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HeyDonto FHIR R4 API Documentation (1.0)

API documentation for HeyDonto API users

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Overview
Languages
Servers
Mock server

https://docs.heydonto.com/_mock/apis/fhir/openapi/

Sandbox

https://api-staging.heydonto.com/

Production

https://api.heydonto.com/

Account

Operations

ActivityDefinition

Operations

AdverseEvent

Operations

AllergyIntolerance

Operations

Appointment

Operations

AppointmentResponse

Operations

AuditEvent

Operations

Basic

Operations

Binary

Operations

BiologicallyDerivedProduct

Operations

BodyStructure

Operations

Bundle

Operations

CapabilityStatement

Operations

CarePlan

Operations

CareTeam

Operations

CatalogEntry

Operations

ChargeItem

Operations

ChargeItemDefinition

Operations

Claim

Operations

ClaimResponse

Operations

ClinicalImpression

Operations

CodeSystem

Operations

Communication

Operations

CommunicationRequest

Operations

CompartmentDefinition

Operations

Composition

Operations

ConceptMap

Operations

Condition

Operations

Contract

Operations

Coverage

Operations

CoverageEligibilityRequest

Operations

CoverageEligibilityResponse

Operations

DetectedIssue

Operations

Device

Operations

DeviceDefinition

Operations

DeviceMetric

Operations

DeviceRequest

Operations

DeviceUseStatement

Operations

DiagnosticReport

Operations

Get FHIR r4 diagnostic reports

Request

Security
bearer or bearer
Path
siteIdstringrequired

Site identifier

Query
_countnumber

Number of items to return (default=20).

Example: _count=10
_page_tokenstring

Token for fetching the next page of results.

Example: _page_token=CgYK...
_sortstring

Sort the results by a given field, e.g. _sort=family or _sort=-date.

Example: _sort=family
_elementsstring

Restrict returned fields, e.g. _elements=identifier,name.

Example: _elements=identifier,name
telecomstring

Filter by resource telecom, e.g. date=[SYSTEM]|[VALUE].

Example: telecom=telecom=phone|555-555-5555
_idstring

Search for a specific resource by ID, e.g. _id=abc123.

Example: _id=abc123
identifierstring

Search for resources by identifier token, e.g. identifier=http://hospital.org|12345.

Example: identifier=http://hospital.org|12345
_includestring

Include related resources, e.g. _include=Appointment:patient.

Example: _include=Appointment:patient
patientstring

Include related patient resources, e.g. patient=Patient/[id]&.

Example: patient=patient=Patient/[id]&
_revincludestring

Reverse include related resources, e.g. _revinclude=Observation:subject.

Example: _revinclude=Observation:subject
_hasstring

Reverse chaining, e.g. _has:Observation:subject:code=http://loinc.org|1234-5.

Example: _has=Observation:subject:code=http://loinc.org|1234-5
_tagstring

Search by tag on the resource meta, e.g. _tag=http://example.org/tags|sample-tag.

Example: _tag=http://example.org/tags|sample-tag
_securitystring

Search by security label on resource meta, e.g. _security=RBAC|CONFIDENTIAL.

Example: _security=RBAC|CONFIDENTIAL
_profilestring

Search by profile in resource meta, e.g. _profile=http://example.org/fhir/StructureDefinition/custom-profile.

Example: _profile=http://example.org/fhir/StructureDefinition/custom-profile
curl -i -X GET \
  'https://docs.heydonto.com/_mock/apis/fhir/openapi/site/{siteId}/fhir/diagnostic-report?_count=10&_page_token=CgYK...&_sort=family&_elements=identifier%2Cname&telecom=telecom%3Dphone%2C555-555-5555&_id=abc123&identifier=http%3A%2F%2Fhospital.org%2C12345&_include=Appointment%3Apatient&patient=patient%3DPatient%2F%5Bid%5D%26&_revinclude=Observation%3Asubject&_has=Observation%3Asubject%3Acode%3Dhttp%3A%2F%2Floinc.org%2C1234-5&_tag=http%3A%2F%2Fexample.org%2Ftags%2Csample-tag&_security=RBAC%2CCONFIDENTIAL&_profile=http%3A%2F%2Fexample.org%2Ffhir%2FStructureDefinition%2Fcustom-profile' \
  -H 'Authorization: Bearer <YOUR_JWT_HERE>'

Responses

Bodyapplication/json
resourceTypeanyrequired

This is a Bundle resource

Value"Bundle"
Example: "Bundle"
idstring(id)^[A-Za-z0-9\-\.]{1,64}$

Any combination of letters, numerals, "-" and ".", with a length limit of 64 characters. (This might be an integer, an unprefixed OID, UUID or any other identifier pattern that meets these constraints.) Ids are case-insensitive.

Example: "example-id"
metaobject(Meta)

The metadata about a resource. This is content in the resource that is maintained by the infrastructure. Changes to the content might not always be associated with version changes to the resource.

implicitRulesstring(uri)^\S*$

String of characters used to identify a name or a resource

Example: "https://example.org/resource"
_implicitRulesobject(Element)

Base definition for all elements in a resource.

languagestring(code)^[^\s]+(\s[^\s]+)*$

A string which has at least one character and no leading or trailing whitespace and where there is no whitespace other than single spaces in the contents

Example: "sample-code"
_languageobject(Element)

Base definition for all elements in a resource.

identifierobject(Identifier)

An identifier - identifies some entity uniquely and unambiguously. Typically this is used for business identifiers.

typeany

Indicates the purpose of this bundle - how it is intended to be used.

Enum"document""message""transaction""transaction-response""batch""batch-response""history""searchset""collection"
Example: "searchset"
_typeobject(Element)

Base definition for all elements in a resource.

timestampstring(date-time)(instant)^([0-9]([0-9]([0-9][1-9]|[1-9]0)|[1-9]00)|[1-...

An instant in time - known at least to the second

Example: "2024-01-01T00:00:00Z"
_timestampobject(Element)

Base definition for all elements in a resource.

totalnumber(unsignedInt)^[0]|([1-9][0-9]*)$

An integer with a value that is not negative (e.g. >= 0)

Example: 0
_totalobject(Element)

Base definition for all elements in a resource.

linkArray of objects(Bundle_Link)

A series of links that provide context to this bundle.

Example: [{"relation":"search","url":"https://api.heydonto.com/fhir/diagnostic-report/?_count=20"},{"relation":"next","url":"https://api.heydonto.com/fhir/diagnostic-report/?_count=20&_page_token=TOKEN"},{"relation":"first","url":"https://api.heydonto.com/fhir/diagnostic-report/?_count=20"},{"relation":"self","url":"https://api.heydonto.com/fhir/diagnostic-report/?_count=20"}]
entryArray of objects(DiagnosticReport)

An entry in a bundle resource - will either contain a resource or information about a resource (transactions and history only).

