MI Neurology & MI Cardiology
Brain FDG against a normal database; cardiac NH3 on a polar map.
MI Neurology compares a brain FDG study with a normal database as z-scores. MI Cardiology shows myocardial perfusion on 17-segment polar maps, from dynamic and ECG-gated cardiac NH3 protocols. Both run on real DICOM PET-CT cases.
How it works
Three steps, on a real console workflow.
01
Choose the protocol
Brain FDG for neurology; dynamic or ECG-gated NH3 for cardiology. Each runs on a real DICOM PET-CT case.
02
Acquire and reconstruct
The protocol sets the acquisition (gated or dynamic for the heart), and the reconstruction follows.
03
Read the application
MI Neurology maps the brain against the normal database as z-scores; MI Cardiology lays perfusion out on the 17-segment polar map.
The two applications
| Application | Input | What it teaches |
|---|---|---|
| MI Neurology | Brain FDG | Hypometabolism as a z-score against normal brains |
| MI Cardiology | Cardiac NH3, dynamic or ECG-gated | Perfusion by coronary territory on a 17-segment map |
| Gating | ECG-gated protocol | Why the heart needs its own acquisition |
| Dynamic | Dynamic protocol | Uptake over time rather than one static frame |
In the classroom
How programs use it
- Read a brain FDG study by eye, then against the z-score map, and compare what each finds.
- Map a perfusion defect on the 17-segment polar map to its coronary territory.
- Contrast a whole-body oncology protocol with a gated cardiac one: what changes at the console.
Learn the concepts
Short guides that pair with this feature:
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