Sequence library
Every core MRI sequence, with the physics attached.
Spin echo, gradient echo, inversion recovery and localizers. Each sequence has its full parameter card, and every parameter changes the image the way the magnet would.
How it works
Three steps, on a real console workflow.
01
Pick a sequence
Choose from the protocol tree: T1 TSE, T2 TSE, FLAIR, diffusion, SWI and more, organized the way department consoles organize them.
02
Open the parameter card
The full Routine/Contrast/Resolution/Geometry tabs: TR, TE, TI, flip angle, slices, FoV, matrix, phase direction and coil elements.
03
Scan and compare
Run it, change one parameter, run it again. The contrast difference on screen is the lesson.
Example: what learners control on a T2 TSE
| Parameter | Range | What it teaches |
|---|---|---|
| TR | 300–8000 ms | T1 recovery and its contrast cost |
| TE | 8–140 ms | T2 decay and CSF brightness |
| Flip angle | 90–180° | Signal vs SAR trade-off |
| Slice thickness | 1–10 mm | SNR vs partial-volume detail |
In the classroom
How programs use it
- Set sequence homework: same anatomy, three weightings, written contrast explanations.
- Demonstrate a parameter live on the projector, then have every learner reproduce it.
- Use the queue to build full head/spine protocols instead of isolated sequences.
Learn the concepts
Short guides that pair with this feature:
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