Example: [{"resourceType":"Bundle","id":"101","type":"collection","entry":[{"fullUrl":"https://example.com/base/DiagnosticReport/101","resource":{"resourceType":"DiagnosticReport","id":"101","meta":{"tag":[{"system":"http://example.org/fhir/CodeSystem/workflow-codes","code":"01","display":"Needs Review"}]},"text":{"status":"generated","div":"<div xmlns=\"http://www.w3.org/1999/xhtml\">\n\t\t\t\t\t\t<h3>CBC Report for Wile. E. COYOTE (MRN: 23453) issued 3-Mar 2011 11:45</h3>\n\t\t\t\t\t\t<pre>\nTest Units Value Reference Range\nHaemoglobin g/L 176 135 - 180\nRed Cell Count x10*12/L 5.9 4.2 - 6.0\nHaematocrit 0.55+ 0.38 - 0.52\nMean Cell Volume fL 99+ 80 - 98\nMean Cell Haemoglobin pg 36+ 27 - 35\nPlatelet Count x10*9/L 444 150 - 450\nWhite Cell Count x10*9/L 4.6 4.0 - 11.0\nNeutrophils % 20\nNeutrophils x10*9/L 0.9--- 2.0 - 7.5\nLymphocytes % 20\nLymphocytes x10*9/L 0.9- 1.1 - 4.0\nMonocytes % 20\nMonocytes x10*9/L 0.9 0.2 - 1.0\nEosinophils % 20\nEosinophils x10*9/L 0.92++ 0.04 - 0.40\nBasophils % 20\nBasophils x10*9/L 0.92+++ &lt;0.21\n </pre>\n\t\t\t\t\t\t<p>Acme Laboratory, Inc signed: Dr Pete Pathologist</p>\n\t\t\t\t\t</div>"},"identifier":[{"system":"http://acme.com/lab/reports","value":"5234342"}],"status":"final","category":[{"coding":[{"system":"http://terminology.hl7.org/CodeSystem/v2-0074","code":"HM"}]}],"code":{"coding":[{"system":"http://loinc.org","code":"58410-2","display":"Complete blood count (hemogram) panel - Blood by Automated count"},{"code":"CBC","display":"MASTER FULL BLOOD COUNT"}],"text":"Complete Blood Count"},"subject":{"reference":"Patient/pat2"},"encounter":{"reference":"Encounter/example"},"effectiveDateTime":"2011-03-04T08:30:00+11:00","issued":"2011-03-04T11:45:33+11:00","performer":[{"reference":"Organization/1832473e-2fe0-452d-abe9-3cdb9879522f","display":"Acme Laboratory, Inc"}],"result":[{"reference":"Observation/r1"},{"reference":"Observation/r2"},{"reference":"Observation/r3"},{"reference":"Observation/r4"},{"reference":"Observation/r5"},{"reference":"Observation/r6"},{"reference":"Observation/r7"},{"reference":"Observation/r8"},{"reference":"Observation/r9"},{"reference":"Observation/r10"},{"reference":"Observation/r11"},{"reference":"Observation/r12"},{"reference":"Observation/r13"},{"reference":"Observation/r14"},{"reference":"Observation/r15"},{"reference":"Observation/r16"},{"reference":"Observation/r17"}],"presentedForm":[{"contentType":"application/pdf","language":"en-AU","data":"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","title":"HTML Report"}]}},{"fullUrl":"https://example.com/base/Observation/r1","resource":{"resourceType":"Observation","id":"r1","text":{"status":"generated","div":"<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r1</p><p><b>status</b>: final</p><p><b>code</b>: Haemoglobin <span>(Details : {LOINC code '718-7' = 'Hemoglobin [Mass/volume] in Blood', given as 'Hemoglobin [Mass/volume] in Blood'})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 176 g/L<span> (Details: UCUM code g/L = 'g/L')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>135 g/L<span> (Details: UCUM code g/L = 'g/L')</span></td><td>180 g/L<span> (Details: UCUM code g/L = 'g/L')</span></td></tr></table></div>"},"status":"final","code":{"coding":[{"system":"http://loinc.org","code":"718-7","display":"Hemoglobin [Mass/volume] in Blood"}],"text":"Haemoglobin"},"subject":{"reference":"Patient/pat2"},"performer":[{"reference":"Organization/1832473e-2fe0-452d-abe9-3cdb9879522f","display":"Acme Laboratory, Inc"}],"valueQuantity":{"value":176,"unit":"g/L","system":"http://unitsofmeasure.org","code":"g/L"},"referenceRange":[{"low":{"value":135,"unit":"g/L","system":"http://unitsofmeasure.org","code":"g/L"},"high":{"value":180,"unit":"g/L","system":"http://unitsofmeasure.org","code":"g/L"}}]}},{"fullUrl":"https://example.com/base/Observation/r2","resource":{"resourceType":"Observation","id":"r2","text":{"status":"generated","div":"<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r2</p><p><b>status</b>: final</p><p><b>code</b>: Red Cell Count <span>(Details : {LOINC code '789-8' = 'Erythrocytes [#/volume] in Blood by Automated count', given as 'Erythrocytes [#/volume] in Blood by Automated count'})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 5.9 x10*12/L<span> (Details: UCUM code 10*12/L = '10*12/L')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>4.2 x10*12/L<span> (Details: UCUM code 10*12/L = '10*12/L')</span></td><td>6.0 x10*12/L<span> (Details: UCUM code 10*12/L = '10*12/L')</span></td></tr></table></div>"},"status":"final","code":{"coding":[{"system":"http://loinc.org","code":"789-8","display":"Erythrocytes [#/volume] in Blood by Automated count"}],"text":"Red Cell Count"},"subject":{"reference":"Patient/pat2"},"performer":[{"reference":"Organization/1832473e-2fe0-452d-abe9-3cdb9879522f","display":"Acme Laboratory, Inc"}],"valueQuantity":{"value":5.9,"unit":"x10*12/L","system":"http://unitsofmeasure.org","code":"10*12/L"},"referenceRange":[{"low":{"value":4.2,"unit":"x10*12/L","system":"http://unitsofmeasure.org","code":"10*12/L"},"high":{"value":6,"unit":"x10*12/L","system":"http://unitsofmeasure.org","code":"10*12/L"}}]}},{"fullUrl":"https://example.com/base/Observation/r3","resource":{"resourceType":"Observation","id":"r3","text":{"status":"generated","div":"<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r3</p><p><b>status</b>: final</p><p><b>code</b>: Haematocrit <span>(Details : {LOINC code '4544-3' = 'Hematocrit [Volume Fraction] of Blood by Automated count', given as 'Hematocrit [Volume Fraction] of Blood by Automated count'})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 55 %</p><p><b>interpretation</b>: High <span>(Details : {http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation code 'H' = 'High)</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>38 %</td><td>52 %</td></tr></table></div>"},"status":"final","code":{"coding":[{"system":"http://loinc.org","code":"4544-3","display":"Hematocrit [Volume Fraction] of Blood by Automated count"}],"text":"Haematocrit"},"subject":{"reference":"Patient/pat2"},"performer":[{"reference":"Organization/1832473e-2fe0-452d-abe9-3cdb9879522f","display":"Acme Laboratory, Inc"}],"valueQuantity":{"value":55,"unit":"%"},"interpretation":[{"coding":[{"system":"http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation","code":"H"}]}],"referenceRange":[{"low":{"value":38,"unit":"%"},"high":{"value":52,"unit":"%"}}]}},{"fullUrl":"https://example.com/base/Observation/r4","resource":{"resourceType":"Observation","id":"r4","text":{"status":"generated","div":"<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r4</p><p><b>status</b>: final</p><p><b>code</b>: Mean Cell Volume <span>(Details : {LOINC code '787-2' = 'Erythrocyte mean corpuscular volume [Entitic volume] by Automated count', given as 'Erythrocyte mean corpuscular volume [Entitic volume] by Automated count'})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 99 fL<span> (Details: UCUM code fL = 'fL')</span></p><p><b>interpretation</b>: High <span>(Details : {http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation code 'H' = 'High)</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>80 fL<span> (Details: UCUM code fL = 'fL')</span></td><td>98 fL<span> (Details: UCUM code fL = 'fL')</span></td></tr></table></div>"},"status":"final","code":{"coding":[{"system":"http://loinc.org","code":"787-2","display":"Erythrocyte mean corpuscular volume [Entitic volume] by Automated count"}],"text":"Mean Cell Volume"},"subject":{"reference":"Patient/pat2"},"performer":[{"reference":"Organization/1832473e-2fe0-452d-abe9-3cdb9879522f","display":"Acme Laboratory, Inc"}],"valueQuantity":{"value":99,"unit":"fL","system":"http://unitsofmeasure.org","code":"fL"},"interpretation":[{"coding":[{"system":"http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation","code":"H"}]}],"referenceRange":[{"low":{"value":80,"unit":"fL","system":"http://unitsofmeasure.org","code":"fL"},"high":{"value":98,"unit":"fL","system":"http://unitsofmeasure.org","code":"fL"}}]}},{"fullUrl":"https://example.com/base/Observation/r5","resource":{"resourceType":"Observation","id":"r5","text":{"status":"generated","div":"<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r5</p><p><b>status</b>: final</p><p><b>code</b>: Mean Cell Haemoglobin <span>(Details : {LOINC code '785-6' = 'Erythrocyte mean corpuscular hemoglobin [Entitic mass] by Automated count', given as 'Erythrocyte mean corpuscular hemoglobin [Entitic mass] by Automated count'})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 36 pg<span> (Details: UCUM code pg = 'pg')</span></p><p><b>interpretation</b>: High <span>(Details : {http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation code 'H' = 'High)</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>27 pg<span> (Details: UCUM code pg = 'pg')</span></td><td>35 pg<span> (Details: UCUM code pg = 'pg')</span></td></tr></table></div>"},"status":"final","code":{"coding":[{"system":"http://loinc.org","code":"785-6","display":"Erythrocyte mean corpuscular hemoglobin [Entitic 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'10*9/L')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>4.0 x10*9/L<span> (Details: UCUM code 10*9/L = '10*9/L')</span></td><td>11.0 x10*9/L<span> (Details: UCUM code 10*9/L = '10*9/L')</span></td></tr></table></div>"},"status":"final","code":{"coding":[{"system":"http://loinc.org","code":"6690-2","display":"Leukocytes [#/volume] in Blood by Automated count"}],"text":"White Cell Count"},"subject":{"reference":"Patient/pat2"},"performer":[{"reference":"Organization/1832473e-2fe0-452d-abe9-3cdb9879522f","display":"Acme Laboratory, 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'%')</span></p></div>"},"status":"final","code":{"coding":[{"system":"http://loinc.org","code":"770-8","display":"Neutrophils/100 leukocytes in Blood by Automated count"}],"text":"Neutrophils"},"subject":{"reference":"Patient/pat2"},"performer":[{"reference":"Organization/1832473e-2fe0-452d-abe9-3cdb9879522f","display":"Acme Laboratory, Inc"}],"valueQuantity":{"value":20,"unit":"%","system":"http://unitsofmeasure.org","code":"%"}}},{"fullUrl":"https://example.com/base/Observation/r9","resource":{"resourceType":"Observation","id":"r9","text":{"status":"generated","div":"<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r9</p><p><b>status</b>: final</p><p><b>code</b>: Neutrophils <span>(Details : {LOINC code '751-8' = 'Neutrophils [#/volume] in Blood by Automated count', given as 'Neutrophils [#/volume] in Blood by Automated count'})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, 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Inc</a></p><p><b>value</b>: 20 %<span> (Details: UCUM code % = '%')</span></p></div>"},"status":"final","code":{"coding":[{"system":"http://loinc.org","code":"736-9","display":"Lymphocytes/100 leukocytes in Blood by Automated count"}],"text":"Lymphocytes"},"subject":{"reference":"Patient/pat2"},"performer":[{"reference":"Organization/1832473e-2fe0-452d-abe9-3cdb9879522f","display":"Acme Laboratory, Inc"}],"valueQuantity":{"value":20,"unit":"%","system":"http://unitsofmeasure.org","code":"%"}}},{"fullUrl":"https://example.com/base/Observation/r11","resource":{"resourceType":"Observation","id":"r11","text":{"status":"generated","div":"<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r11</p><p><b>status</b>: final</p><p><b>code</b>: Lymphocytes <span>(Details : {LOINC code '731-0' = 'Lymphocytes [#/volume] in Blood by Automated count', given as 'Lymphocytes [#/volume] in Blood by Automated count'})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 0.9 x10*9/L<span> (Details: UCUM code 10*9/L = '10*9/L')</span></p><p><b>interpretation</b>: Low <span>(Details : {http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation code 'L' = 'Low)</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>1.1 x10*9/L<span> (Details: UCUM code 10*9/L = '10*9/L')</span></td><td>4.0 x10*9/L<span> (Details: UCUM code 10*9/L = '10*9/L')</span></td></tr></table></div>"},"status":"final","code":{"coding":[{"system":"http://loinc.org","code":"731-0","display":"Lymphocytes [#/volume] in Blood by Automated count"}],"text":"Lymphocytes"},"subject":{"reference":"Patient/pat2"},"performer":[{"reference":"Organization/1832473e-2fe0-452d-abe9-3cdb9879522f","display":"Acme Laboratory, 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Inc</a></p><p><b>value</b>: 20 %<span> (Details: UCUM code % = '%')</span></p></div>"},"status":"final","code":{"coding":[{"system":"http://loinc.org","code":"5905-5","display":"Monocytes/100 leukocytes in Blood by Automated count"}],"text":"Monocytes"},"subject":{"reference":"Patient/pat2"},"performer":[{"reference":"Organization/1832473e-2fe0-452d-abe9-3cdb9879522f","display":"Acme Laboratory, Inc"}],"valueQuantity":{"value":20,"unit":"%","system":"http://unitsofmeasure.org","code":"%"}}},{"fullUrl":"https://example.com/base/Observation/r13","resource":{"resourceType":"Observation","id":"r13","text":{"status":"generated","div":"<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r13</p><p><b>status</b>: final</p><p><b>code</b>: Monocytes <span>(Details : {LOINC code '742-7' = 'Monocytes [#/volume] in Blood by Automated count', given as 'Monocytes [#/volume] in Blood by Automated count'})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 0.9 x10*9/L<span> (Details: UCUM code 10*9/L = '10*9/L')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>0.2 x10*9/L<span> (Details: UCUM code 10*9/L = '10*9/L')</span></td><td>1.0 x10*9/L<span> (Details: UCUM code 10*9/L = '10*9/L')</span></td></tr></table></div>"},"status":"final","code":{"coding":[{"system":"http://loinc.org","code":"742-7","display":"Monocytes [#/volume] in Blood by Automated count"}],"text":"Monocytes"},"subject":{"reference":"Patient/pat2"},"performer":[{"reference":"Organization/1832473e-2fe0-452d-abe9-3cdb9879522f","display":"Acme Laboratory, 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'%')</span></p></div>"},"status":"final","code":{"coding":[{"system":"http://loinc.org","code":"713-8","display":"Eosinophils/100 leukocytes in Blood by Automated count"}],"text":"Eosinophils"},"subject":{"reference":"Patient/pat2"},"performer":[{"reference":"Organization/1832473e-2fe0-452d-abe9-3cdb9879522f","display":"Acme Laboratory, Inc"}],"valueQuantity":{"value":20,"unit":"%","system":"http://unitsofmeasure.org","code":"%"}}},{"fullUrl":"https://example.com/base/Observation/r15","resource":{"resourceType":"Observation","id":"r15","text":{"status":"generated","div":"<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r15</p><p><b>status</b>: final</p><p><b>code</b>: Eosinophils <span>(Details : {LOINC code '711-2' = 'Eosinophils [#/volume] in Blood by Automated count', given as 'Eosinophils [#/volume] in Blood by Automated count'})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, 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Inc"}],"valueQuantity":{"value":0.92,"unit":"x10*9/L","system":"http://unitsofmeasure.org","code":"10*9/L"},"interpretation":[{"coding":[{"system":"http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation","code":"HH"}]}],"referenceRange":[{"low":{"value":0.04,"unit":"x10*9/L","system":"http://unitsofmeasure.org","code":"10*9/L"},"high":{"value":0.4,"unit":"x10*9/L","system":"http://unitsofmeasure.org","code":"10*9/L"}}]}},{"fullUrl":"https://example.com/base/Observation/r16","resource":{"resourceType":"Observation","id":"r16","text":{"status":"generated","div":"<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r16</p><p><b>status</b>: final</p><p><b>code</b>: Basophils <span>(Details : {LOINC code '706-2' = 'Basophils/100 leukocytes in Blood by Automated count', given as 'Basophils/100 leukocytes in Blood by Automated count'})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 20 %<span> (Details: UCUM code % = '%')</span></p></div>"},"status":"final","code":{"coding":[{"system":"http://loinc.org","code":"706-2","display":"Basophils/100 leukocytes in Blood by Automated count"}],"text":"Basophils"},"subject":{"reference":"Patient/pat2"},"performer":[{"reference":"Organization/1832473e-2fe0-452d-abe9-3cdb9879522f","display":"Acme Laboratory, Inc"}],"valueQuantity":{"value":20,"unit":"%","system":"http://unitsofmeasure.org","code":"%"}}},{"fullUrl":"https://example.com/base/Observation/r17","resource":{"resourceType":"Observation","id":"r17","text":{"status":"generated","div":"<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r17</p><p><b>status</b>: final</p><p><b>code</b>: Basophils <span>(Details : {LOINC code '704-7' = 'Basophils [#/volume] in Blood by Automated count', given as 'Basophils [#/volume] in Blood by Automated count'})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 0.92 x10*9/L<span> (Details: UCUM code 10*9/L = '10*9/L')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>High</b></td></tr><tr><td>*</td><td>0.21 x10*9/L<span> (Details: UCUM code 10*9/L = '10*9/L')</span></td></tr></table></div>"},"status":"final","code":{"coding":[{"system":"http://loinc.org","code":"704-7","display":"Basophils [#/volume] in Blood by Automated count"}],"text":"Basophils"},"subject":{"reference":"Patient/pat2"},"performer":[{"reference":"Organization/1832473e-2fe0-452d-abe9-3cdb9879522f","display":"Acme Laboratory, Inc"}],"valueQuantity":{"value":0.92,"unit":"x10*9/L","system":"http://unitsofmeasure.org","code":"10*9/L"},"referenceRange":[{"high":{"value":0.21,"unit":"x10*9/L","system":"http://unitsofmeasure.org","code":"10*9/L"}}]}}]}]
signatureobject(Signature)

A signature along with supporting context. The signature may be a digital signature that is cryptographic in nature, or some other signature acceptable to the domain. This other signature may be as simple as a graphical image representing a hand-written signature, or a signature ceremony Different signature approaches have different utilities.

Response
application/json
{
  "resourceType": "Bundle",
  "type": "searchset",
  "total": 100,
  "link": [
    { … },
    { … },
    { … },
    { … }
  ],
  "entry": [
    { … }
  ]
}

Create FHIR r4 diagnostic report

Request

Security
bearer or bearer
Path
siteIdstringrequired

Site identifier

Bodyapplication/jsonrequired
resourceTypeanyrequired

This is a DiagnosticReport resource

Value"DiagnosticReport"
Example: "Bundle"
idstring(id)^[A-Za-z0-9\-\.]{1,64}$

Any combination of letters, numerals, "-" and ".", with a length limit of 64 characters. (This might be an integer, an unprefixed OID, UUID or any other identifier pattern that meets these constraints.) Ids are case-insensitive.

Example: "example-id"
metaobject(Meta)

The metadata about a resource. This is content in the resource that is maintained by the infrastructure. Changes to the content might not always be associated with version changes to the resource.

implicitRulesstring(uri)^\S*$

String of characters used to identify a name or a resource

Example: "https://example.org/resource"
_implicitRulesobject(Element)

Base definition for all elements in a resource.

languagestring(code)^[^\s]+(\s[^\s]+)*$

A string which has at least one character and no leading or trailing whitespace and where there is no whitespace other than single spaces in the contents

Example: "sample-code"
_languageobject(Element)

Base definition for all elements in a resource.

textobject(Narrative)

A human-readable summary of the resource conveying the essential clinical and business information for the resource.

containedArray of #Account (object) or #ActivityDefinition (object) or #AdverseEvent (object) or #AllergyIntolerance (object) or #Appointment (object) or #AppointmentResponse (object) or #AuditEvent (object) or #Basic (object) or #Binary (object) or #BiologicallyDerivedProduct (object) or #BodyStructure (object) or #Bundle (object) or #CapabilityStatement (object) or #CarePlan (object) or #CareTeam (object) or #CatalogEntry (object) or #ChargeItem (object) or #ChargeItemDefinition (object) or #Claim (object) or #ClaimResponse (object) or #ClinicalImpression (object) or #CodeSystem (object) or #Communication (object) or #CommunicationRequest (object) or #CompartmentDefinition (object) or #Composition (object) or #ConceptMap (object) or #Condition (object) or #Consent (object) or #Contract (object) or #Coverage (object) or #CoverageEligibilityRequest (object) or #CoverageEligibilityResponse (object) or #DetectedIssue (object) or #Device (object) or #DeviceDefinition (object) or #DeviceMetric (object) or #DeviceRequest (object) or #DeviceUseStatement (object) or #DiagnosticReport (object) or #DocumentManifest (object) or #DocumentReference (object) or #EffectEvidenceSynthesis (object) or #Encounter (object) or #Endpoint (object) or #EnrollmentRequest (object) or #EnrollmentResponse (object) or #EpisodeOfCare (object) or #EventDefinition (object) or #Evidence (object) or #EvidenceVariable (object) or #ExampleScenario (object) or #ExplanationOfBenefit (object) or #FamilyMemberHistory (object) or #Flag (object) or #Goal (object) or #GraphDefinition (object) or #Group (object) or #GuidanceResponse (object) or #HealthcareService (object) or #ImagingStudy (object) or #Immunization (object) or #ImmunizationEvaluation (object) or #ImmunizationRecommendation (object) or #ImplementationGuide (object) or #InsurancePlan (object) or #Invoice (object) or #Library (object) or #Linkage (object) or #List (object) or #Location (object) or #Measure (object) or #MeasureReport (object) or #Media (object) or #Medication (object) or #MedicationAdministration (object) or #MedicationDispense (object) or #MedicationKnowledge (object) or #MedicationRequest (object) or #MedicationStatement (object) or #MedicinalProduct (object) or #MedicinalProductAuthorization (object) or #MedicinalProductContraindication (object) or #MedicinalProductIndication (object) or #MedicinalProductIngredient (object) or #MedicinalProductInteraction (object) or #MedicinalProductManufactured (object) or #MedicinalProductPackaged (object) or #MedicinalProductPharmaceutical (object) or #MedicinalProductUndesirableEffect (object) or #MessageDefinition (object) or #MessageHeader (object) or #MolecularSequence (object) or #NamingSystem (object) or #NutritionOrder (object) or #Observation (object) or #ObservationDefinition (object) or #OperationDefinition (object) or #OperationOutcome (object) or #Organization (object) or #OrganizationAffiliation (object) or #Parameters (object) or #Patient (object) or #PaymentNotice (object) or #PaymentReconciliation (object) or #Person (object) or #PlanDefinition (object) or #Practitioner (object) or #PractitionerRole (object) or #Procedure (object) or #Provenance (object) or #Questionnaire (object) or #QuestionnaireResponse (object) or #RelatedPerson (object) or #RequestGroup (object) or #ResearchDefinition (object) or #ResearchElementDefinition (object) or #ResearchStudy (object) or #ResearchSubject (object) or #RiskAssessment (object) or #RiskEvidenceSynthesis (object) or #Schedule (object) or #SearchParameter (object) or #ServiceRequest (object) or #Slot (object) or #Specimen (object) or #SpecimenDefinition (object) or #StructureDefinition (object) or #StructureMap (object) or #Subscription (object) or #Substance (object) or #SubstanceNucleicAcid (object) or #SubstancePolymer (object) or #SubstanceProtein (object) or #SubstanceReferenceInformation (object) or #SubstanceSourceMaterial (object) or #SubstanceSpecification (object) or #SupplyDelivery (object) or #SupplyRequest (object) or #Task (object) or #TerminologyCapabilities (object) or #TestReport (object) or #TestScript (object) or #ValueSet (object) or #VerificationResult (object) or #VisionPrescription (object)(ResourceList)

