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Difference between revisions of "FHIR Workflow Minutes CC 20190204"

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[[:Category:FHIR Workflow Minutes|Return to FHIR Workflow Minutes]]
 
[[:Category:FHIR Workflow Minutes|Return to FHIR Workflow Minutes]]
 
==Agenda==
 
==Agenda==
*Approve [[FHIR Workflow_Minutes_CC_20180128| Minutes Prior Meeting on 01/28]]
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*Approve [[FHIR Workflow_Minutes_CC_20190128| Minutes Prior Meeting on 01/28]]
  
 
==Attendees==
 
==Attendees==
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==Minutes Approval==
 
==Minutes Approval==
*Motion to approve [[FHIR Workflow_Minutes_CC_20180128| Minutes Prior Meeting on 01/28]] - Craig/Jose: 3-0-1
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*Motion to approve [[FHIR Workflow_Minutes_CC_20190128| Minutes Prior Meeting on 01/28]] - Craig/Jose: 3-0-1
  
  

Latest revision as of 19:04, 11 February 2019


FHIR Workflow Conference Call 3:00PM Eastern Time (Date above)

Return to FHIR Workflow Minutes

Agenda

Attendees

  • Lloyd McKenzie (chair/scribe)
  • Craig Newman
  • Andrea Pitkus
  • Joe Lamy
  • Jose Costa Teixeira

Arrived late

  • Josesph Quinn


Minutes Approval


Actions

  • Lloyd will talk to Grahame & David H. about when is a good time to start ExampleScenario work
  • Lloyd will talk to Grahame about when is a good timeframe to move workflow alignment into main build
    • Not done yet - will try to do so at the WGM
  • Jose will pass on current state about getting PlantUML content into Maven
    • Still on Jose's plate
  • Will evaluate in early Jan. whether we want to hold the workflow session this round
    • Future
  • Jose will explore how to deal with local files when editing an ExampleScenario
    • Talked w/ Grahame and has it figured out

Lab Scenario

  • Looked at Lab example scenario as completed to date
  • Andrea indicated that it would not be typical to have distinct service requests for each sub-test. Typically each piece of equipment just gets the CBC code and knows what sub-tests to execute on a particular piece of equipment
    • Process
      • 1 panel comes in
      • Multiple specimens are collected
      • Each specimen may route to multiple machines/analyzers
      • Each analyzer may run multiple tests on one specimen
      • LIS correlates the results from the various analyzers and organizes them as appropriate for the panel and may calculate additional results based on other results
        • Each specimen is assigned an identifier
        • Analyzer looks up the specimen identifier to see what overall order code it’s associated with
        • Based on the specimen type and the overall panel, the analyzer performs the specific subset of tests relevant for that device within the overall panel
  • If one of the sub-tests is not completed, it'll require a whole new lab order in order to re-perform that test

Will continue discussion next week

Adjournment

15:01 Eastern