This MR stroke protocol allows identification of the stroke patients' histological and anatomical characteristics including vessels from 6 imaging contrasts in almost 6 minutes.
| Sequence | SEEPI2D |
| Parallel Acquisition | Exsper 2x1 |
| Scan time | 0:38 |
| Resolution | 1.6x1.6 mm |
| FOV | 23 cm |
| Matrix size | 144x144 |
| Slice thickness | 5 mm |
| Slice gap | 1 mm |
| Number of slices | 25 |
| TR | 4130 ms |
| TE | 77 ms |
| NAQ | 1 |
| b-value | 1000 |
| Sequence | FSE2D |
| Parallel Acquisition | Exsper 2x1 |
| Scan time | 1:40 |
| Resolution | 1.0x1.0 mm |
| FOV | 23 cm |
| Matrix size | 224x224 |
| Slice thickness | 5 mm |
| Slice gap | 1 mm |
| Number of slices | 25 |
| TR | 10000 ms |
| TE | 104 ms |
| NAQ | 1 |
| Sequence | MRA3D |
| Parallel Acquisition | SPEEDER 2x1 |
| Scan time | 1:15 |
| Resolution | 1.3x0.8 mm |
| FOV | 20 cm |
| Matrix size | 160x256 |
| Slice thickness | 1.3 mm |
| Number of slabs | 3 |
| Number of slices | 116 |
| TR | 14 ms |
| TE | 6.5 ms |
| NAQ | 1 |
| Sequence | FE2D |
| Parallel Acquisition | Exsper 2x1 |
| Scan time | 0:53 |
| Resolution | 1.0x1.0 mm |
| FOV | 23 cm |
| Matrix size | 240x240 |
| Slice thickness | 5 mm |
| Slice gap | 1 mm |
| Number of slices | 25 |
| TR | 380 ms |
| TE | 9 ms |
| NAQ | 1 |
| Sequence | FSE2D |
| Parallel Acquisition | Exsper 2x1 |
| Scan time | 0:40 |
| Resolution | 0.9x0.9 mm |
| FOV | 23 cm |
| Matrix size | 256x256 |
| Slice thickness | 5 mm |
| Slice gap | 1 mm |
| Number of slices | 25 |
| TR | 4400 ms |
| TE | 90 ms |
| NAQ | 1 |
| Sequence | SE2D |
| Parallel Acquisition | Exsper 2x1 |
| Scan time | 0:56 |
| Resolution | 1.0x1.0 mm |
| FOV | 23 cm |
| Matrix size | 224x224 |
| Slice thickness | 5 mm |
| Slice gap | 1 mm |
| Number of slices | 25 |
| TR | 428 ms |
| TE | 8 ms |
| NAQ | 1 |
Advanced intelligent Clear-IQ Engine (AiCE)
AiCE is the world’s first Deep Learning Reconstruction technology for MRI. AiCE intelligently removes noise from images which can improve SNR and enable increased resolution across all applications.
Fast 3D mode (Fast 3D TOF: Vantage Elan Product Page)
You can now apply FAST 3D to TOF contrast MRA procedures with the ability to reduce scan times by up to 50%*, while maintaining excellent image consistency.
This Protocol allows to identify the travel of the brachial Plexus to evaluate the level of the damage for the patient with neurological disorders.
Advanced intelligent Clear-IQ Engine (AiCE)
AiCE is the world’s first Deep Learning Reconstruction technology for MRI. AiCE intelligently removes noise from images which can improve SNR and enable increased resolution across all applications.
This Protocol allows to visualize pancreatic and hepatobiliary systems to identify the lesions non-invasively.
Advanced intelligent Clear-IQ Engine (AiCE)
AiCE is the world’s first Deep Learning Reconstruction technology for MRI. AiCE intelligently removes noise from images which can improve SNR and enable increased resolution across all applications.
Exsper (Vantage Elan Product Page)
Exsper is a unique parallel imaging technique which provides accelerated exam. Exsper suppresses unfolding errors even in the small FOV imaging.