These resources do not have an independent existence apart from the resource that contains them - they cannot be identified independently, and nor can they have their own independent transaction scope.

extensionArray of objects(Extension)

May be used to represent additional information that is not part of the basic definition of the resource. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension.

modifierExtensionArray of objects(Extension)

May be used to represent additional information that is not part of the basic definition of the resource and that modifies the understanding of the element that contains it and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer is allowed to define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions.

Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself).

identifierArray of objects(Identifier)

Identifiers assigned to this report by the performer or other systems.

basedOnArray of objects(Reference)

Details concerning a service requested.

statusany

The status of the diagnostic report.

Enum"registered""partial""preliminary""final""amended""corrected""appended""cancelled""entered-in-error""unknown"
Example: "registered"
_statusobject(Element)

Base definition for all elements in a resource.

categoryArray of objects(CodeableConcept)

A code that classifies the clinical discipline, department or diagnostic service that created the report (e.g. cardiology, biochemistry, hematology, MRI). This is used for searching, sorting and display purposes.

codeobject(CodeableConcept)required

A concept that may be defined by a formal reference to a terminology or ontology or may be provided by text.

code.​idstring

An extension object type #string.

Example: "example-string"
code.​extensionArray of objects(#Extension)

May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension.

code.​codingArray of objects(#Coding)

A reference to a code defined by a terminology system.

code.​textstring

An extension object type #string.

Example: "example-string"
code.​_textobject(#Element)

An extension object type #Element.

subjectobject(Reference)

A reference from one resource to another.

encounterobject(Reference)

A reference from one resource to another.

effectiveDateTimestring^([0-9]([0-9]([0-9][1-9]|[1-9]0)|[1-9]00)|[1-...

The time or time-period the observed values are related to. When the subject of the report is a patient, this is usually either the time of the procedure or of specimen collection(s), but very often the source of the date/time is not known, only the date/time itself.

Example: "example-string"
_effectiveDateTimeobject(Element)

Base definition for all elements in a resource.

effectivePeriodobject(Period)

A time period defined by a start and end date and optionally time.

issuedstring(date-time)(instant)^([0-9]([0-9]([0-9][1-9]|[1-9]0)|[1-9]00)|[1-...

An instant in time - known at least to the second

Example: "2024-01-01T00:00:00Z"
_issuedobject(Element)

Base definition for all elements in a resource.

performerArray of objects(Reference)

The diagnostic service that is responsible for issuing the report.

resultsInterpreterArray of objects(Reference)

The practitioner or organization that is responsible for the report's conclusions and interpretations.

specimenArray of objects(Reference)

Details about the specimens on which this diagnostic report is based.

resultArray of objects(Reference)

Observations that are part of this diagnostic report.

imagingStudyArray of objects(Reference)

One or more links to full details of any imaging performed during the diagnostic investigation. Typically, this is imaging performed by DICOM enabled modalities, but this is not required. A fully enabled PACS viewer can use this information to provide views of the source images.

mediaArray of objects(DiagnosticReport_Media)

A list of key images associated with this report. The images are generally created during the diagnostic process, and may be directly of the patient, or of treated specimens (i.e. slides of interest).

conclusionstring(string)^[ \r\n\t\S]+$

A sequence of Unicode characters

Example: "example-string"
_conclusionobject(Element)

Base definition for all elements in a resource.

conclusionCodeArray of objects(CodeableConcept)

One or more codes that represent the summary conclusion (interpretation/impression) of the diagnostic report.

presentedFormArray of objects(Attachment)

Rich text representation of the entire result as issued by the diagnostic service. Multiple formats are allowed but they SHALL be semantically equivalent.

