Adverse reaction risk: provenance

This week I documented the provenance of our Adverse Reaction Risk archetype - it has been a long & memorable journey from the first iteration in 2006 through to its publication in the international openEHR CKM last November 2015. In the beginning was Sam Heard's original archetype - created way back in 2006 when Ocean Informatics had a .biz email address and before any collaboration - just the initial thoughts of one individual.

original
original

This was uploaded to the International openEHR CKM in July 2008.

beginning
beginning

In 2008 this archetype had its first collaborative review. The results of this were collated and as Editor I revised this archetype significantly to include the review feedback PLUS input from a number of publications available from NHS England, FDA and TGA  drug reporting requirements and the ICH-E2B publications. This was uploaded at the end of August 2009.

In late 2010, Australia's National eHealth Transition Authority (NEHTA) forked the archetype and brought it into the NEHTA CKM environment and ran a series of 5 archetype reviews during the period through to June 2011. The resulting archetype formed the basis for the adverse reaction data elements in the initial PCEHR CDA documents which are currently being transmitted from Australian primary care clinical systems into the PCEHR (now rebadged as 'My Health Record').

NEHTA starts.jpg
NEHTA starts.jpg

In 2012, there was another review round carried out in the international CKM.

hl7.jpg
hl7.jpg

The results from that 2012 review, the outcomes from the June 2011 NEHTA archetype and publications from HL7's FHIR resource and RMIMs were amalgamated by Ian McNicoll in June 2014 to form a new archetype - initial called 'Adverse Reaction (AllergyIntolerance)' and later, the 'Adverse Reaction (FHIR/openEHR)' archetype - with the intent of conducting a series of joint FHIR & openEHR community review of the combined model and at the end of the process generating a FHIR resource AND an openEHR archetype with matching, clinically verified content.

In August 2014 the first joint openEHR/FHIR review was carried out, with myself (@omowizard, AU, openEHR), Ian McNicoll (@ianmcnicoll, UK, openEHR), Graham Grieve (@GrahameGrieve, AU, FHIR) & Russ Leftwich (@DocOnFHIR, USA, HL7 Patient Care/FHIR) as editors. Nasjonal IKT forked the archetype into the Norwegian CKM at the conclusion of that process.

norway
norway

There was a subsequent joint review between openEHR & FHIR that followed, only rather than the few weeks I had anticipated, we had to wait until the FHIR community completed a full FHIR ballot. This blew out the review period to 7 months for our work.

ballot.jpg
ballot.jpg

This really highlights the need to separate the ballot/review process for clinical artefacts like FHIR resources and archetypes from balloting process of complete technical standard or specification within a typical standards organisation. If we use this same glacially slow process for the governance of clinical artefacts then it will take decades to achieve high quality shared clinical models.

And one HL7 participant contacted me and said it would be impossible for them to respond to the archetype review in less than 6 months. <facepalm here>. Just for perspective, our typical review round is open for 2 weeks and it takes anywhere from 10 minutes to 30 minutes for most participants to record their contribution.

But we waited... and fed the FHIR ballot comments back into the next archetype iteration. There were not that many! And then we sent it out for the next review - and this time the Norwegian CKM community participated as well. The Norwegian CKM team (led by Silje Ljosland Bakke, @siljelb, & John Tore Valand, @Jtvaland) translated the archetype into Norwegian &  ran a slightly shorter review period, contributing the collective feedback into the international review.

We did this simultaneous review across the FHIR, international and Norwegian communities twice - once in July 2015 and another in November 2015. One of these reviews resulted in the renaming of the archeytpe  concept to 'Adverse reaction risk'.

double
double

At the end of the November 2015 review round, the editors found that there was a consensus reached amongst the participants. In the international CKM we removed the FHIR-specific components and published the content of the 'Adverse reaction risk' archetype. The publication status of original archetype was simultaneously changed in the CKM  to rejected - this rejected archetype remains in the international CKM as part of the provenance/audit trail for the published archetype.

publish
publish

The Norwegian CKM has now taken that international archetype and published it within their CKM and under their own governance. The archetypes are semantically aligned.

The FHIR resource has evolved in keeping with the archetype changes. To be completed honest I'm not sure if the final, published openEHR archetype has been reflected back into the latest FHIR resource, but there is no doubt that there certainly the great majority of the two artefacts are aligned due to the joint review process.

derive
derive

The archetype that has finally been published started with the brain dump of a single clinical informatician. At this point in its journey this archetype alone has been shaped by:

  • 13 review rounds
  • 221 review contributions
  • 92 unique individuals
  • 16 countries (top 3 being AU, NO & US)

This has been a very significant block of international work. Getting any kind of consensus on such a clinically significant artefact across different jurisdictions, standards organisations and diverse requirements has not been easy. But we have experienced a great generosity of spirit from all who contributed their time, expertise and enthusiasm to capture an open specification for a single piece of clinical knowledge that can be re-used by others, and potentially improved even more over time.

This is what the published Adverse reaction risk archetype looks like today:

latest.jpg
latest.jpg

The detail and thought behind each data element and example is significant. Yet we know it is not perfect, nor 'finished'.

No doubt we will identify new requirements or need to modify it. This journey will then start its next phase...

If you have identified additional requirements... If you disagree with the model...  then register and contribute to the community effort now by registering on the international CKM and make a change request or start a discussion thread.