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The MobileHealth Document Sharing (MHDS) Profile is a 100% FHIR Document Sharing infrastructure leveraging many IHE FHIR profiles including MHD. This Document Sharing includes support for sharing FHIR-Documents, but is content format agnostic, thus equally capable of sharing CDA documents, PDF documents, or imaging.
This profile shows how to build a Document Sharing Exchange using IHE profiled FHIR® standard, rather than the legacy IHE profiles that is dominated by XDS and HL7® v2. The MHDS Profile specifies how a collection of IHE profiles can be used by communities for exchanging health information. 3 - Section 4.0
Christian Dameff and colleagues from UC-San Diego answer the question by saying, yes, PHRs are indeed more promising in this smartphone era with the advancement and adoption of FHIR standards that help make electronic health records more inter-operable.
Webinar recording is available that covers the Document Sharing Health Information Exchange (HIE) on FHIR. This is available on the IHE YouTube channel The slide deck with embedded recording is in the IT-Infrastructure github repo The content for this presentation are baked into the IHE MobileHealth Documents Sharing (MHDS) profile.
So back in 2011 I wrote the first profile in IHE that was targeting ‘ease of use by lightweight application platforms such as MobileHealth Applications”. The MobileHealth Documents (MHD) profile was born to provide a more simple API to an XDS environment. The MobileHealth Documents (MHD) is the result.
There is some strong discussion going on at HL7 around privacy concerns, especially now that HL7 FHIR has enabled easy application writing. The discussion started with an article " Warning mHealth security fears are opening doors to app and device innovation " summarizing a study done by Ketchum.
The program also supports independent mobile app developers who target providers and patients. App Orchard, for its part, lets developers use a FHIR-based API to access an Epic development sandbox. Previously, Epic wouldn’t let mobile app developers connect to its EMR until a customer requested permission on their behalf.
Video visits, infrared temperature sensors, mobilehealth, and wearables replace the need for clinic visits. With EMRs offering healthcare-standard APIs (such as FHIR) for integration, patients need to select devices with integration capabilities using healthcare standards. Technology is rapidly changing the bedside examination.
The sIPS Profile provides implementation guidance to vendors and implementers and joins a growing suite of IPS standards artefacts contributed by a variety of Standards Development Organizations (SDOs) and coordinated by the Joint Initiative Council for Global Health Informatics Standardization (JIC). YouTube presentation, long , and short.
Apple recently announced that its mobileHealth app will link to electronic health record (EHR) systems. This will allow patients/consumers access to their personal health record (PHR). FHIR is finally allowing true interoperability to become a reality.
SVCM - Sharing Valuesets Codes and Maps This profile addresses defining reusable Actors for managing and using terminology using FHIR. MHDS - MobileHealth Documents Sharing This profile went through one public comment, so this will be an unusual second public comment.
MobileHealth Document Sharing The MobileHealth Document Sharing (MHDS) shows how to build a Document Sharing Exchange using IHE-profiled FHIR® standard, rather than the legacy IHE profiles that are dominated by XDS and HL7® v2. So the text should be easier to understand, and easier to reference.
These releases are continued improvement and advancement of the Document Sharing Health Information Exchange , and enabling of Community exchanges that are more than Document Sharing. Very focused on #FHIR, but also enabled by existing and successful XDS/XCA Health Information Exchange.
Although 94% of consumers know oral health impacts physical health, 81% are hesitant to seek dental care , according to a survey from VideaHealth. Partnerships Darena Solutions, Leidos, and SLI Compliance unveiled a verification process for AI applications built using SMART on FHIR standards.
I am also a co-chair of the HL7 Security workgroup, a member of the FHIR Management Group (FMG), the lead in IHE-MobileHealth Documents (MHD) , and active member and advocate of HEART. We have a limited use of FHIR being used at a few pilot sites, limited more due to the developing nature of FHIR right now.
Specifically all FHIR RESTful interactions, and and Accounting of Disclosures. MobileHealth Documents - Improvements based on current feedback GitHub project - [link] Project Plan Kanban board - [link] CI Build - [link] MHD to a Federation likely will transition to a Whitepaper covering all forms of multiple-depth federation support.
FHIR use cases, back-office process automation, advances in digital therapeutics, and the potential of generative AI all came up. Jeff McDonald at Kythera Labs discussed how missing claims and prescription data skews insights and predictions , making it harder for health systems to make data-driven business decisions.
Note that 40% of these are #FHIR based. So the following is the ranked list of IT-Infrastructure Profiles in the order. I have included some fun graphics. No, I am not going to explain the graphics. Cross-Enterprise Document Sharing (XDS.b)
“Mobilehealth — the application of sensors, mobile apps, social media, and location-tracking technology to obtain data pertinent to wellness and disease diagnosis, prevention, and management — makes it theoretically possible to monitor and intervene whenever and wherever acute and chronic medical conditions occur.
APIs, Internet of (Healthy) Things, and AR/VR among the others are getting deployed in retail channels and at home to support peoples’ health in the real world, in real time outside of the clinical setting. For health care, the application of FHIR standards helps mobilize data for better health, turbocharging this trend.
FHIR , with its RESTful APIs, real-time capabilities, and granular data access, is better equipped to meet todays healthcare needs. GraphQL has gained significant traction as a flexible query language for APIs, while the FHIR standard has become nearly universal in healthcare data exchange.
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