GP Connect - Update Record (ITK3)

Part of the GP Connect product family

Handling observations

This specification uses the Profile: CareConnect-GPC-Organization-1 profile for clinical, and social history observations.

The information below describes the sort of information that is expected to flow.

Category: social history and vital signs

The Observation.category element within the Observation resource can be used to articulate the classification of type for the observation.

The code system contains numerous codes; however, this specification will only make use of the following:

Social history

The Social History Observations define the patient's occupational, personal (e.g. lifestyle), social, and environmental history and health risk factors, as well as administrative data such as marital status, race, ethnicity and religious affiliation.

Vital signs

Clinical observations measure the body's basic functions such as such as blood pressure, heart rate, respiratory rate, height, weight, body mass index, head circumference, pulse oximetry, temperature, and body surface area.

Social history observations

These types of observations will only contain a code - typically SNOMED, and will not contain a value. For example: pregnancy status, or to indicate that an Ambulatory blood pressure recording has been declined.

There are only a few scenarios where this will be the case, and the Mapping PRSB headings to FHIR page provides examples of these.

Vital signs observations

The Community Pharmacy Standard v3 stipulates the following items that could be sent.


The table below outlines which of the items listed under Examination findings → Observations int he PRSB CP spec above, and whether or not this specification supports them.

Note: Text enclosed in curly braces { ... } is called an annotation.
Refer to sub-section 6 in 2.1 Character set and lexical rules of the UCUM specificaiton.
Observation Expected value Supported
Height / length
  • UCUM: cm
  • UCUM: [in_i]
 Yes
Weight
  • UCUM: g
  • UCUM: kg
  • UCUM: [lb_av]
 Yes
Body mass index (BMI) UCUM: kg/m2 Yes
Blood pressure - Systolic UCUM: mm[Hg] Yes
Blood pressure - Diastolic UCUM: mm[Hg] Yes
Heart rate UCUM: {beats}/min Yes
Temperature
  • UCUM: Cel
  • UCUM: [degF]
 Yes
Oxygen saturation UCUM: % No
Pain score UCUM: {ScoreOf} No
Level of consciousness CodeSystem: CareConnect-ACVPU-1 No
Respiratory rate UCUM: {breaths}/min No
Air and oxygen UCUM: % No
NEWS2 UCUM: {ScoreOf} No

Conventions

While the provider should make every effort to ensure they are providing accurate information, there are certain conventions that are preferred within GP practice which are shown hin the table below.

Note: It is preferred that the value displayed to the user is rounded up if displaying to a decimal place that is less than the recorded value.

All units of measure use the Value set: UCUM for vital-signs.

Observation Preferred unit of measure Display decimal places
Height cm (centimeter) 0 decimal places
Weight kg (kilogram) 1 decimal place
Pulse {beats}/min (beats per minute) 0 decimal places
Blood pressure [mmHg] (millimeter of mercury) 0 decimal places
Temperature Cel (Celsius) 1 decimal place
Body Mass Index (BMI) kg/m^2 (kilogram per meter squared) 1 decimal place

Pulse rate

Pulse (Heart) rate observations can be sent via this specification.

The Observation.code should be represented as a single coded value for a pulse rate.


Available codes:

Note: In the event of an irregular pulse, then an separate Observation should be sent alongisde the observable entity to indicate the finding.

Blood pressure triplets

The following table outlines the valid combinations of SNOMED codes which can be used when recording a blood pressure.

Header Valid systolic codes Valid diastolic codes
Term SNOMED Term SNOMED Term ConceptId
On examination - blood pressure reading 163020007 Systolic arterial pressure 72313002 Diastolic arterial pressure 1091811000000102
163020007 Systolic arterial pressure 72313002 Diastolic blood pressure 271650006
163020007 SAP - Systolic arterial pressure 271649006 Diastolic arterial pressure 271650006
Lying blood pressure reading 163033001 Lying systolic blood pressure 407556006 Lying diastolic blood pressure 407557002
Standing blood pressure reading 163034007 Standing systolic blood pressure 400974009 Standing diastolic blood pressure 400975005
Sitting blood pressure reading 163035008 Sitting systolic blood pressure 407554009 Sitting diastolic blood pressure 407555005
Baseline blood pressure 928021000000108 Baseline systolic blood pressure 716579001 Baseline diastolic blood pressure 716632005
Average ambulatory blood pressure 2181371000000107 Average ambulatory systolic blood pressure 2181381000000109 Average ambulatory diastolic blood pressure 2181391000000106
Self measured blood pressure reading 335661000000109 Self reported systolic blood pressure 1162737008 Self reported diastolic blood pressure 1162735000

Representing an average ABPM reading

The following triplet will be used to represent an average reading from an ambulatory blood pressure monitoring (ABPM) device.

These codes represent an average calculated from readings that have been taken over a period (such as 24 hours) which includes day and night intervals.

