Category Archives: Health Informatics

The future of healthcare IT

Posted on 06/06/2023 by wolandscat

[Image: from CatSalut website] A slide on the future of HIT, from the openEHR conference hosted by the Catalan Health System (CatSalut), 06 June 2023, Barcelona. WHAT HOW RESULT Signs of success:

Posted in Health Informatics, openehr | Tagged , | 3 Comments

openEHR turns 20 today

Posted on 13/03/2023 by wolandscat

openEHR was officially created on 13 March 2003, 20 years ago today. Prof David Ingram thought of the name, and he and a small band of optimists – Dr Sam Heard, Dr Dipak Kalra, David Lloyd and myself – launched … Continue reading →

Posted in Computing, Health Informatics, openehr, standards | Tagged , , , , | 3 Comments

A Lingua Franca for e-health takes shape with GraphiteHealth

Posted on 15/05/2022 by wolandscat

Colleagues in e-health often say to me: why don’t you make openEHR easier to map to <insert popular interop standard> (used to be HL7v3, then HL7 CDA, now, HL7 FHIR… DSTU2/3/4/5?). To which I usually reply: if you are implying … Continue reading →

Posted in FHIR, Health Informatics, openehr, standards | Tagged , , , | 5 Comments

The Health IT Platform – a definition

Posted on 14/05/2021 by wolandscat

Following on from various posts in the past, including my 2014 post What is an open platform?, I thought it might be time to post a succinct (as possible) definition of the platform idea, for e-health. As stated in that … Continue reading →

Posted in Health Informatics, standards | Tagged , , | 2 Comments

What is interoperability?

Posted on 17/04/2021 by wolandscat

There are some rather obscure definitions of health IT’s favourite term interoperability floating around, for example:

Posted in Computing, Health Informatics, openehr, standards | Tagged | 6 Comments

Directions in clinical guideline programming – CHA2DS2-VASc

Posted on 29/03/2021 by wolandscat

The above shows a typical web form calculator for the CHA2DS2-VASc score, used for estimating the risk of stroke in patients with non-rheumatic atrial fibrillation (AF), primarily for the purpose of deciding the use of anti-coagulant therapy [Wikipedia]. How would such … Continue reading →

Posted in Computing, decision support, Health Informatics, openehr, standards | Tagged , , , | 2 Comments

Aide Memoire for Computable Domain Models

Posted on 16/02/2021 by wolandscat

Sometimes a graphic is worth more than words. This is an attempt to capture all the salient features of multi-level modelling, the openEHR way. See the openEHR primer for the story. Although this is ‘our way’ of doing it, I … Continue reading →

Posted in Health Informatics, openehr | Tagged , , | Leave a comment

Clinical Decision Logic Fun

Posted on 22/10/2020 by wolandscat

How close can we get to making a clinical decision logic language look like the published guidelines which it is used to encode? Below is an openEHR Decision Logic Module (DLM) example, in the current form of the openEHR Decision … Continue reading →

Posted in Computing, decision support, Health Informatics, openehr, standards | Tagged , , , | Leave a comment

Towards a standard analysis of computable guidelines, clinical workflow, decision support and … the curly braces problem

Posted on 24/06/2020 by wolandscat

Why don’t we have widespread clinical decision support (CDS), computable guidelines, clinical workflow (plans), and why don’t the pieces we do have talk to the health record? The first time I heard such challenges framed was around 2000, and even … Continue reading →

Posted in decision support, Health Informatics, openehr, standards | Tagged , , , , , , | 10 Comments

FHIR Fixes – the choice construct part I

Posted on 09/03/2020 by wolandscat

I have posted before on the FHIR ‘choice’ construct, particularly here, where I have explained the problems of the choice construct (essentially: it’s an ad hoc constraint construct that subverts the type system, and doesn’t belong in typed formalisms; none … Continue reading →

Posted in FHIR, Health Informatics | Tagged , | Leave a comment