curl -i -X POST \
  'https://docs.heydonto.com/_mock/apis/fhir/openapi/site/{siteId}/fhir/diagnostic-report' \
  -H 'Authorization: Bearer <YOUR_JWT_HERE>' \
  -H 'Content-Type: application/json' \
  -d '{
    "resourceType": "Bundle",
    "id": "101",
    "type": "collection",
    "entry": [
      {
        "fullUrl": "https://example.com/base/DiagnosticReport/101",
        "resource": {
          "resourceType": "DiagnosticReport",
          "id": "101",
          "meta": {
            "tag": [
              {
                "system": "http://example.org/fhir/CodeSystem/workflow-codes",
                "code": "01",
                "display": "Needs Review"
              }
            ]
          },
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\">\n\t\t\t\t\t\t<h3>CBC Report for Wile. E. COYOTE (MRN: 23453) issued 3-Mar 2011 11:45</h3>\n\t\t\t\t\t\t<pre>\nTest                  Units       Value       Reference Range\nHaemoglobin           g/L         176         135 - 180\nRed Cell Count        x10*12/L    5.9         4.2 - 6.0\nHaematocrit                       0.55+       0.38 - 0.52\nMean Cell Volume      fL          99+         80 - 98\nMean Cell Haemoglobin pg          36+         27 - 35\nPlatelet Count        x10*9/L     444         150 - 450\nWhite Cell Count      x10*9/L     4.6         4.0 - 11.0\nNeutrophils           %           20\nNeutrophils           x10*9/L     0.9---      2.0 - 7.5\nLymphocytes           %           20\nLymphocytes           x10*9/L     0.9-        1.1 - 4.0\nMonocytes             %           20\nMonocytes             x10*9/L     0.9         0.2 - 1.0\nEosinophils           %           20\nEosinophils           x10*9/L     0.92++      0.04 - 0.40\nBasophils             %           20\nBasophils             x10*9/L     0.92+++     &lt;0.21\n      </pre>\n\t\t\t\t\t\t<p>Acme Laboratory, Inc signed: Dr Pete Pathologist</p>\n\t\t\t\t\t</div>"
          },
          "identifier": [
            {
              "system": "http://acme.com/lab/reports",
              "value": "5234342"
            }
          ],
          "status": "final",
          "category": [
            {
              "coding": [
                {
                  "system": "http://terminology.hl7.org/CodeSystem/v2-0074",
                  "code": "HM"
                }
              ]
            }
          ],
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "58410-2",
                "display": "Complete blood count (hemogram) panel - Blood by Automated count"
              },
              {
                "code": "CBC",
                "display": "MASTER FULL BLOOD COUNT"
              }
            ],
            "text": "Complete Blood Count"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "encounter": {
            "reference": "Encounter/example"
          },
          "effectiveDateTime": "2011-03-04T08:30:00+11:00",
          "issued": "2011-03-04T11:45:33+11:00",
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "result": [
            {
              "reference": "Observation/r1"
            },
            {
              "reference": "Observation/r2"
            },
            {
              "reference": "Observation/r3"
            },
            {
              "reference": "Observation/r4"
            },
            {
              "reference": "Observation/r5"
            },
            {
              "reference": "Observation/r6"
            },
            {
              "reference": "Observation/r7"
            },
            {
              "reference": "Observation/r8"
            },
            {
              "reference": "Observation/r9"
            },
            {
              "reference": "Observation/r10"
            },
            {
              "reference": "Observation/r11"
            },
            {
              "reference": "Observation/r12"
            },
            {
              "reference": "Observation/r13"
            },
            {
              "reference": "Observation/r14"
            },
            {
              "reference": "Observation/r15"
            },
            {
              "reference": "Observation/r16"
            },
            {
              "reference": "Observation/r17"
            }
          ],
          "presentedForm": [
            {
              "contentType": "application/pdf",
              "language": "en-AU",
              "data": 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",
              "title": "HTML Report"
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r1",
        "resource": {
          "resourceType": "Observation",
          "id": "r1",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r1</p><p><b>status</b>: final</p><p><b>code</b>: Haemoglobin <span>(Details : {LOINC code '\''718-7'\'' = '\''Hemoglobin [Mass/volume] in Blood'\'', given as '\''Hemoglobin [Mass/volume] in Blood'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 176 g/L<span> (Details: UCUM code g/L = '\''g/L'\'')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>135 g/L<span> (Details: UCUM code g/L = '\''g/L'\'')</span></td><td>180 g/L<span> (Details: UCUM code g/L = '\''g/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "718-7",
                "display": "Hemoglobin [Mass/volume] in Blood"
              }
            ],
            "text": "Haemoglobin"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 176,
            "unit": "g/L",
            "system": "http://unitsofmeasure.org",
            "code": "g/L"
          },
          "referenceRange": [
            {
              "low": {
                "value": 135,
                "unit": "g/L",
                "system": "http://unitsofmeasure.org",
                "code": "g/L"
              },
              "high": {
                "value": 180,
                "unit": "g/L",
                "system": "http://unitsofmeasure.org",
                "code": "g/L"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r2",
        "resource": {
          "resourceType": "Observation",
          "id": "r2",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r2</p><p><b>status</b>: final</p><p><b>code</b>: Red Cell Count <span>(Details : {LOINC code '\''789-8'\'' = '\''Erythrocytes [#/volume] in Blood by Automated count'\'', given as '\''Erythrocytes [#/volume] in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 5.9 x10*12/L<span> (Details: UCUM code 10*12/L = '\''10*12/L'\'')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>4.2 x10*12/L<span> (Details: UCUM code 10*12/L = '\''10*12/L'\'')</span></td><td>6.0 x10*12/L<span> (Details: UCUM code 10*12/L = '\''10*12/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "789-8",
                "display": "Erythrocytes [#/volume] in Blood by Automated count"
              }
            ],
            "text": "Red Cell Count"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 5.9,
            "unit": "x10*12/L",
            "system": "http://unitsofmeasure.org",
            "code": "10*12/L"
          },
          "referenceRange": [
            {
              "low": {
                "value": 4.2,
                "unit": "x10*12/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*12/L"
              },
              "high": {
                "value": 6,
                "unit": "x10*12/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*12/L"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r3",
        "resource": {
          "resourceType": "Observation",
          "id": "r3",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r3</p><p><b>status</b>: final</p><p><b>code</b>: Haematocrit <span>(Details : {LOINC code '\''4544-3'\'' = '\''Hematocrit [Volume Fraction] of Blood by Automated count'\'', given as '\''Hematocrit [Volume Fraction] of Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 55 %</p><p><b>interpretation</b>: High <span>(Details : {http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation code '\''H'\'' = '\''High)</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>38 %</td><td>52 %</td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "4544-3",
                "display": "Hematocrit [Volume Fraction] of Blood by Automated count"
              }
            ],
            "text": "Haematocrit"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 55,
            "unit": "%"
          },
          "interpretation": [
            {
              "coding": [
                {
                  "system": "http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation",
                  "code": "H"
                }
              ]
            }
          ],
          "referenceRange": [
            {
              "low": {
                "value": 38,
                "unit": "%"
              },
              "high": {
                "value": 52,
                "unit": "%"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r4",
        "resource": {
          "resourceType": "Observation",
          "id": "r4",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r4</p><p><b>status</b>: final</p><p><b>code</b>: Mean Cell Volume <span>(Details : {LOINC code '\''787-2'\'' = '\''Erythrocyte mean corpuscular volume [Entitic volume] by Automated count'\'', given as '\''Erythrocyte mean corpuscular volume [Entitic volume] by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 99 fL<span> (Details: UCUM code fL = '\''fL'\'')</span></p><p><b>interpretation</b>: High <span>(Details : {http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation code '\''H'\'' = '\''High)</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>80 fL<span> (Details: UCUM code fL = '\''fL'\'')</span></td><td>98 fL<span> (Details: UCUM code fL = '\''fL'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "787-2",
                "display": "Erythrocyte mean corpuscular volume [Entitic volume] by Automated count"
              }
            ],
            "text": "Mean Cell Volume"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 99,
            "unit": "fL",
            "system": "http://unitsofmeasure.org",
            "code": "fL"
          },
          "interpretation": [
            {
              "coding": [
                {
                  "system": "http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation",
                  "code": "H"
                }
              ]
            }
          ],
          "referenceRange": [
            {
              "low": {
                "value": 80,
                "unit": "fL",
                "system": "http://unitsofmeasure.org",
                "code": "fL"
              },
              "high": {
                "value": 98,
                "unit": "fL",
                "system": "http://unitsofmeasure.org",
                "code": "fL"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r5",
        "resource": {
          "resourceType": "Observation",
          "id": "r5",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r5</p><p><b>status</b>: final</p><p><b>code</b>: Mean Cell Haemoglobin <span>(Details : {LOINC code '\''785-6'\'' = '\''Erythrocyte mean corpuscular hemoglobin [Entitic mass] by Automated count'\'', given as '\''Erythrocyte mean corpuscular hemoglobin [Entitic mass] by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 36 pg<span> (Details: UCUM code pg = '\''pg'\'')</span></p><p><b>interpretation</b>: High <span>(Details : {http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation code '\''H'\'' = '\''High)</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>27 pg<span> (Details: UCUM code pg = '\''pg'\'')</span></td><td>35 pg<span> (Details: UCUM code pg = '\''pg'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "785-6",
                "display": "Erythrocyte mean corpuscular hemoglobin [Entitic mass] by Automated count"
              }
            ],
            "text": "Mean Cell Haemoglobin"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 36,
            "unit": "pg",
            "system": "http://unitsofmeasure.org",
            "code": "pg"
          },
          "interpretation": [
            {
              "coding": [
                {
                  "system": "http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation",
                  "code": "H"
                }
              ]
            }
          ],
          "referenceRange": [
            {
              "low": {
                "value": 27,
                "unit": "pg",
                "system": "http://unitsofmeasure.org",
                "code": "pg"
              },
              "high": {
                "value": 35,
                "unit": "pg",
                "system": "http://unitsofmeasure.org",
                "code": "pg"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r6",
        "resource": {
          "resourceType": "Observation",
          "id": "r6",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r6</p><p><b>status</b>: final</p><p><b>code</b>: Platelet Count <span>(Details : {LOINC code '\''777-3'\'' = '\''Platelets [#/volume] in Blood by Automated count'\'', given as '\''Platelets [#/volume] in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 444 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>150 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td><td>450 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "777-3",
                "display": "Platelets [#/volume] in Blood by Automated count"
              }
            ],
            "text": "Platelet Count"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 444,
            "unit": "x10*9/L",
            "system": "http://unitsofmeasure.org",
            "code": "10*9/L"
          },
          "referenceRange": [
            {
              "low": {
                "value": 150,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              },
              "high": {
                "value": 450,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r7",
        "resource": {
          "resourceType": "Observation",
          "id": "r7",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r7</p><p><b>status</b>: final</p><p><b>code</b>: White Cell Count <span>(Details : {LOINC code '\''6690-2'\'' = '\''Leukocytes [#/volume] in Blood by Automated count'\'', given as '\''Leukocytes [#/volume] in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 4.6 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>4.0 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td><td>11.0 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "6690-2",
                "display": "Leukocytes [#/volume] in Blood by Automated count"
              }
            ],
            "text": "White Cell Count"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 4.6,
            "unit": "x10*9/L",
            "system": "http://unitsofmeasure.org",
            "code": "10*9/L"
          },
          "referenceRange": [
            {
              "low": {
                "value": 4,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              },
              "high": {
                "value": 11,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r8",
        "resource": {
          "resourceType": "Observation",
          "id": "r8",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r8</p><p><b>status</b>: final</p><p><b>code</b>: Neutrophils <span>(Details : {LOINC code '\''770-8'\'' = '\''Neutrophils/100 leukocytes in Blood by Automated count'\'', given as '\''Neutrophils/100 leukocytes in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 20 %<span> (Details: UCUM code % = '\''%'\'')</span></p></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "770-8",
                "display": "Neutrophils/100 leukocytes in Blood by Automated count"
              }
            ],
            "text": "Neutrophils"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 20,
            "unit": "%",
            "system": "http://unitsofmeasure.org",
            "code": "%"
          }
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r9",
        "resource": {
          "resourceType": "Observation",
          "id": "r9",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r9</p><p><b>status</b>: final</p><p><b>code</b>: Neutrophils <span>(Details : {LOINC code '\''751-8'\'' = '\''Neutrophils [#/volume] in Blood by Automated count'\'', given as '\''Neutrophils [#/volume] in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 0.9 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></p><p><b>interpretation</b>: Critical low <span>(Details : {http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation code '\''LL'\'' = '\''Critical low)</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>2.0 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td><td>7.5 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "751-8",
                "display": "Neutrophils [#/volume] in Blood by Automated count"
              }
            ],
            "text": "Neutrophils"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 0.9,
            "unit": "x10*9/L",
            "system": "http://unitsofmeasure.org",
            "code": "10*9/L"
          },
          "interpretation": [
            {
              "coding": [
                {
                  "system": "http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation",
                  "code": "LL"
                }
              ]
            }
          ],
          "referenceRange": [
            {
              "low": {
                "value": 2,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              },
              "high": {
                "value": 7.5,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r10",
        "resource": {
          "resourceType": "Observation",
          "id": "r10",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r10</p><p><b>status</b>: final</p><p><b>code</b>: Lymphocytes <span>(Details : {LOINC code '\''736-9'\'' = '\''Lymphocytes/100 leukocytes in Blood by Automated count'\'', given as '\''Lymphocytes/100 leukocytes in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 20 %<span> (Details: UCUM code % = '\''%'\'')</span></p></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "736-9",
                "display": "Lymphocytes/100 leukocytes in Blood by Automated count"
              }
            ],
            "text": "Lymphocytes"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 20,
            "unit": "%",
            "system": "http://unitsofmeasure.org",
            "code": "%"
          }
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r11",
        "resource": {
          "resourceType": "Observation",
          "id": "r11",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r11</p><p><b>status</b>: final</p><p><b>code</b>: Lymphocytes <span>(Details : {LOINC code '\''731-0'\'' = '\''Lymphocytes [#/volume] in Blood by Automated count'\'', given as '\''Lymphocytes [#/volume] in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 0.9 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></p><p><b>interpretation</b>: Low <span>(Details : {http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation code '\''L'\'' = '\''Low)</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>1.1 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td><td>4.0 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "731-0",
                "display": "Lymphocytes [#/volume] in Blood by Automated count"
              }
            ],
            "text": "Lymphocytes"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 0.9,
            "unit": "x10*9/L",
            "system": "http://unitsofmeasure.org",
            "code": "10*9/L"
          },
          "interpretation": [
            {
              "coding": [
                {
                  "system": "http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation",
                  "code": "L"
                }
              ]
            }
          ],
          "referenceRange": [
            {
              "low": {
                "value": 1.1,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              },
              "high": {
                "value": 4,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r12",
        "resource": {
          "resourceType": "Observation",
          "id": "r12",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r12</p><p><b>status</b>: final</p><p><b>code</b>: Monocytes <span>(Details : {LOINC code '\''5905-5'\'' = '\''Monocytes/100 leukocytes in Blood by Automated count'\'', given as '\''Monocytes/100 leukocytes in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 20 %<span> (Details: UCUM code % = '\''%'\'')</span></p></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "5905-5",
                "display": "Monocytes/100 leukocytes in Blood by Automated count"
              }
            ],
            "text": "Monocytes"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 20,
            "unit": "%",
            "system": "http://unitsofmeasure.org",
            "code": "%"
          }
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r13",
        "resource": {
          "resourceType": "Observation",
          "id": "r13",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r13</p><p><b>status</b>: final</p><p><b>code</b>: Monocytes <span>(Details : {LOINC code '\''742-7'\'' = '\''Monocytes [#/volume] in Blood by Automated count'\'', given as '\''Monocytes [#/volume] in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 0.9 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>0.2 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td><td>1.0 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "742-7",
                "display": "Monocytes [#/volume] in Blood by Automated count"
              }
            ],
            "text": "Monocytes"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 0.9,
            "unit": "x10*9/L",
            "system": "http://unitsofmeasure.org",
            "code": "10*9/L"
          },
          "referenceRange": [
            {
              "low": {
                "value": 0.2,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              },
              "high": {
                "value": 1,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r14",
        "resource": {
          "resourceType": "Observation",
          "id": "r14",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r14</p><p><b>status</b>: final</p><p><b>code</b>: Eosinophils <span>(Details : {LOINC code '\''713-8'\'' = '\''Eosinophils/100 leukocytes in Blood by Automated count'\'', given as '\''Eosinophils/100 leukocytes in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 20 %<span> (Details: UCUM code % = '\''%'\'')</span></p></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "713-8",
                "display": "Eosinophils/100 leukocytes in Blood by Automated count"
              }
            ],
            "text": "Eosinophils"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 20,
            "unit": "%",
            "system": "http://unitsofmeasure.org",
            "code": "%"
          }
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r15",
        "resource": {
          "resourceType": "Observation",
          "id": "r15",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r15</p><p><b>status</b>: final</p><p><b>code</b>: Eosinophils <span>(Details : {LOINC code '\''711-2'\'' = '\''Eosinophils [#/volume] in Blood by Automated count'\'', given as '\''Eosinophils [#/volume] in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 0.92 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></p><p><b>interpretation</b>: Critical high <span>(Details : {http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation code '\''HH'\'' = '\''Critical high)</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>0.04 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td><td>0.40 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "711-2",
                "display": "Eosinophils [#/volume] in Blood by Automated count"
              }
            ],
            "text": "Eosinophils"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 0.92,
            "unit": "x10*9/L",
            "system": "http://unitsofmeasure.org",
            "code": "10*9/L"
          },
          "interpretation": [
            {
              "coding": [
                {
                  "system": "http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation",
                  "code": "HH"
                }
              ]
            }
          ],
          "referenceRange": [
            {
              "low": {
                "value": 0.04,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              },
              "high": {
                "value": 0.4,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r16",
        "resource": {
          "resourceType": "Observation",
          "id": "r16",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r16</p><p><b>status</b>: final</p><p><b>code</b>: Basophils <span>(Details : {LOINC code '\''706-2'\'' = '\''Basophils/100 leukocytes in Blood by Automated count'\'', given as '\''Basophils/100 leukocytes in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 20 %<span> (Details: UCUM code % = '\''%'\'')</span></p></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "706-2",
                "display": "Basophils/100 leukocytes in Blood by Automated count"
              }
            ],
            "text": "Basophils"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 20,
            "unit": "%",
            "system": "http://unitsofmeasure.org",
            "code": "%"
          }
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r17",
        "resource": {
          "resourceType": "Observation",
          "id": "r17",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r17</p><p><b>status</b>: final</p><p><b>code</b>: Basophils <span>(Details : {LOINC code '\''704-7'\'' = '\''Basophils [#/volume] in Blood by Automated count'\'', given as '\''Basophils [#/volume] in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 0.92 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>High</b></td></tr><tr><td>*</td><td>0.21 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "704-7",
                "display": "Basophils [#/volume] in Blood by Automated count"
              }
            ],
            "text": "Basophils"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 0.92,
            "unit": "x10*9/L",
            "system": "http://unitsofmeasure.org",
            "code": "10*9/L"
          },
          "referenceRange": [
            {
              "high": {
                "value": 0.21,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              }
            }
          ]
        }
      }
    ]
  }'

Responses

Bodyapplication/json
resourceTypeanyrequired

This is a DiagnosticReport resource

Value"DiagnosticReport"
Example: "Bundle"
idstring(id)^[A-Za-z0-9\-\.]{1,64}$

Any combination of letters, numerals, "-" and ".", with a length limit of 64 characters. (This might be an integer, an unprefixed OID, UUID or any other identifier pattern that meets these constraints.) Ids are case-insensitive.

Example: "example-id"
metaobject(Meta)

The metadata about a resource. This is content in the resource that is maintained by the infrastructure. Changes to the content might not always be associated with version changes to the resource.

implicitRulesstring(uri)^\S*$

String of characters used to identify a name or a resource

Example: "https://example.org/resource"
_implicitRulesobject(Element)

Base definition for all elements in a resource.

languagestring(code)^[^\s]+(\s[^\s]+)*$

A string which has at least one character and no leading or trailing whitespace and where there is no whitespace other than single spaces in the contents

Example: "sample-code"
_languageobject(Element)

Base definition for all elements in a resource.

textobject(Narrative)

A human-readable summary of the resource conveying the essential clinical and business information for the resource.

containedArray of #Account (object) or #ActivityDefinition (object) or #AdverseEvent (object) or #AllergyIntolerance (object) or #Appointment (object) or #AppointmentResponse (object) or #AuditEvent (object) or #Basic (object) or #Binary (object) or #BiologicallyDerivedProduct (object) or #BodyStructure (object) or #Bundle (object) or #CapabilityStatement (object) or #CarePlan (object) or #CareTeam (object) or #CatalogEntry (object) or #ChargeItem (object) or #ChargeItemDefinition (object) or #Claim (object) or #ClaimResponse (object) or #ClinicalImpression (object) or #CodeSystem (object) or #Communication (object) or #CommunicationRequest (object) or #CompartmentDefinition (object) or #Composition (object) or #ConceptMap (object) or #Condition (object) or #Consent (object) or #Contract (object) or #Coverage (object) or #CoverageEligibilityRequest (object) or #CoverageEligibilityResponse (object) or #DetectedIssue (object) or #Device (object) or #DeviceDefinition (object) or #DeviceMetric (object) or #DeviceRequest (object) or #DeviceUseStatement (object) or #DiagnosticReport (object) or #DocumentManifest (object) or #DocumentReference (object) or #EffectEvidenceSynthesis (object) or #Encounter (object) or #Endpoint (object) or #EnrollmentRequest (object) or #EnrollmentResponse (object) or #EpisodeOfCare (object) or #EventDefinition (object) or #Evidence (object) or #EvidenceVariable (object) or #ExampleScenario (object) or #ExplanationOfBenefit (object) or #FamilyMemberHistory (object) or #Flag (object) or #Goal (object) or #GraphDefinition (object) or #Group (object) or #GuidanceResponse (object) or #HealthcareService (object) or #ImagingStudy (object) or #Immunization (object) or #ImmunizationEvaluation (object) or #ImmunizationRecommendation (object) or #ImplementationGuide (object) or #InsurancePlan (object) or #Invoice (object) or #Library (object) or #Linkage (object) or #List (object) or #Location (object) or #Measure (object) or #MeasureReport (object) or #Media (object) or #Medication (object) or #MedicationAdministration (object) or #MedicationDispense (object) or #MedicationKnowledge (object) or #MedicationRequest (object) or #MedicationStatement (object) or #MedicinalProduct (object) or #MedicinalProductAuthorization (object) or #MedicinalProductContraindication (object) or #MedicinalProductIndication (object) or #MedicinalProductIngredient (object) or #MedicinalProductInteraction (object) or #MedicinalProductManufactured (object) or #MedicinalProductPackaged (object) or #MedicinalProductPharmaceutical (object) or #MedicinalProductUndesirableEffect (object) or #MessageDefinition (object) or #MessageHeader (object) or #MolecularSequence (object) or #NamingSystem (object) or #NutritionOrder (object) or #Observation (object) or #ObservationDefinition (object) or #OperationDefinition (object) or #OperationOutcome (object) or #Organization (object) or #OrganizationAffiliation (object) or #Parameters (object) or #Patient (object) or #PaymentNotice (object) or #PaymentReconciliation (object) or #Person (object) or #PlanDefinition (object) or #Practitioner (object) or #PractitionerRole (object) or #Procedure (object) or #Provenance (object) or #Questionnaire (object) or #QuestionnaireResponse (object) or #RelatedPerson (object) or #RequestGroup (object) or #ResearchDefinition (object) or #ResearchElementDefinition (object) or #ResearchStudy (object) or #ResearchSubject (object) or #RiskAssessment (object) or #RiskEvidenceSynthesis (object) or #Schedule (object) or #SearchParameter (object) or #ServiceRequest (object) or #Slot (object) or #Specimen (object) or #SpecimenDefinition (object) or #StructureDefinition (object) or #StructureMap (object) or #Subscription (object) or #Substance (object) or #SubstanceNucleicAcid (object) or #SubstancePolymer (object) or #SubstanceProtein (object) or #SubstanceReferenceInformation (object) or #SubstanceSourceMaterial (object) or #SubstanceSpecification (object) or #SupplyDelivery (object) or #SupplyRequest (object) or #Task (object) or #TerminologyCapabilities (object) or #TestReport (object) or #TestScript (object) or #ValueSet (object) or #VerificationResult (object) or #VisionPrescription (object)(ResourceList)

These resources do not have an independent existence apart from the resource that contains them - they cannot be identified independently, and nor can they have their own independent transaction scope.

extensionArray of objects(Extension)

May be used to represent additional information that is not part of the basic definition of the resource. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension.

modifierExtensionArray of objects(Extension)

May be used to represent additional information that is not part of the basic definition of the resource and that modifies the understanding of the element that contains it and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer is allowed to define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions.

Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself).

identifierArray of objects(Identifier)

Identifiers assigned to this report by the performer or other systems.

basedOnArray of objects(Reference)

Details concerning a service requested.

statusany

The status of the diagnostic report.

Enum"registered""partial""preliminary""final""amended""corrected""appended""cancelled""entered-in-error""unknown"
Example: "registered"
_statusobject(Element)

Base definition for all elements in a resource.

categoryArray of objects(CodeableConcept)

A code that classifies the clinical discipline, department or diagnostic service that created the report (e.g. cardiology, biochemistry, hematology, MRI). This is used for searching, sorting and display purposes.

codeobject(CodeableConcept)required

A concept that may be defined by a formal reference to a terminology or ontology or may be provided by text.

code.​idstring

An extension object type #string.

Example: "example-string"
code.​extensionArray of objects(#Extension)

May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension.

code.​codingArray of objects(#Coding)

A reference to a code defined by a terminology system.

code.​textstring

An extension object type #string.

Example: "example-string"
code.​_textobject(#Element)

An extension object type #Element.

subjectobject(Reference)

A reference from one resource to another.

encounterobject(Reference)

A reference from one resource to another.

effectiveDateTimestring^([0-9]([0-9]([0-9][1-9]|[1-9]0)|[1-9]00)|[1-...

The time or time-period the observed values are related to. When the subject of the report is a patient, this is usually either the time of the procedure or of specimen collection(s), but very often the source of the date/time is not known, only the date/time itself.

Example: "example-string"
_effectiveDateTimeobject(Element)

Base definition for all elements in a resource.

effectivePeriodobject(Period)

A time period defined by a start and end date and optionally time.

issuedstring(date-time)(instant)^([0-9]([0-9]([0-9][1-9]|[1-9]0)|[1-9]00)|[1-...

An instant in time - known at least to the second

Example: "2024-01-01T00:00:00Z"
_issuedobject(Element)

Base definition for all elements in a resource.

performerArray of objects(Reference)

The diagnostic service that is responsible for issuing the report.

resultsInterpreterArray of objects(Reference)

The practitioner or organization that is responsible for the report's conclusions and interpretations.

specimenArray of objects(Reference)

Details about the specimens on which this diagnostic report is based.

resultArray of objects(Reference)

Observations that are part of this diagnostic report.

imagingStudyArray of objects(Reference)

One or more links to full details of any imaging performed during the diagnostic investigation. Typically, this is imaging performed by DICOM enabled modalities, but this is not required. A fully enabled PACS viewer can use this information to provide views of the source images.

mediaArray of objects(DiagnosticReport_Media)

A list of key images associated with this report. The images are generally created during the diagnostic process, and may be directly of the patient, or of treated specimens (i.e. slides of interest).

conclusionstring(string)^[ \r\n\t\S]+$

A sequence of Unicode characters

Example: "example-string"
_conclusionobject(Element)

Base definition for all elements in a resource.

conclusionCodeArray of objects(CodeableConcept)

One or more codes that represent the summary conclusion (interpretation/impression) of the diagnostic report.

presentedFormArray of objects(Attachment)

Rich text representation of the entire result as issued by the diagnostic service. Multiple formats are allowed but they SHALL be semantically equivalent.

Response
application/json
{
  "resourceType": "Bundle",
  "id": "101",
  "type": "collection",
  "entry": [
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … }
  ]
}

Get FHIR r4 diagnostic report by ID

Request

Security
bearer or bearer
Path
idstringrequired

ID of the DiagnosticReport

siteIdstringrequired

Site identifier

curl -i -X GET \
  'https://docs.heydonto.com/_mock/apis/fhir/openapi/site/{siteId}/fhir/diagnostic-report/{id}' \
  -H 'Authorization: Bearer <YOUR_JWT_HERE>'

Responses

Bodyapplication/json
resourceTypeanyrequired

This is a DiagnosticReport resource

Value"DiagnosticReport"
Example: "Bundle"
idstring(id)^[A-Za-z0-9\-\.]{1,64}$

Any combination of letters, numerals, "-" and ".", with a length limit of 64 characters. (This might be an integer, an unprefixed OID, UUID or any other identifier pattern that meets these constraints.) Ids are case-insensitive.

Example: "example-id"
metaobject(Meta)

The metadata about a resource. This is content in the resource that is maintained by the infrastructure. Changes to the content might not always be associated with version changes to the resource.

implicitRulesstring(uri)^\S*$

String of characters used to identify a name or a resource

Example: "https://example.org/resource"
_implicitRulesobject(Element)

Base definition for all elements in a resource.

languagestring(code)^[^\s]+(\s[^\s]+)*$

A string which has at least one character and no leading or trailing whitespace and where there is no whitespace other than single spaces in the contents

Example: "sample-code"
_languageobject(Element)

Base definition for all elements in a resource.

textobject(Narrative)

A human-readable summary of the resource conveying the essential clinical and business information for the resource.

containedArray of #Account (object) or #ActivityDefinition (object) or #AdverseEvent (object) or #AllergyIntolerance (object) or #Appointment (object) or #AppointmentResponse (object) or #AuditEvent (object) or #Basic (object) or #Binary (object) or #BiologicallyDerivedProduct (object) or #BodyStructure (object) or #Bundle (object) or #CapabilityStatement (object) or #CarePlan (object) or #CareTeam (object) or #CatalogEntry (object) or #ChargeItem (object) or #ChargeItemDefinition (object) or #Claim (object) or #ClaimResponse (object) or #ClinicalImpression (object) or #CodeSystem (object) or #Communication (object) or #CommunicationRequest (object) or #CompartmentDefinition (object) or #Composition (object) or #ConceptMap (object) or #Condition (object) or #Consent (object) or #Contract (object) or #Coverage (object) or #CoverageEligibilityRequest (object) or #CoverageEligibilityResponse (object) or #DetectedIssue (object) or #Device (object) or #DeviceDefinition (object) or #DeviceMetric (object) or #DeviceRequest (object) or #DeviceUseStatement (object) or #DiagnosticReport (object) or #DocumentManifest (object) or #DocumentReference (object) or #EffectEvidenceSynthesis (object) or #Encounter (object) or #Endpoint (object) or #EnrollmentRequest (object) or #EnrollmentResponse (object) or #EpisodeOfCare (object) or #EventDefinition (object) or #Evidence (object) or #EvidenceVariable (object) or #ExampleScenario (object) or #ExplanationOfBenefit (object) or #FamilyMemberHistory (object) or #Flag (object) or #Goal (object) or #GraphDefinition (object) or #Group (object) or #GuidanceResponse (object) or #HealthcareService (object) or #ImagingStudy (object) or #Immunization (object) or #ImmunizationEvaluation (object) or #ImmunizationRecommendation (object) or #ImplementationGuide (object) or #InsurancePlan (object) or #Invoice (object) or #Library (object) or #Linkage (object) or #List (object) or #Location (object) or #Measure (object) or #MeasureReport (object) or #Media (object) or #Medication (object) or #MedicationAdministration (object) or #MedicationDispense (object) or #MedicationKnowledge (object) or #MedicationRequest (object) or #MedicationStatement (object) or #MedicinalProduct (object) or #MedicinalProductAuthorization (object) or #MedicinalProductContraindication (object) or #MedicinalProductIndication (object) or #MedicinalProductIngredient (object) or #MedicinalProductInteraction (object) or #MedicinalProductManufactured (object) or #MedicinalProductPackaged (object) or #MedicinalProductPharmaceutical (object) or #MedicinalProductUndesirableEffect (object) or #MessageDefinition (object) or #MessageHeader (object) or #MolecularSequence (object) or #NamingSystem (object) or #NutritionOrder (object) or #Observation (object) or #ObservationDefinition (object) or #OperationDefinition (object) or #OperationOutcome (object) or #Organization (object) or #OrganizationAffiliation (object) or #Parameters (object) or #Patient (object) or #PaymentNotice (object) or #PaymentReconciliation (object) or #Person (object) or #PlanDefinition (object) or #Practitioner (object) or #PractitionerRole (object) or #Procedure (object) or #Provenance (object) or #Questionnaire (object) or #QuestionnaireResponse (object) or #RelatedPerson (object) or #RequestGroup (object) or #ResearchDefinition (object) or #ResearchElementDefinition (object) or #ResearchStudy (object) or #ResearchSubject (object) or #RiskAssessment (object) or #RiskEvidenceSynthesis (object) or #Schedule (object) or #SearchParameter (object) or #ServiceRequest (object) or #Slot (object) or #Specimen (object) or #SpecimenDefinition (object) or #StructureDefinition (object) or #StructureMap (object) or #Subscription (object) or #Substance (object) or #SubstanceNucleicAcid (object) or #SubstancePolymer (object) or #SubstanceProtein (object) or #SubstanceReferenceInformation (object) or #SubstanceSourceMaterial (object) or #SubstanceSpecification (object) or #SupplyDelivery (object) or #SupplyRequest (object) or #Task (object) or #TerminologyCapabilities (object) or #TestReport (object) or #TestScript (object) or #ValueSet (object) or #VerificationResult (object) or #VisionPrescription (object)(ResourceList)

These resources do not have an independent existence apart from the resource that contains them - they cannot be identified independently, and nor can they have their own independent transaction scope.

extensionArray of objects(Extension)

May be used to represent additional information that is not part of the basic definition of the resource. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension.

modifierExtensionArray of objects(Extension)

May be used to represent additional information that is not part of the basic definition of the resource and that modifies the understanding of the element that contains it and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer is allowed to define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions.

Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself).

identifierArray of objects(Identifier)

Identifiers assigned to this report by the performer or other systems.

basedOnArray of objects(Reference)

Details concerning a service requested.

statusany

The status of the diagnostic report.

Enum"registered""partial""preliminary""final""amended""corrected""appended""cancelled""entered-in-error""unknown"
Example: "registered"
_statusobject(Element)

Base definition for all elements in a resource.

categoryArray of objects(CodeableConcept)

A code that classifies the clinical discipline, department or diagnostic service that created the report (e.g. cardiology, biochemistry, hematology, MRI). This is used for searching, sorting and display purposes.

codeobject(CodeableConcept)required

A concept that may be defined by a formal reference to a terminology or ontology or may be provided by text.

code.​idstring

An extension object type #string.

Example: "example-string"
code.​extensionArray of objects(#Extension)

May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension.

code.​codingArray of objects(#Coding)

A reference to a code defined by a terminology system.

code.​textstring

An extension object type #string.

Example: "example-string"
code.​_textobject(#Element)

An extension object type #Element.

subjectobject(Reference)

A reference from one resource to another.

encounterobject(Reference)

A reference from one resource to another.

effectiveDateTimestring^([0-9]([0-9]([0-9][1-9]|[1-9]0)|[1-9]00)|[1-...

The time or time-period the observed values are related to. When the subject of the report is a patient, this is usually either the time of the procedure or of specimen collection(s), but very often the source of the date/time is not known, only the date/time itself.

Example: "example-string"
_effectiveDateTimeobject(Element)

Base definition for all elements in a resource.

effectivePeriodobject(Period)

A time period defined by a start and end date and optionally time.

issuedstring(date-time)(instant)^([0-9]([0-9]([0-9][1-9]|[1-9]0)|[1-9]00)|[1-...

An instant in time - known at least to the second

Example: "2024-01-01T00:00:00Z"
_issuedobject(Element)

Base definition for all elements in a resource.

performerArray of objects(Reference)

The diagnostic service that is responsible for issuing the report.

resultsInterpreterArray of objects(Reference)

The practitioner or organization that is responsible for the report's conclusions and interpretations.

specimenArray of objects(Reference)

Details about the specimens on which this diagnostic report is based.

resultArray of objects(Reference)

Observations that are part of this diagnostic report.

imagingStudyArray of objects(Reference)

One or more links to full details of any imaging performed during the diagnostic investigation. Typically, this is imaging performed by DICOM enabled modalities, but this is not required. A fully enabled PACS viewer can use this information to provide views of the source images.

mediaArray of objects(DiagnosticReport_Media)

A list of key images associated with this report. The images are generally created during the diagnostic process, and may be directly of the patient, or of treated specimens (i.e. slides of interest).

conclusionstring(string)^[ \r\n\t\S]+$

A sequence of Unicode characters

Example: "example-string"
_conclusionobject(Element)

Base definition for all elements in a resource.

conclusionCodeArray of objects(CodeableConcept)

One or more codes that represent the summary conclusion (interpretation/impression) of the diagnostic report.

presentedFormArray of objects(Attachment)

Rich text representation of the entire result as issued by the diagnostic service. Multiple formats are allowed but they SHALL be semantically equivalent.

Response
application/json
{
  "resourceType": "Bundle",
  "id": "101",
  "type": "collection",
  "entry": [
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … }
  ]
}

Update FHIR r4 diagnostic report

Request

Security
bearer or bearer
Path
siteIdstringrequired

Site identifier

idstringrequired

ID of the DiagnosticReport to update

Bodyapplication/jsonrequired
resourceTypeanyrequired

This is a DiagnosticReport resource

Value"DiagnosticReport"
Example: "Bundle"
idstring(id)^[A-Za-z0-9\-\.]{1,64}$

Any combination of letters, numerals, "-" and ".", with a length limit of 64 characters. (This might be an integer, an unprefixed OID, UUID or any other identifier pattern that meets these constraints.) Ids are case-insensitive.