Note: NHS England will be requesting new parent SNOMED codes to complete the day interval/night interval triplets:
  • NEW CODE |Average ambulatory day interval blood pressure (observable entity)
  • NEW CODE |Average ambulatory night interval blood pressure (observable entity)
In the interim period before the two new parent codes are created, suppliers are asked to ignore the following four codes:
  • 2181401000000109 |Average ambulatory day interval systolic blood pressure (observable entity)
  • 2181411000000106 |Average ambulatory day interval diastolic blood pressure (observable entity)
  • 2181421000000100 |Average ambulatory night interval systolic blood pressure (observable entity)
  • 2181431000000103 |Average ambulatory night interval diastolic blood pressure (observable entity)
Suppliers should note however that day/night interval codes are only relevant to children and therefore are outside the current scope of Pharmacy First

Snippet (elements removed for brevity)

<Observation>
    ...
    <code>
        <coding>
            <system value="http://snomed.info/sct" />
            <code value="2181371000000107" />
            <display value="Average ambulatory blood pressure" />
        </coding>
        <text value="Average ambulatory blood pressure" />
    </code>
    ...
    <component>
        <code>
            <coding>
                <system value="http://snomed.info/sct" />
                <code value="2181381000000109" />
                <display value="Average ambulatory systolic blood pressure" />
            </coding>
            <text value="Average ambulatory systolic blood pressure" />
        </code>
        <valueQuantity>
            <value value="158" />
            <unit value="millimeter of mercury" />
            <system value="http://unitsofmeasure.org" />
            <code value="mm[Hg]" />
        </valueQuantity>
    </component>
    <component>
        <code>
            <coding>
                <system value="http://snomed.info/sct" />
                <code value="2181391000000106" />
                <display value="Average ambulatory diastolic blood pressure" />
            </coding>
            <text value="Average ambulatory diastolic blood pressure" />
        </code>
        <valueQuantity>
            <value value="102" />
            <unit value="millimeter of mercury" />
            <system value="http://unitsofmeasure.org" />
            <code value="mm[Hg]" />
        </valueQuantity>
    </component>
</Observation>

Reference ranges and interpretation

Providers may supply a reference range along with the associated value - for example:

<referenceRange>
    <low>
        <value value="3.5"/>
    </low>
    <high>
        <value value="11.0"/>
    </high>
</referenceRange>
Note: Where a reference range contains a less than < or greater than > operator it should be written to the referenceRange.text element as these operators are not supported in this context.

Similarly, a provider may wish to provide the interpretation to indicate whether the observation is abnormal (in line with Access Record: Structured).

https://fhir.nhs.uk/STU3/CodeSystem/CareConnect-ObservationInterpretation-1

<interpretation>
    <coding>
        <system value="http://terminology.hl7.org/CodeSystem/v2-0078"/>
        <code value="A"/>
        <display value="Abnormal"/>
    </coding>
    <text value="Abnormal"/>
</interpretation>

The consumer may wish to observe this information, or they may chose to apply their own interpretation on the observation supplied.

Self-reported measurements

As of Wednesday, 22nd November 2023, Section 4.18 of the NHS England Pharmamcy Contraception Service specification states the following:

4.18 For COC, a supply will require BMI and a blood pressure measurement to be taken in line with NICE guideline 136. A person accessing the service may also offer their own weight, height and blood pressure measurements. Any self-reported measurements that the pharmacist has deemed clinically suitable, will need to be recorded as such.

Self-reported height


Self-reported weight


Self-reported BMI There is no self-reported code for body mass index (BMI). BMI calculated from self-reported values should be sent as:


Self-reported blood pressure

Care should be taken when recording these elements to ensure that accurate information is both being stored in the Pharmacy Record, and in the message that flows back to the GP - including correct SNOMED code usage.

example-record-observation

How to send an ABPM report

It is possible that reports can be generated as an attachment - for example, a PDF or text file.

In those instances, Update Record will allow an attachment to be provided via the FHIR Observation resource, using the valueAttachment element.

Important: Providers: Please ensure the report contains a meaningful title which clearly indicates what it is.
Consumers: Please ensure the document title is visible within the list of documents or other attachments in the patient's history.

Using an Ambulatory Blood Pressure Monitoring transcript report for example:

<Observation>
  <category>
    <coding>
      <system value="http://terminology.hl7.org/CodeSystem/observation-category" />
      <code value="vital-signs" />
      <display value="Vital Signs" />
    </coding>
    <text value="Vital Signs" />
  </category>
  <code>
    <coding>
      <system value="http://snomed.info/sct" />
      <code value="725956001" />
      <display value="Ambulatory blood pressure monitoring report" />
    </coding>
    <text value="Ambulatory blood pressure monitoring report" />
  </code>
  <valueAttachment>
    <contentType="application/pdf" />
    <content="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" />
  </valueAttachment>
</Observation>
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