</text>\n " ], "status": "generated", "div": "<div><p><b>Generated Narrative with Details</b></p><p><b>id</b>: example</p><p><b>patient</b>: <a>Patient/example</a></p><p><b>identifier</b>: 12345 (OFFICIAL)</p><p><b>code</b>: Arm <span>(Details : {SNOMED CT code '53120007' = 'Upper limb structure (body structure)', given as 'Arm'})</span></p><p><b>modifier</b>: Left <span>(Details : {SNOMED CT code '419161000' = 'Unilateral left (qualifier value)', given as 'Unilateral left'})</span>, Upper <span>(Details : {SNOMED CT code '261183002' = 'Upper', given as 'Upper'})</span>, Anterior <span>(Details : {SNOMED CT code '255549009' = 'Anterior (qualifier value)', given as 'Anterior'})</span></p><p><b>description</b>: front of upper left arm directly below the tattoo</p><p><b>image</b>: </p></div>" }, "patient": { "reference": "Patient/example" }, "identifier": [ { "use": "official", "system": "http://www.acmehosp.com/bodysites", "value": "12345" } ], "code": { "coding": [ { "system": "http://snomed.info/sct", "code": "53120007", "display": "Arm" } ], "text": "Arm" }, "modifier": [ { "coding": [ { "system": "http://snomed.info/sct", "code": "419161000", "display": "Unilateral left" } ], "text": "Left" }, { "coding": [ { "system": "http://snomed.info/sct", "code": "261183002", "display": "Upper" } ], "text": "Upper" }, { "coding": [ { "system": "http://snomed.info/sct", "code": "255549009", "display": "Anterior" } ], "text": "Anterior" } ], "description": "front of upper left arm directly below the tattoo", "image": [ { "contentType": "image/png;base64", "data": " 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 ", "title": "ARM" } ] }
Usage note: every effort has been made to ensure that the examples are correct and useful, but they are not a normative part of the specification.