Example: "example-id"
metaobject(Meta)

The metadata about a resource. This is content in the resource that is maintained by the infrastructure. Changes to the content might not always be associated with version changes to the resource.

implicitRulesstring(uri)^\S*$

String of characters used to identify a name or a resource

Example: "https://example.org/resource"
_implicitRulesobject(Element)

Base definition for all elements in a resource.

languagestring(code)^[^\s]+(\s[^\s]+)*$

A string which has at least one character and no leading or trailing whitespace and where there is no whitespace other than single spaces in the contents

Example: "sample-code"
_languageobject(Element)

Base definition for all elements in a resource.

textobject(Narrative)

A human-readable summary of the resource conveying the essential clinical and business information for the resource.

containedArray of #Account (object) or #ActivityDefinition (object) or #AdverseEvent (object) or #AllergyIntolerance (object) or #Appointment (object) or #AppointmentResponse (object) or #AuditEvent (object) or #Basic (object) or #Binary (object) or #BiologicallyDerivedProduct (object) or #BodyStructure (object) or #Bundle (object) or #CapabilityStatement (object) or #CarePlan (object) or #CareTeam (object) or #CatalogEntry (object) or #ChargeItem (object) or #ChargeItemDefinition (object) or #Claim (object) or #ClaimResponse (object) or #ClinicalImpression (object) or #CodeSystem (object) or #Communication (object) or #CommunicationRequest (object) or #CompartmentDefinition (object) or #Composition (object) or #ConceptMap (object) or #Condition (object) or #Consent (object) or #Contract (object) or #Coverage (object) or #CoverageEligibilityRequest (object) or #CoverageEligibilityResponse (object) or #DetectedIssue (object) or #Device (object) or #DeviceDefinition (object) or #DeviceMetric (object) or #DeviceRequest (object) or #DeviceUseStatement (object) or #DiagnosticReport (object) or #DocumentManifest (object) or #DocumentReference (object) or #EffectEvidenceSynthesis (object) or #Encounter (object) or #Endpoint (object) or #EnrollmentRequest (object) or #EnrollmentResponse (object) or #EpisodeOfCare (object) or #EventDefinition (object) or #Evidence (object) or #EvidenceVariable (object) or #ExampleScenario (object) or #ExplanationOfBenefit (object) or #FamilyMemberHistory (object) or #Flag (object) or #Goal (object) or #GraphDefinition (object) or #Group (object) or #GuidanceResponse (object) or #HealthcareService (object) or #ImagingStudy (object) or #Immunization (object) or #ImmunizationEvaluation (object) or #ImmunizationRecommendation (object) or #ImplementationGuide (object) or #InsurancePlan (object) or #Invoice (object) or #Library (object) or #Linkage (object) or #List (object) or #Location (object) or #Measure (object) or #MeasureReport (object) or #Media (object) or #Medication (object) or #MedicationAdministration (object) or #MedicationDispense (object) or #MedicationKnowledge (object) or #MedicationRequest (object) or #MedicationStatement (object) or #MedicinalProduct (object) or #MedicinalProductAuthorization (object) or #MedicinalProductContraindication (object) or #MedicinalProductIndication (object) or #MedicinalProductIngredient (object) or #MedicinalProductInteraction (object) or #MedicinalProductManufactured (object) or #MedicinalProductPackaged (object) or #MedicinalProductPharmaceutical (object) or #MedicinalProductUndesirableEffect (object) or #MessageDefinition (object) or #MessageHeader (object) or #MolecularSequence (object) or #NamingSystem (object) or #NutritionOrder (object) or #Observation (object) or #ObservationDefinition (object) or #OperationDefinition (object) or #OperationOutcome (object) or #Organization (object) or #OrganizationAffiliation (object) or #Parameters (object) or #Patient (object) or #PaymentNotice (object) or #PaymentReconciliation (object) or #Person (object) or #PlanDefinition (object) or #Practitioner (object) or #PractitionerRole (object) or #Procedure (object) or #Provenance (object) or #Questionnaire (object) or #QuestionnaireResponse (object) or #RelatedPerson (object) or #RequestGroup (object) or #ResearchDefinition (object) or #ResearchElementDefinition (object) or #ResearchStudy (object) or #ResearchSubject (object) or #RiskAssessment (object) or #RiskEvidenceSynthesis (object) or #Schedule (object) or #SearchParameter (object) or #ServiceRequest (object) or #Slot (object) or #Specimen (object) or #SpecimenDefinition (object) or #StructureDefinition (object) or #StructureMap (object) or #Subscription (object) or #Substance (object) or #SubstanceNucleicAcid (object) or #SubstancePolymer (object) or #SubstanceProtein (object) or #SubstanceReferenceInformation (object) or #SubstanceSourceMaterial (object) or #SubstanceSpecification (object) or #SupplyDelivery (object) or #SupplyRequest (object) or #Task (object) or #TerminologyCapabilities (object) or #TestReport (object) or #TestScript (object) or #ValueSet (object) or #VerificationResult (object) or #VisionPrescription (object)(ResourceList)

These resources do not have an independent existence apart from the resource that contains them - they cannot be identified independently, and nor can they have their own independent transaction scope.

extensionArray of objects(Extension)

May be used to represent additional information that is not part of the basic definition of the resource. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension.

modifierExtensionArray of objects(Extension)

May be used to represent additional information that is not part of the basic definition of the resource and that modifies the understanding of the element that contains it and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer is allowed to define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions.

Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself).

identifierArray of objects(Identifier)

Identifiers assigned to this report by the performer or other systems.

basedOnArray of objects(Reference)

Details concerning a service requested.

statusany

The status of the diagnostic report.

Enum"registered""partial""preliminary""final""amended""corrected""appended""cancelled""entered-in-error""unknown"
Example: "registered"
_statusobject(Element)

Base definition for all elements in a resource.

categoryArray of objects(CodeableConcept)

A code that classifies the clinical discipline, department or diagnostic service that created the report (e.g. cardiology, biochemistry, hematology, MRI). This is used for searching, sorting and display purposes.

codeobject(CodeableConcept)required

A concept that may be defined by a formal reference to a terminology or ontology or may be provided by text.

code.​idstring

An extension object type #string.

Example: "example-string"
code.​extensionArray of objects(#Extension)

May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension.

code.​codingArray of objects(#Coding)

A reference to a code defined by a terminology system.

code.​textstring

An extension object type #string.

Example: "example-string"
code.​_textobject(#Element)

An extension object type #Element.

subjectobject(Reference)

A reference from one resource to another.

encounterobject(Reference)

A reference from one resource to another.

effectiveDateTimestring^([0-9]([0-9]([0-9][1-9]|[1-9]0)|[1-9]00)|[1-...

The time or time-period the observed values are related to. When the subject of the report is a patient, this is usually either the time of the procedure or of specimen collection(s), but very often the source of the date/time is not known, only the date/time itself.

Example: "example-string"
_effectiveDateTimeobject(Element)

Base definition for all elements in a resource.

effectivePeriodobject(Period)

A time period defined by a start and end date and optionally time.

issuedstring(date-time)(instant)^([0-9]([0-9]([0-9][1-9]|[1-9]0)|[1-9]00)|[1-...

An instant in time - known at least to the second

Example: "2024-01-01T00:00:00Z"
_issuedobject(Element)

Base definition for all elements in a resource.

performerArray of objects(Reference)

The diagnostic service that is responsible for issuing the report.

resultsInterpreterArray of objects(Reference)

The practitioner or organization that is responsible for the report's conclusions and interpretations.

specimenArray of objects(Reference)

Details about the specimens on which this diagnostic report is based.

resultArray of objects(Reference)

Observations that are part of this diagnostic report.

imagingStudyArray of objects(Reference)

One or more links to full details of any imaging performed during the diagnostic investigation. Typically, this is imaging performed by DICOM enabled modalities, but this is not required. A fully enabled PACS viewer can use this information to provide views of the source images.

mediaArray of objects(DiagnosticReport_Media)

A list of key images associated with this report. The images are generally created during the diagnostic process, and may be directly of the patient, or of treated specimens (i.e. slides of interest).

conclusionstring(string)^[ \r\n\t\S]+$

A sequence of Unicode characters

Example: "example-string"
_conclusionobject(Element)

Base definition for all elements in a resource.

conclusionCodeArray of objects(CodeableConcept)

One or more codes that represent the summary conclusion (interpretation/impression) of the diagnostic report.

presentedFormArray of objects(Attachment)

Rich text representation of the entire result as issued by the diagnostic service. Multiple formats are allowed but they SHALL be semantically equivalent.

