Where APIs meet Health Equity by Design: Introducing the FHIRedApp Health Innovation

With a heightened aim on overall health fairness all through our function, ONC has adopted the thought of “health equity by structure.” Alongside all those lines, well being IT can, and really should, be utilized to far better discover and mitigate disparities when maximizing chances for underrepresented populations. In 2019, less than the Main Edge Acceleration Projects (LEAP) for Wellbeing IT method, ONC funded the College of Texas at Austin’s Dell Healthcare Faculty (Dell Med) to style, acquire, and demonstrate improved affected individual engagement systems for treatment and research, with a concentrate on overall health equity.

The Dell Med workforce proposed developing a individual engagement technological innovation system working with software programming interfaces (APIs) and the identical countrywide criteria for interoperability, security, and authorization currently being employed by electronic health information, particularly FHIR® and Smart on FHIR.

Designing the FHIRedApp Platform

The FHIRedApp platform was designed employing human-centered layout methodology to detect the needs and choices of a assorted group of Latino, African-American, and Asian-American patients. To layout an straightforward-to-use system, the staff held 20 Neighborhood Engagement Studio (CES) periods with ethnically and racially numerous people from Central Texas. The system concerned beta testing, semi-structured interviews, and pilot tests with members to be certain the app’s large usability.

A neighborhood navigator led each CES session, and the dialogue matters bundled local community health encounters, local community readiness, style and design choices, adoption, and sustainability. The approach for developing the application also included human-centered structure methodologies and insights gathered from the CES sessions aided determined options and capabilities that ethnically and racially diverse patients preferred from a health application platform.  A large-fidelity prototype of the app (Determine 1) was then produced, beta analyzed by diverse individuals, and employed by the improvement staff to code for the last app.

Image of the FHIRedApp showing the prototype of how the app may work.

Determine 1: FHIRedApp higher-fidelity prototype

While the FHIRedApp will be able to connect to FHIR API endpoints furnished by qualified EHR technologies needed by the ONC Cures Act Closing Rule, the system has also been developed to leverage wellbeing info exchanges (HIEs) and study networks, which act as knowledge aggregators from various EHRs. The FHIRedApp is also an app system that enables patients to get access to their knowledge, grant access to all or section of their information, and make it readily available to third-social gathering application developers by using FHIR APIs. The Dell Med staff is presently acquiring a pilot application to aid with recruitment for investigate scientific studies and integration with social companies referral networks.

The development of FHIRedApp has proven how know-how improvements using FHIR APIs for exchanging information can be knowledgeable through a methodology of local community engagement and human-centered layout. Looking forward, the staff and local community users hope to continuously offer additional characteristics and enhancements on the system and examination scalability applying other HIEs and data sources in the long term. To understand more about this undertaking, read the Dell Med team’s findings.


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