Performance Measurement Data Element Structured for EHR Extraction: Difference between revisions

From IHE Wiki
Jump to navigation Jump to search
Anaest (talk | contribs)
No edit summary
Anaest (talk | contribs)
No edit summary
Line 8: Line 8:
*[http://www.ama-assn.org/ama1/pub/upload/mm/472/referenceguide.pdf Collaborative for Performance Measure Integration with EHR Systems XML Schema Reference Guide]
*[http://www.ama-assn.org/ama1/pub/upload/mm/472/referenceguide.pdf Collaborative for Performance Measure Integration with EHR Systems XML Schema Reference Guide]


Comments from Vassil Peytchev
Comments from Vassil Peytchev:
The goal of the Collaborative is to create a standardized way to communicate performance measures using structured, encoded performance measure information, which can be also used within EHR applications.
The goal of the Collaborative is to create a standardized way to communicate performance measures using structured, encoded performance measure information, which can be also used within EHR applications.


There are three levels of performance measures representation:
There are three levels of performance measures representation:
- Performance measure description
**Performance measure description
- Performance measure template
**Performance measure template
- Performance measure machine processable information
**Performance measure machine processable information


This holds a resemblance to the levels of a CDA document:
This holds a resemblance to the levels of a CDA document:
Level 1 - Unstructured text
*Level 1 - Unstructured text
level 2 - Structured text
*Level 2 - Structured text
Level 3 - Discrete data
*Level 3 - Discrete data


The CDA is patient-centric, so it is not directly applicable here.
The CDA is patient-centric, so it is not directly applicable here.


However, HL7 just published a draft for the SDA (structured document architecture) which is not patient-centric, and can be directly applicable for this use.  
*However, HL7 just published a draft for the SDA (Structured Document Architecture) which is not patient-centric, and can be directly applicable for this use. The Structured Document committee of HL7 is also working on a Quality Reporting Document Architecture (QRDA).


The Structured Document committee of HL7 is also working on a Quality Reporting Document Architecture (QRDA).
*These intersecting activities strongly suggest that collaboration is the best way forward given the emphasis on HL7 CDA and CCD-based (and therefore HL7 V3 based) specifications throughout the US (HISTP, CCHIT), and internationally (IHE).


These intersecting activities strongly suggest that collaboration is the best way forward. Given the emphasis on HL7 CDA and CCD-based (and therefore HL7 V3 based) specifications throughout the US (HISTP, CCHIT), and internationally (IHE).
The Collaborative can consider the following notes about the Performance Measure Integration specifications:


The Collaborative can consider the following notes about the Performance Measure Integration specification:
* The use of HL7 V3 data types when applicable. This will make the XML representation (of codes in particular)uniform across a variety of data exchange requirements.


* use of HL7 V3 data types when applicable. This will make the XML
* Make use of the IHE processes. The IHE SVS profile, for example, will use a very similar structure to the CodeGroup and Code structure to represent contents of general value sets (using HL7 v3 datatypes).
representation (of codes in particular), uniform across a variety of data exchange requirements.
* make use of the IHE process. The IHE SVS profile, for example, will use a very similar structure to the CodeGroup and Code structure to represent contents of general value sets (using HL7 v3 datatypes).
* consider the use of the HL7 SDA as a basis for a performance measure description. This will allow for a future expandability of the format.
* reconsider the use of XML in the template for logical expressions.


A transformation of the XML content to a more readable form is preferred, and technically straight forward to do.
* Consider the use of the HL7 SDA as a basis for a performance measure description. This will allow for a future expandability of the format.
 
* Reconsider the use of XML in the template for logical expressions.
 
A transformation of the XML content to a more readable form would be preferred.


* Measure specific information for two exemplars:
* Measure specific information for two exemplars:

Revision as of 18:31, 22 April 2008

Current work

White paper: Performance Measurement Data Element Structured for EHR Extraction
White Paper - Performance Measurement Data Element Structured for EHR Extraction - Using value sets for identifying quality measure components (22 April Update)

Related materials

Comments from Vassil Peytchev: The goal of the Collaborative is to create a standardized way to communicate performance measures using structured, encoded performance measure information, which can be also used within EHR applications.

There are three levels of performance measures representation:

    • Performance measure description
    • Performance measure template
    • Performance measure machine processable information

This holds a resemblance to the levels of a CDA document:

  • Level 1 - Unstructured text
  • Level 2 - Structured text
  • Level 3 - Discrete data

The CDA is patient-centric, so it is not directly applicable here.

  • However, HL7 just published a draft for the SDA (Structured Document Architecture) which is not patient-centric, and can be directly applicable for this use. The Structured Document committee of HL7 is also working on a Quality Reporting Document Architecture (QRDA).
  • These intersecting activities strongly suggest that collaboration is the best way forward given the emphasis on HL7 CDA and CCD-based (and therefore HL7 V3 based) specifications throughout the US (HISTP, CCHIT), and internationally (IHE).

The Collaborative can consider the following notes about the Performance Measure Integration specifications:

  • The use of HL7 V3 data types when applicable. This will make the XML representation (of codes in particular)uniform across a variety of data exchange requirements.
  • Make use of the IHE processes. The IHE SVS profile, for example, will use a very similar structure to the CodeGroup and Code structure to represent contents of general value sets (using HL7 v3 datatypes).
  • Consider the use of the HL7 SDA as a basis for a performance measure description. This will allow for a future expandability of the format.
  • Reconsider the use of XML in the template for logical expressions.

A transformation of the XML content to a more readable form would be preferred.

Discussion on various sections and comments, tasks