curl -i -X PUT \
  'https://docs.heydonto.com/_mock/apis/fhir/openapi/site/{siteId}/fhir/diagnostic-report/{id}' \
  -H 'Authorization: Bearer <YOUR_JWT_HERE>' \
  -H 'Content-Type: application/json' \
  -d '{
    "resourceType": "Bundle",
    "id": "101",
    "type": "collection",
    "entry": [
      {
        "fullUrl": "https://example.com/base/DiagnosticReport/101",
        "resource": {
          "resourceType": "DiagnosticReport",
          "id": "101",
          "meta": {
            "tag": [
              {
                "system": "http://example.org/fhir/CodeSystem/workflow-codes",
                "code": "01",
                "display": "Needs Review"
              }
            ]
          },
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\">\n\t\t\t\t\t\t<h3>CBC Report for Wile. E. COYOTE (MRN: 23453) issued 3-Mar 2011 11:45</h3>\n\t\t\t\t\t\t<pre>\nTest                  Units       Value       Reference Range\nHaemoglobin           g/L         176         135 - 180\nRed Cell Count        x10*12/L    5.9         4.2 - 6.0\nHaematocrit                       0.55+       0.38 - 0.52\nMean Cell Volume      fL          99+         80 - 98\nMean Cell Haemoglobin pg          36+         27 - 35\nPlatelet Count        x10*9/L     444         150 - 450\nWhite Cell Count      x10*9/L     4.6         4.0 - 11.0\nNeutrophils           %           20\nNeutrophils           x10*9/L     0.9---      2.0 - 7.5\nLymphocytes           %           20\nLymphocytes           x10*9/L     0.9-        1.1 - 4.0\nMonocytes             %           20\nMonocytes             x10*9/L     0.9         0.2 - 1.0\nEosinophils           %           20\nEosinophils           x10*9/L     0.92++      0.04 - 0.40\nBasophils             %           20\nBasophils             x10*9/L     0.92+++     &lt;0.21\n      </pre>\n\t\t\t\t\t\t<p>Acme Laboratory, Inc signed: Dr Pete Pathologist</p>\n\t\t\t\t\t</div>"
          },
          "identifier": [
            {
              "system": "http://acme.com/lab/reports",
              "value": "5234342"
            }
          ],
          "status": "final",
          "category": [
            {
              "coding": [
                {
                  "system": "http://terminology.hl7.org/CodeSystem/v2-0074",
                  "code": "HM"
                }
              ]
            }
          ],
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "58410-2",
                "display": "Complete blood count (hemogram) panel - Blood by Automated count"
              },
              {
                "code": "CBC",
                "display": "MASTER FULL BLOOD COUNT"
              }
            ],
            "text": "Complete Blood Count"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "encounter": {
            "reference": "Encounter/example"
          },
          "effectiveDateTime": "2011-03-04T08:30:00+11:00",
          "issued": "2011-03-04T11:45:33+11:00",
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "result": [
            {
              "reference": "Observation/r1"
            },
            {
              "reference": "Observation/r2"
            },
            {
              "reference": "Observation/r3"
            },
            {
              "reference": "Observation/r4"
            },
            {
              "reference": "Observation/r5"
            },
            {
              "reference": "Observation/r6"
            },
            {
              "reference": "Observation/r7"
            },
            {
              "reference": "Observation/r8"
            },
            {
              "reference": "Observation/r9"
            },
            {
              "reference": "Observation/r10"
            },
            {
              "reference": "Observation/r11"
            },
            {
              "reference": "Observation/r12"
            },
            {
              "reference": "Observation/r13"
            },
            {
              "reference": "Observation/r14"
            },
            {
              "reference": "Observation/r15"
            },
            {
              "reference": "Observation/r16"
            },
            {
              "reference": "Observation/r17"
            }
          ],
          "presentedForm": [
            {
              "contentType": "application/pdf",
              "language": "en-AU",
              "data": 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",
              "title": "HTML Report"
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r1",
        "resource": {
          "resourceType": "Observation",
          "id": "r1",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r1</p><p><b>status</b>: final</p><p><b>code</b>: Haemoglobin <span>(Details : {LOINC code '\''718-7'\'' = '\''Hemoglobin [Mass/volume] in Blood'\'', given as '\''Hemoglobin [Mass/volume] in Blood'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 176 g/L<span> (Details: UCUM code g/L = '\''g/L'\'')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>135 g/L<span> (Details: UCUM code g/L = '\''g/L'\'')</span></td><td>180 g/L<span> (Details: UCUM code g/L = '\''g/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "718-7",
                "display": "Hemoglobin [Mass/volume] in Blood"
              }
            ],
            "text": "Haemoglobin"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 176,
            "unit": "g/L",
            "system": "http://unitsofmeasure.org",
            "code": "g/L"
          },
          "referenceRange": [
            {
              "low": {
                "value": 135,
                "unit": "g/L",
                "system": "http://unitsofmeasure.org",
                "code": "g/L"
              },
              "high": {
                "value": 180,
                "unit": "g/L",
                "system": "http://unitsofmeasure.org",
                "code": "g/L"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r2",
        "resource": {
          "resourceType": "Observation",
          "id": "r2",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r2</p><p><b>status</b>: final</p><p><b>code</b>: Red Cell Count <span>(Details : {LOINC code '\''789-8'\'' = '\''Erythrocytes [#/volume] in Blood by Automated count'\'', given as '\''Erythrocytes [#/volume] in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 5.9 x10*12/L<span> (Details: UCUM code 10*12/L = '\''10*12/L'\'')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>4.2 x10*12/L<span> (Details: UCUM code 10*12/L = '\''10*12/L'\'')</span></td><td>6.0 x10*12/L<span> (Details: UCUM code 10*12/L = '\''10*12/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "789-8",
                "display": "Erythrocytes [#/volume] in Blood by Automated count"
              }
            ],
            "text": "Red Cell Count"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 5.9,
            "unit": "x10*12/L",
            "system": "http://unitsofmeasure.org",
            "code": "10*12/L"
          },
          "referenceRange": [
            {
              "low": {
                "value": 4.2,
                "unit": "x10*12/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*12/L"
              },
              "high": {
                "value": 6,
                "unit": "x10*12/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*12/L"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r3",
        "resource": {
          "resourceType": "Observation",
          "id": "r3",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r3</p><p><b>status</b>: final</p><p><b>code</b>: Haematocrit <span>(Details : {LOINC code '\''4544-3'\'' = '\''Hematocrit [Volume Fraction] of Blood by Automated count'\'', given as '\''Hematocrit [Volume Fraction] of Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 55 %</p><p><b>interpretation</b>: High <span>(Details : {http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation code '\''H'\'' = '\''High)</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>38 %</td><td>52 %</td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "4544-3",
                "display": "Hematocrit [Volume Fraction] of Blood by Automated count"
              }
            ],
            "text": "Haematocrit"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 55,
            "unit": "%"
          },
          "interpretation": [
            {
              "coding": [
                {
                  "system": "http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation",
                  "code": "H"
                }
              ]
            }
          ],
          "referenceRange": [
            {
              "low": {
                "value": 38,
                "unit": "%"
              },
              "high": {
                "value": 52,
                "unit": "%"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r4",
        "resource": {
          "resourceType": "Observation",
          "id": "r4",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r4</p><p><b>status</b>: final</p><p><b>code</b>: Mean Cell Volume <span>(Details : {LOINC code '\''787-2'\'' = '\''Erythrocyte mean corpuscular volume [Entitic volume] by Automated count'\'', given as '\''Erythrocyte mean corpuscular volume [Entitic volume] by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 99 fL<span> (Details: UCUM code fL = '\''fL'\'')</span></p><p><b>interpretation</b>: High <span>(Details : {http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation code '\''H'\'' = '\''High)</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>80 fL<span> (Details: UCUM code fL = '\''fL'\'')</span></td><td>98 fL<span> (Details: UCUM code fL = '\''fL'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "787-2",
                "display": "Erythrocyte mean corpuscular volume [Entitic volume] by Automated count"
              }
            ],
            "text": "Mean Cell Volume"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 99,
            "unit": "fL",
            "system": "http://unitsofmeasure.org",
            "code": "fL"
          },
          "interpretation": [
            {
              "coding": [
                {
                  "system": "http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation",
                  "code": "H"
                }
              ]
            }
          ],
          "referenceRange": [
            {
              "low": {
                "value": 80,
                "unit": "fL",
                "system": "http://unitsofmeasure.org",
                "code": "fL"
              },
              "high": {
                "value": 98,
                "unit": "fL",
                "system": "http://unitsofmeasure.org",
                "code": "fL"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r5",
        "resource": {
          "resourceType": "Observation",
          "id": "r5",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r5</p><p><b>status</b>: final</p><p><b>code</b>: Mean Cell Haemoglobin <span>(Details : {LOINC code '\''785-6'\'' = '\''Erythrocyte mean corpuscular hemoglobin [Entitic mass] by Automated count'\'', given as '\''Erythrocyte mean corpuscular hemoglobin [Entitic mass] by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 36 pg<span> (Details: UCUM code pg = '\''pg'\'')</span></p><p><b>interpretation</b>: High <span>(Details : {http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation code '\''H'\'' = '\''High)</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>27 pg<span> (Details: UCUM code pg = '\''pg'\'')</span></td><td>35 pg<span> (Details: UCUM code pg = '\''pg'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "785-6",
                "display": "Erythrocyte mean corpuscular hemoglobin [Entitic mass] by Automated count"
              }
            ],
            "text": "Mean Cell Haemoglobin"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 36,
            "unit": "pg",
            "system": "http://unitsofmeasure.org",
            "code": "pg"
          },
          "interpretation": [
            {
              "coding": [
                {
                  "system": "http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation",
                  "code": "H"
                }
              ]
            }
          ],
          "referenceRange": [
            {
              "low": {
                "value": 27,
                "unit": "pg",
                "system": "http://unitsofmeasure.org",
                "code": "pg"
              },
              "high": {
                "value": 35,
                "unit": "pg",
                "system": "http://unitsofmeasure.org",
                "code": "pg"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r6",
        "resource": {
          "resourceType": "Observation",
          "id": "r6",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r6</p><p><b>status</b>: final</p><p><b>code</b>: Platelet Count <span>(Details : {LOINC code '\''777-3'\'' = '\''Platelets [#/volume] in Blood by Automated count'\'', given as '\''Platelets [#/volume] in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 444 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>150 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td><td>450 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "777-3",
                "display": "Platelets [#/volume] in Blood by Automated count"
              }
            ],
            "text": "Platelet Count"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 444,
            "unit": "x10*9/L",
            "system": "http://unitsofmeasure.org",
            "code": "10*9/L"
          },
          "referenceRange": [
            {
              "low": {
                "value": 150,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              },
              "high": {
                "value": 450,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r7",
        "resource": {
          "resourceType": "Observation",
          "id": "r7",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r7</p><p><b>status</b>: final</p><p><b>code</b>: White Cell Count <span>(Details : {LOINC code '\''6690-2'\'' = '\''Leukocytes [#/volume] in Blood by Automated count'\'', given as '\''Leukocytes [#/volume] in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 4.6 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>4.0 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td><td>11.0 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "6690-2",
                "display": "Leukocytes [#/volume] in Blood by Automated count"
              }
            ],
            "text": "White Cell Count"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 4.6,
            "unit": "x10*9/L",
            "system": "http://unitsofmeasure.org",
            "code": "10*9/L"
          },
          "referenceRange": [
            {
              "low": {
                "value": 4,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              },
              "high": {
                "value": 11,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r8",
        "resource": {
          "resourceType": "Observation",
          "id": "r8",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r8</p><p><b>status</b>: final</p><p><b>code</b>: Neutrophils <span>(Details : {LOINC code '\''770-8'\'' = '\''Neutrophils/100 leukocytes in Blood by Automated count'\'', given as '\''Neutrophils/100 leukocytes in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 20 %<span> (Details: UCUM code % = '\''%'\'')</span></p></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "770-8",
                "display": "Neutrophils/100 leukocytes in Blood by Automated count"
              }
            ],
            "text": "Neutrophils"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 20,
            "unit": "%",
            "system": "http://unitsofmeasure.org",
            "code": "%"
          }
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r9",
        "resource": {
          "resourceType": "Observation",
          "id": "r9",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r9</p><p><b>status</b>: final</p><p><b>code</b>: Neutrophils <span>(Details : {LOINC code '\''751-8'\'' = '\''Neutrophils [#/volume] in Blood by Automated count'\'', given as '\''Neutrophils [#/volume] in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 0.9 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></p><p><b>interpretation</b>: Critical low <span>(Details : {http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation code '\''LL'\'' = '\''Critical low)</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>2.0 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td><td>7.5 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "751-8",
                "display": "Neutrophils [#/volume] in Blood by Automated count"
              }
            ],
            "text": "Neutrophils"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 0.9,
            "unit": "x10*9/L",
            "system": "http://unitsofmeasure.org",
            "code": "10*9/L"
          },
          "interpretation": [
            {
              "coding": [
                {
                  "system": "http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation",
                  "code": "LL"
                }
              ]
            }
          ],
          "referenceRange": [
            {
              "low": {
                "value": 2,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              },
              "high": {
                "value": 7.5,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r10",
        "resource": {
          "resourceType": "Observation",
          "id": "r10",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r10</p><p><b>status</b>: final</p><p><b>code</b>: Lymphocytes <span>(Details : {LOINC code '\''736-9'\'' = '\''Lymphocytes/100 leukocytes in Blood by Automated count'\'', given as '\''Lymphocytes/100 leukocytes in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 20 %<span> (Details: UCUM code % = '\''%'\'')</span></p></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "736-9",
                "display": "Lymphocytes/100 leukocytes in Blood by Automated count"
              }
            ],
            "text": "Lymphocytes"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 20,
            "unit": "%",
            "system": "http://unitsofmeasure.org",
            "code": "%"
          }
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r11",
        "resource": {
          "resourceType": "Observation",
          "id": "r11",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r11</p><p><b>status</b>: final</p><p><b>code</b>: Lymphocytes <span>(Details : {LOINC code '\''731-0'\'' = '\''Lymphocytes [#/volume] in Blood by Automated count'\'', given as '\''Lymphocytes [#/volume] in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 0.9 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></p><p><b>interpretation</b>: Low <span>(Details : {http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation code '\''L'\'' = '\''Low)</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>1.1 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td><td>4.0 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "731-0",
                "display": "Lymphocytes [#/volume] in Blood by Automated count"
              }
            ],
            "text": "Lymphocytes"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 0.9,
            "unit": "x10*9/L",
            "system": "http://unitsofmeasure.org",
            "code": "10*9/L"
          },
          "interpretation": [
            {
              "coding": [
                {
                  "system": "http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation",
                  "code": "L"
                }
              ]
            }
          ],
          "referenceRange": [
            {
              "low": {
                "value": 1.1,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              },
              "high": {
                "value": 4,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r12",
        "resource": {
          "resourceType": "Observation",
          "id": "r12",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r12</p><p><b>status</b>: final</p><p><b>code</b>: Monocytes <span>(Details : {LOINC code '\''5905-5'\'' = '\''Monocytes/100 leukocytes in Blood by Automated count'\'', given as '\''Monocytes/100 leukocytes in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 20 %<span> (Details: UCUM code % = '\''%'\'')</span></p></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "5905-5",
                "display": "Monocytes/100 leukocytes in Blood by Automated count"
              }
            ],
            "text": "Monocytes"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 20,
            "unit": "%",
            "system": "http://unitsofmeasure.org",
            "code": "%"
          }
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r13",
        "resource": {
          "resourceType": "Observation",
          "id": "r13",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r13</p><p><b>status</b>: final</p><p><b>code</b>: Monocytes <span>(Details : {LOINC code '\''742-7'\'' = '\''Monocytes [#/volume] in Blood by Automated count'\'', given as '\''Monocytes [#/volume] in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 0.9 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>0.2 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td><td>1.0 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "742-7",
                "display": "Monocytes [#/volume] in Blood by Automated count"
              }
            ],
            "text": "Monocytes"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 0.9,
            "unit": "x10*9/L",
            "system": "http://unitsofmeasure.org",
            "code": "10*9/L"
          },
          "referenceRange": [
            {
              "low": {
                "value": 0.2,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              },
              "high": {
                "value": 1,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r14",
        "resource": {
          "resourceType": "Observation",
          "id": "r14",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r14</p><p><b>status</b>: final</p><p><b>code</b>: Eosinophils <span>(Details : {LOINC code '\''713-8'\'' = '\''Eosinophils/100 leukocytes in Blood by Automated count'\'', given as '\''Eosinophils/100 leukocytes in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 20 %<span> (Details: UCUM code % = '\''%'\'')</span></p></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "713-8",
                "display": "Eosinophils/100 leukocytes in Blood by Automated count"
              }
            ],
            "text": "Eosinophils"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 20,
            "unit": "%",
            "system": "http://unitsofmeasure.org",
            "code": "%"
          }
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r15",
        "resource": {
          "resourceType": "Observation",
          "id": "r15",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r15</p><p><b>status</b>: final</p><p><b>code</b>: Eosinophils <span>(Details : {LOINC code '\''711-2'\'' = '\''Eosinophils [#/volume] in Blood by Automated count'\'', given as '\''Eosinophils [#/volume] in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 0.92 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></p><p><b>interpretation</b>: Critical high <span>(Details : {http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation code '\''HH'\'' = '\''Critical high)</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>Low</b></td><td><b>High</b></td></tr><tr><td>*</td><td>0.04 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td><td>0.40 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "711-2",
                "display": "Eosinophils [#/volume] in Blood by Automated count"
              }
            ],
            "text": "Eosinophils"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 0.92,
            "unit": "x10*9/L",
            "system": "http://unitsofmeasure.org",
            "code": "10*9/L"
          },
          "interpretation": [
            {
              "coding": [
                {
                  "system": "http://terminology.hl7.org/CodeSystem/v3-ObservationInterpretation",
                  "code": "HH"
                }
              ]
            }
          ],
          "referenceRange": [
            {
              "low": {
                "value": 0.04,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              },
              "high": {
                "value": 0.4,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              }
            }
          ]
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r16",
        "resource": {
          "resourceType": "Observation",
          "id": "r16",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r16</p><p><b>status</b>: final</p><p><b>code</b>: Basophils <span>(Details : {LOINC code '\''706-2'\'' = '\''Basophils/100 leukocytes in Blood by Automated count'\'', given as '\''Basophils/100 leukocytes in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 20 %<span> (Details: UCUM code % = '\''%'\'')</span></p></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "706-2",
                "display": "Basophils/100 leukocytes in Blood by Automated count"
              }
            ],
            "text": "Basophils"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 20,
            "unit": "%",
            "system": "http://unitsofmeasure.org",
            "code": "%"
          }
        }
      },
      {
        "fullUrl": "https://example.com/base/Observation/r17",
        "resource": {
          "resourceType": "Observation",
          "id": "r17",
          "text": {
            "status": "generated",
            "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><b>Generated Narrative with Details</b></p><p><b>id</b>: r17</p><p><b>status</b>: final</p><p><b>code</b>: Basophils <span>(Details : {LOINC code '\''704-7'\'' = '\''Basophils [#/volume] in Blood by Automated count'\'', given as '\''Basophils [#/volume] in Blood by Automated count'\''})</span></p><p><b>subject</b>: <a>Patient/pat2</a></p><p><b>performer</b>: <a>Acme Laboratory, Inc</a></p><p><b>value</b>: 0.92 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></p><h3>ReferenceRanges</h3><table><tr><td>-</td><td><b>High</b></td></tr><tr><td>*</td><td>0.21 x10*9/L<span> (Details: UCUM code 10*9/L = '\''10*9/L'\'')</span></td></tr></table></div>"
          },
          "status": "final",
          "code": {
            "coding": [
              {
                "system": "http://loinc.org",
                "code": "704-7",
                "display": "Basophils [#/volume] in Blood by Automated count"
              }
            ],
            "text": "Basophils"
          },
          "subject": {
            "reference": "Patient/pat2"
          },
          "performer": [
            {
              "reference": "Organization/1832473e-2fe0-452d-abe9-3cdb9879522f",
              "display": "Acme Laboratory, Inc"
            }
          ],
          "valueQuantity": {
            "value": 0.92,
            "unit": "x10*9/L",
            "system": "http://unitsofmeasure.org",
            "code": "10*9/L"
          },
          "referenceRange": [
            {
              "high": {
                "value": 0.21,
                "unit": "x10*9/L",
                "system": "http://unitsofmeasure.org",
                "code": "10*9/L"
              }
            }
          ]
        }
      }
    ]
  }'

Responses

Bodyapplication/json
resourceTypeanyrequired

This is a DiagnosticReport resource

Value"DiagnosticReport"
Example: "Bundle"
idstring(id)^[A-Za-z0-9\-\.]{1,64}$

Any combination of letters, numerals, "-" and ".", with a length limit of 64 characters. (This might be an integer, an unprefixed OID, UUID or any other identifier pattern that meets these constraints.) Ids are case-insensitive.

