Accelerate Prostate MRI by Approximately 35% with SwiftMR
Prostate T2-weighted imaging provides the anatomical foundation for evaluating zonal anatomy, abnormalities within the gland, the prostate margin, seminal vesicles, and possible extraprostatic extension.
In this representative case, a prostate T2WI sequence acquired on a 3T Siemens Verio was reduced from 3:48 to 2:37 with SwiftMR—a 31% reduction—with a matched reconstructed resolution of 0.62 × 0.62 × 3.0 mm.
Sequence Comparison
| Scanner | Siemens Healthineers 3T Verio |
|---|---|
| Sequence | 2D TSE prostate T2WI |
| Conventional Acquisition Time | 3:48 |
| SwiftMR Acquisition Time | 2:37 |
| Time Reduction | 31% faster |
Comparison: Conventional acquisition versus accelerated acquisition with SwiftMR AI-reconstruction.
What Shorter T2WI Acquisition Means in Practice
Because axial T2WI contributes directly to prostate MRI interpretation, reducing its acquisition time can provide meaningful clinical and operational value.
Although the savings from one sequence may appear modest in isolation, the cumulative effect becomes more meaningful when acceleration is applied across the full prostate MRI protocol.
Less time spent acquiring each sequence can help:
- Reduce the amount of time patients must remain still
- Limit the opportunity for motion during the acquisition
- Make examination duration more predictable
- Support technologists managing tightly scheduled prostate MRI protocols
- Create cumulative time savings across multiple examinations
What We Observed
In the displayed comparison:
- Image quality did not degrade under the shorter acquisition time.
- Conspicuity of the right peripheral-zone nodule is preserved.
- The pseudocapsule margin remains traceable along its full extent.
Clinical Takeaway
Shorter prostate T2-weighted imaging can create practical sequence-level time savings while preserving the visible anatomy needed for prostate MRI interpretation.
When SwiftMR is applied across the complete prostate MRI protocol, average scan-time savings of approximately 35% can shorten overall examination time—supporting more predictable scheduling, greater patient throughput, and a more efficient prostate MRI workflow.
Learn More
Explore the AIRS Medical clinical image gallery.
For protocol details or additional prostate MRI examples, contact Keaur Patel, B.S., R.T.(R)(MR)(ARRT), Director of Customer Success.