Purpose |
Automate measurement of myocardial blood flow and coronary flow reserve (CFR) on PET |
Tag(s) |
|
Panel |
Cardiac |
Define-AI ID |
18040005 |
Originator |
Dave Wymer |
Panel Chair |
Carlo De Cecco |
Panel Reviewers |
Cardiac Panel |
License |
|
Status | Published |
Procedures(s): Dynamic acquisition Cardiac PET
View(s): Standard orthogonal Cardiac PET image set
Sex at Birth: {Male, Female}
Age: [0,90]
Body Surface Area: varied
Comorbidities: {Congenital heart disease, ventricular septal defects}
Interventions: {Congenital heart disease repair, ischemic heart disease repair}
Contrast Material: Rubidium-82 chloride
Procedure |
Dynamic acquisition Cardiac PET |
Views |
Standard orthogonal cardiac PET image set |
Data Type |
DICOM |
Modality |
PET |
Body Region |
Chest |
Anatomic Focus |
Heart |
Pharmaceutical |
Rubidium-82 chloride |
RadElement ID |
|
Definition |
Measure myocardial blood flow at rest and stress in each coronary artery distribution |
Data Type |
Numeric |
Value Set |
|
Units |
Cc/gm/min |
RadElement ID |
|
Definition |
Calculate coronary flow reserves from myocardial blood flow for each of the AHA segments |
Data Type |
Numeric |
Value Set |
|
Units |
Cc/gm/min |
Use cases are meant to be a primary vehicle for distributing clinical information to the developer community. They pinpoint precise scenarios within radiology workflows where potential automation could add noticeable value and establish standards for interpreting and passing corresponding common data elements. Implementing effective standards requires the perspective from all stakeholders. So to that end, we encourage your feedback on use cases.
To submit comments, please email DSIUseCases@acr.org with the use case title(s) and relevant comments by January 1, 2019. If more convenient, you may also download this use case and comment directly on the PDF. Just attach the PDF copy on the email.