Example: "example-id"
metaobject(Meta)

The metadata about a resource. This is content in the resource that is maintained by the infrastructure. Changes to the content might not always be associated with version changes to the resource.

implicitRulesstring(uri)^\S*$

String of characters used to identify a name or a resource

Example: "https://example.org/resource"
_implicitRulesobject(Element)

Base definition for all elements in a resource.

languagestring(code)^[^\s]+(\s[^\s]+)*$

A string which has at least one character and no leading or trailing whitespace and where there is no whitespace other than single spaces in the contents

Example: "sample-code"
_languageobject(Element)

Base definition for all elements in a resource.

textobject(Narrative)

A human-readable summary of the resource conveying the essential clinical and business information for the resource.

containedArray of #Account (object) or #ActivityDefinition (object) or #AdverseEvent (object) or #AllergyIntolerance (object) or #Appointment (object) or #AppointmentResponse (object) or #AuditEvent (object) or #Basic (object) or #Binary (object) or #BiologicallyDerivedProduct (object) or #BodyStructure (object) or #Bundle (object) or #CapabilityStatement (object) or #CarePlan (object) or #CareTeam (object) or #CatalogEntry (object) or #ChargeItem (object) or #ChargeItemDefinition (object) or #Claim (object) or #ClaimResponse (object) or #ClinicalImpression (object) or #CodeSystem (object) or #Communication (object) or #CommunicationRequest (object) or #CompartmentDefinition (object) or #Composition (object) or #ConceptMap (object) or #Condition (object) or #Consent (object) or #Contract (object) or #Coverage (object) or #CoverageEligibilityRequest (object) or #CoverageEligibilityResponse (object) or #DetectedIssue (object) or #Device (object) or #DeviceDefinition (object) or #DeviceMetric (object) or #DeviceRequest (object) or #DeviceUseStatement (object) or #DiagnosticReport (object) or #DocumentManifest (object) or #DocumentReference (object) or #EffectEvidenceSynthesis (object) or #Encounter (object) or #Endpoint (object) or #EnrollmentRequest (object) or #EnrollmentResponse (object) or #EpisodeOfCare (object) or #EventDefinition (object) or #Evidence (object) or #EvidenceVariable (object) or #ExampleScenario (object) or #ExplanationOfBenefit (object) or #FamilyMemberHistory (object) or #Flag (object) or #Goal (object) or #GraphDefinition (object) or #Group (object) or #GuidanceResponse (object) or #HealthcareService (object) or #ImagingStudy (object) or #Immunization (object) or #ImmunizationEvaluation (object) or #ImmunizationRecommendation (object) or #ImplementationGuide (object) or #InsurancePlan (object) or #Invoice (object) or #Library (object) or #Linkage (object) or #List (object) or #Location (object) or #Measure (object) or #MeasureReport (object) or #Media (object) or #Medication (object) or #MedicationAdministration (object) or #MedicationDispense (object) or #MedicationKnowledge (object) or #MedicationRequest (object) or #MedicationStatement (object) or #MedicinalProduct (object) or #MedicinalProductAuthorization (object) or #MedicinalProductContraindication (object) or #MedicinalProductIndication (object) or #MedicinalProductIngredient (object) or #MedicinalProductInteraction (object) or #MedicinalProductManufactured (object) or #MedicinalProductPackaged (object) or #MedicinalProductPharmaceutical (object) or #MedicinalProductUndesirableEffect (object) or #MessageDefinition (object) or #MessageHeader (object) or #MolecularSequence (object) or #NamingSystem (object) or #NutritionOrder (object) or #Observation (object) or #ObservationDefinition (object) or #OperationDefinition (object) or #OperationOutcome (object) or #Organization (object) or #OrganizationAffiliation (object) or #Parameters (object) or #Patient (object) or #PaymentNotice (object) or #PaymentReconciliation (object) or #Person (object) or #PlanDefinition (object) or #Practitioner (object) or #PractitionerRole (object) or #Procedure (object) or #Provenance (object) or #Questionnaire (object) or #QuestionnaireResponse (object) or #RelatedPerson (object) or #RequestGroup (object) or #ResearchDefinition (object) or #ResearchElementDefinition (object) or #ResearchStudy (object) or #ResearchSubject (object) or #RiskAssessment (object) or #RiskEvidenceSynthesis (object) or #Schedule (object) or #SearchParameter (object) or #ServiceRequest (object) or #Slot (object) or #Specimen (object) or #SpecimenDefinition (object) or #StructureDefinition (object) or #StructureMap (object) or #Subscription (object) or #Substance (object) or #SubstanceNucleicAcid (object) or #SubstancePolymer (object) or #SubstanceProtein (object) or #SubstanceReferenceInformation (object) or #SubstanceSourceMaterial (object) or #SubstanceSpecification (object) or #SupplyDelivery (object) or #SupplyRequest (object) or #Task (object) or #TerminologyCapabilities (object) or #TestReport (object) or #TestScript (object) or #ValueSet (object) or #VerificationResult (object) or #VisionPrescription (object)(ResourceList)

These resources do not have an independent existence apart from the resource that contains them - they cannot be identified independently, and nor can they have their own independent transaction scope.

extensionArray of objects(Extension)

May be used to represent additional information that is not part of the basic definition of the resource. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension.

modifierExtensionArray of objects(Extension)

May be used to represent additional information that is not part of the basic definition of the resource and that modifies the understanding of the element that contains it and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer is allowed to define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions.

Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself).

identifierArray of objects(Identifier)

Identifiers assigned to this report by the performer or other systems.

basedOnArray of objects(Reference)

Details concerning a service requested.

statusany

The status of the diagnostic report.

Enum"registered""partial""preliminary""final""amended""corrected""appended""cancelled""entered-in-error""unknown"
Example: "registered"
_statusobject(Element)

Base definition for all elements in a resource.

categoryArray of objects(CodeableConcept)

A code that classifies the clinical discipline, department or diagnostic service that created the report (e.g. cardiology, biochemistry, hematology, MRI). This is used for searching, sorting and display purposes.

codeobject(CodeableConcept)required

A concept that may be defined by a formal reference to a terminology or ontology or may be provided by text.

code.​idstring

An extension object type #string.

Example: "example-string"
code.​extensionArray of objects(#Extension)

May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension.

code.​codingArray of objects(#Coding)

A reference to a code defined by a terminology system.

code.​textstring

An extension object type #string.

Example: "example-string"
code.​_textobject(#Element)

An extension object type #Element.

subjectobject(Reference)

A reference from one resource to another.

encounterobject(Reference)

A reference from one resource to another.

effectiveDateTimestring^([0-9]([0-9]([0-9][1-9]|[1-9]0)|[1-9]00)|[1-...

The time or time-period the observed values are related to. When the subject of the report is a patient, this is usually either the time of the procedure or of specimen collection(s), but very often the source of the date/time is not known, only the date/time itself.

Example: "example-string"
_effectiveDateTimeobject(Element)

Base definition for all elements in a resource.

effectivePeriodobject(Period)

A time period defined by a start and end date and optionally time.

issuedstring(date-time)(instant)^([0-9]([0-9]([0-9][1-9]|[1-9]0)|[1-9]00)|[1-...

An instant in time - known at least to the second

Example: "2024-01-01T00:00:00Z"
_issuedobject(Element)

Base definition for all elements in a resource.

performerArray of objects(Reference)

The diagnostic service that is responsible for issuing the report.

resultsInterpreterArray of objects(Reference)

The practitioner or organization that is responsible for the report's conclusions and interpretations.

specimenArray of objects(Reference)

Details about the specimens on which this diagnostic report is based.

resultArray of objects(Reference)

Observations that are part of this diagnostic report.

imagingStudyArray of objects(Reference)

One or more links to full details of any imaging performed during the diagnostic investigation. Typically, this is imaging performed by DICOM enabled modalities, but this is not required. A fully enabled PACS viewer can use this information to provide views of the source images.

mediaArray of objects(DiagnosticReport_Media)

A list of key images associated with this report. The images are generally created during the diagnostic process, and may be directly of the patient, or of treated specimens (i.e. slides of interest).

conclusionstring(string)^[ \r\n\t\S]+$

A sequence of Unicode characters

Example: "example-string"
_conclusionobject(Element)

Base definition for all elements in a resource.

conclusionCodeArray of objects(CodeableConcept)

One or more codes that represent the summary conclusion (interpretation/impression) of the diagnostic report.

presentedFormArray of objects(Attachment)

Rich text representation of the entire result as issued by the diagnostic service. Multiple formats are allowed but they SHALL be semantically equivalent.

Response
application/json
{
  "resourceType": "Bundle",
  "id": "101",
  "type": "collection",
  "entry": [
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … },
    { … }
  ]
}

Delete FHIR r4 diagnostic report

Request

Security
bearer or bearer
Path
idstringrequired

ID of the DiagnosticReport to delete

siteIdstringrequired

Site identifier

curl -i -X DELETE \
  'https://docs.heydonto.com/_mock/apis/fhir/openapi/site/{siteId}/fhir/diagnostic-report/{id}' \
  -H 'Authorization: Bearer <YOUR_JWT_HERE>'

Responses

DiagnosticReport successfully deleted

Bodyapplication/json
statusTextstringrequired
Example: "OK"
statusnumberrequired
Example: 200
Response
application/json
{
  "statusText": "OK",
  "status": 200
}

Get FHIR r4 diagnostic report history by ID

Request

Security
bearer or bearer
Path
siteIdstringrequired

Site identifier

idstringrequired

ID of the DiagnosticReport

curl -i -X GET \
  'https://docs.heydonto.com/_mock/apis/fhir/openapi/site/{siteId}/fhir/diagnostic-report/{id}/history' \
  -H 'Authorization: Bearer <YOUR_JWT_HERE>'

Responses

Bodyapplication/json
resourceTypeanyrequired

This is a Bundle resource

Value"Bundle"
Example: "Bundle"
typeanyrequired

Indicates that this is a history bundle.

Value"history"
Example: "history"
entryArray of objectsrequired

A list of entries representing historical versions of the resource.

entry[].​fullUrlstringrequired
Example: "https://api.heydonto.com/diagnostic-report/6eca4369-7183-446e-bab7-addc609972d3"
entry[].​requestobjectrequired
entry[].​request.​methodstring
Enum"PUT""POST"
Example: "PUT"
entry[].​request.​urlstring
Example: "https://api.heydonto.com/diagnostic-report/6eca4369-7183-446e-bab7-addc609972d3"
entry[].​resourceobjectrequired
Example: {"resourceType":"Resource","id":"example"}
entry[].​responseobjectrequired
entry[].​response.​lastModifiedstring(date-time)
Example: "2024-10-29T01:05:22.739517+00:00"
entry[].​response.​locationstring
Example: "https://api.heydonto.com/diagnostic-report/6eca4369-7183-446e-bab7-addc609972d3/_history/MTczMDE2MzkyMjczOTUxNzAwMA"
entry[].​response.​statusstring
Example: "200 OK"
totalintegerrequired
Example: 2
Response
application/json
{
  "resourceType": "Bundle",
  "type": "history",
  "entry": [
    { … }
  ],
  "total": 2
}

DocumentManifest

Operations

DocumentReference

Operations

EffectEvidenceSynthesis

Operations

Encounter

Operations

Endpoint

Operations

EnrollmentRequest

Operations

EnrollmentResponse

Operations

EpisodeOfCare

Operations

EventDefinition

Operations

Evidence

Operations

EvidenceVariable

Operations

ExampleScenario

Operations

ExplanationOfBenefit

Operations

FamilyMemberHistory

Operations

Flag

Operations

Goal

Operations

GraphDefinition

Operations

Group

Operations

GuidanceResponse

Operations

HealthcareService

Operations

ImagingStudy

Operations

Immunization

Operations

ImmunizationEvaluation

Operations

ImmunizationRecommendation

Operations

ImplementationGuide

Operations

InsurancePlan

Operations

Invoice

Operations

Library

Operations

Linkage

Operations

List

Operations

Location

Operations

Measure

Operations

MeasureReport

Operations

Media

Operations

Medication

Operations

MedicationAdministration

Operations

MedicationDispense

Operations

MedicationKnowledge

Operations

MedicationRequest

Operations

MedicationStatement

Operations

MedicinalProduct

Operations

MedicinalProductAuthorization

Operations

MedicinalProductContraindication

Operations

MedicinalProductIndication

Operations

MedicinalProductIngredient

Operations

MedicinalProductInteraction

Operations

MedicinalProductManufactured

Operations

MedicinalProductPackaged

Operations

MedicinalProductPharmaceutical

Operations

MedicinalProductUndesirableEffect

Operations

MessageDefinition

Operations

MessageHeader

Operations

MolecularSequence

Operations

NamingSystem

Operations

NutritionOrder

Operations

Observation

Operations

ObservationDefinition

Operations

OperationDefinition

Operations

OperationOutcome

Operations

Organization

Operations

OrganizationAffiliation

Operations

Parameters

Operations

Patient

Operations

PaymentNotice

Operations

PaymentReconciliation

Operations

Person

Operations

PlanDefinition

Operations

Practitioner

Operations

PractitionerRole

Operations

Procedure

Operations

Provenance

Operations

Questionnaire

Operations

QuestionnaireResponse

Operations

RelatedPerson

Operations

RequestGroup

Operations

ResearchDefinition

Operations

ResearchElementDefinition

Operations

ResearchStudy

Operations

ResearchSubject

Operations

RiskAssessment

Operations

RiskEvidenceSynthesis

Operations

Schedule

Operations

SearchParameter

Operations

ServiceRequest

Operations

Slot

Operations

Specimen

Operations

SpecimenDefinition

Operations

StructureDefinition

Operations

StructureMap

Operations

Subscription

Operations

Substance

Operations

SubstanceNucleicAcid

Operations

SubstancePolymer

Operations

SubstanceProtein

Operations

SubstanceReferenceInformation

Operations

SubstanceSourceMaterial

Operations

SubstanceSpecification

Operations

SupplyDelivery

Operations

SupplyRequest

Operations

Task

Operations

TerminologyCapabilities

Operations

TestReport

Operations

TestScript

Operations

ValueSet

Operations

VerificationResult

Operations

VisionPrescription

Operations