Fast Healthcare Interoperability Resources (FHIR, pronounced "fire") is a draft standard describing data formats and elements (known as "resources") and an application programming interface (API) for exchanging electronic health records
I am testing asynchronous Bulk Data retrieve with a large EHR vendor. When I retrieve the bulk data, they are returning ndjson (CONTENT-TYPE of "application/fhir+ndjson; charset=utf-8"). If I attempt to process that content using JSON functions - I get
ERROR #5035: General exception Name 'Parsing error' Code '3' Data ''
For example, the following generates the error
s objArray={}.%FromJSON(quickStreamOut)
The error makes sense in that ndjson is not a valid json format (I assume at least).
While converting FHIR JSON to SDA the file is being converted but, some of the data gets removed during conversion. Please help me out if you know the reason behind this.
A simple production that enables FHIR transaction bundles to be loaded into InterSystems® FHIR® Server via Box and Dropbox. Using the included MFT Connection Components and a 14 liner Custom Business Process, this production will process your transaction bundles to FHIR Resources for immediate consumption with Harry Potter like wizardry. Great for Hackathons, Research and FHIR® Cocktail parties.
IRIS for Health — is the world’s first and only data platform engineered specifically for healthcare. It empowers you to rapidly create and scale the industry’s next breakthrough applications.
Maybe you have to implement scenarios that don't require a FHIR repository, but forwarding FHIR requests, manage the responses and maybe run transformations or extract some values in between. Here you will find some examples that can be implemented using InterSystems IRIS For Health o HealthShare Health Connect.
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Often when we collaborate to someone's repo in GitHub we do the following cycle:
Fork-Clone-Change-Commit-Push-Pull-Request-Merge to the original repo.
This is all great and works fine!
And if we want to make a second collaboration right after the merge you need to perform "Fetch upstream" to your forked repo first to "ingest" your own Pull-request in the original repo.
Geeky git-professionals do it with ease but this was always a headache for me so I usually simply deleted the fork and created a new one.
And today I figured that Github added a new UI feature that I can easily fetch-upstream for my fork with the original one and make it up to date and capable for pull-requests.
Here is where the button is:
This is a relief! )
Wanted to share this relief and productivity tip with you!
In the previous article we saw how we could recover a resource stored in the database of our particular HIS, so today we will see how we can add new records in our HIS whose origin is an FHIR resource that we receive in our system.
If I add the same patient data with a different unique ID then it inserts as new data using a POST request. So, In the FHIR server How can I prevent this kind of thing by using POST requests? Note:- I don't want to use a PUT request for the same. The main thing is I want to get a unique patient record. Que:- Is there any way to check data duplication on each FHIR resource?
Brainstorming the project we would build to showcase in the current female health themed InterSystems FHIR Contest, our girl band decided that we need to do something practical for the ordinary user and to solve some burning issues of the modern life. This discussion led to the idea of creating a project that will help women not to forget their health in daily grind - FemTech Reminder.
We conclude this series of SMART On FHIR articles with Auth0 and InterSystems IRIS FHIR Repository by reviewing our application developed in Angular 16.
Let's remember what the architecture defined for our solution is like:
Our front-end application corresponds to the second column and as you can see it will be in charge of two things:
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when trying to send HS.FHIRServer.Interop.Request objects to an external FHIR server, I get errors: ERROR #6156: No match between server name '...' and SSL certificate values '...'. The reason is pretty clear, the problem is that we don't get correct certificates in time, but have some pressure to go live with the interface.
Join us at the FHIR event of the year in the US: the HL7 FHIR Dev Days 2018! A unique chance to meet 400 colleagues and discuss all topics relating to your field.
InterSystems is proud to be the Host Sponsorof HL7 FHIR Dev Days for its first U.S. edition, Boston, June 19 – 21st! We support the HL7 FHIR standard as it is critical for rapid innovation. FHIR can be used as an accelerant to bring all the information that matters for a patent into a unified health record.
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The idea is that you can post a bundle to a FHIR server with a set of resources. And you can send it as a transaction, so only all the resources will be published or neither.
E.g. I send a bundle of two resources: patient and its observation.
The observation resource should reference an existing patient. But it probably doesn't exist yet on the server and goes within the same bundle.
For this purpose there is a way to have a temporary id in the bundle, to let resources reference ids.
We have a situation where we want to save the patient photo (or any other attachment) received via FHIR to a persistent property without decoding it. When it is sent out again using FHIR is is stored in the encoded format and need not be encoded. We do not need to decode it for our application. We always use it on another system that retrieves it or saves it via FHIR and therefore it is always received or sent embedded in JSON.
In my previous articles, one of the most exciting things about FHIR that I mentioned it's the wide range of possibilities that we have and not only for creating something but the ways to achieve this goal.
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I have attached a document that describes the product I have developed called NiPaRobotica Pharmacy. This is an interface I developed that accepts Pharmacy Dispense Requests and converts the line items on the order into dispense dialogues which it sends to pharmacy robots. I deployed the interface into 3 Hospital pharmacies two of which had 6 robots that were arranged in such a way that the dispense chutes channelled medications to desks by the pharmacists sitting in windows serving 1200 patients a day. The robots cut the average waiting time from 2 hours down to one hour.
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Open Exchange app
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