Demo

The following demo was presented at the IHE Connecathon 2020, Computable Care Guidelines track held in January in Cleveland, OH. The complete presentation can be found here: https://drive.google.com/file/d/1G28vIGe7vbNtMV1-QCBdhN2LykL8RPj9/view

The demo is based on the premise of a shared helath record and has three actors and three systems

  1. Oscar EMR which serves as the primary care software which Dr. Kiki Bambrick and Jose interact directly or indirectly with
  2. The FHIR Server which has the shared helath record which interacts with the EMR and other other external services
  3. The Radiologist Dr. Manual Wu who interacts with the CAP form that indirectly leverages other technology services and populates data to the FHIR server

Entering of symptoms

Dr. Bambrick takes notes of Jose's symptoms and enters them into the sysmtem. The system based on the sysmptoms recommends enrolling Jose in the Lung Cance Diagnosis Computable Care Guideline. Dr. Bambrick decides if this is appropriate and enrolls Jose accordingly.

Oscar_enter_symptoms

Enrolling Jose and guideline recommendation

After Jose is enrolled, the guideline is set into motion and based on his symptoms, the guideline suggests a low dose chest CT scan. This results in a FHIR ServiceRequest for the procedure.

Low_dose_chest_ct_recommendation

Filling out of CAP form and use of external services

The low dose chest CT is carried out and Dr. Manual Wu fills out the report. The report is then sent to a service that decouples the data in to FHIR Observations and populates the share helath record. This pattern is based on the IHE SDC on FHIR project. Jose has a score of Lung Rads - 4B

Dr_Manual_Fills_Report

Notification of results

Dr. Bambrick is notified that the chest CT has been completed and they are reviewed with Jose.

EMR_Notification_Results_Ready

Reviewing of results with Jose

Review_Results_with_Jose

Next step

Based on the scoring the appropriate sub plan definition is initiated and the next step recommended by the system

Next_Step_Pet_CT