syngo BLADE

Improved visualization of a cricoid mass with syngo BLADE T2w MRI (aneurysmal bone cyst).

Axial T2w TSE images of the brain (left: without motion correction; right: with syngo BLADE)

Axial T2w TSE images of the brain (left: without motion correction; right: with syngo BLADE)

Sagittal T2w TSE images of the brain (left: without motion correction; right: with syngo BLADE)

Coronal T2w TSE images of the brain (left: without motion correction; right: with syngo BLADE)

Decreased pulsation and motion artifacts in cervical spine syngo BLADE images (right)

Axial T2w TSE images of the brain (left: without motion correction; right: with syngo BLADE)

Axial T2w TSE images of the brain (left: without motion correction; right: with syngo BLADE)

Reduced-breathing artifacts in the upper abdomen with syngo BLADE

Improved delineation of liver vessels by reduction of pulsation artifacts with syngo BLADE

Significant reduction of pulsation artifacts with syngo BLADE

Motion correction in a 530-lbs obese, uncooperative patient with syngo BLADE

Improved visualization of a cricoid mass with syngo BLADE T2w MRI (aneurysmal bone cyst).

Axial T2w TSE images of the brain (left: without motion correction; right: with syngo BLADE)

Axial T2w TSE images of the brain (left: without motion correction; right: with syngo BLADE)

Sagittal T2w TSE images of the brain (left: without motion correction; right: with syngo BLADE)

Coronal T2w TSE images of the brain (left: without motion correction; right: with syngo BLADE)

Decreased pulsation and motion artifacts in cervical spine syngo BLADE images (right)

Axial T2w TSE images of the brain (left: without motion correction; right: with syngo BLADE)

Axial T2w TSE images of the brain (left: without motion correction; right: with syngo BLADE)

Reduced-breathing artifacts in the upper abdomen with syngo BLADE

Improved delineation of liver vessels by reduction of pulsation artifacts with syngo BLADE

Significant reduction of pulsation artifacts with syngo BLADE

Motion correction in a 530-lbs obese, uncooperative patient with syngo BLADE

Improved visualization of a cricoid mass with syngo BLADE T2w MRI (aneurysmal bone cyst).












syngo BLADE reduces dramatically sensitivity to movement in MR scanning. It is a technique that incorporates a k-space trajectory radial in nature and reduces motion artifacts and helps visualize the smallest lesions even in non-coorporative patients or when scanning is not optimal due to other involuntary motion like pulsation, respiration, etc.
- Reduce sedation rates in pediatric and anxious patients, and get high-quality images to make a diagnosis
- Reduce physiologic motion artifacts: Pulsation of blood vessels, respiratory artifacts, tremor
- Especially effective in reducing CSF pulsation artifacts at 3T even in non-cooperative patients
Features & Benefits
Features
- Images in all slice orientations
- Applicable in all body regions like head, spine, liver, knee
- Compatible with Tim coil system and parallel acquisition technique (iPAT)
- Can be used with PACE (Free-breathing technique)
- Multiple contrasts are possible (T1, T2, Dark Fluid, STIR….)
Additional Information
syngo BLADE is a motion insensitive, multi-shot Turbo Spin Echo (TSE) sequence. Inter-shot motion correction is applied for reducing in-plane motion artifacts. This technique continuously acquires low resolution images during motion, then measures and corrects for this motion. Data is acquired in blades which include parallel phase-encoding lines. Individual blades are rotated to cover a circle in the raw data space.
General Requirements
System
- MAGNETOM Symphony
- MAGNETOM Verio
- MAGNETOM Vida
Minimum Software Version
syngo MR A30
syngo MR B13
syngo MR C11
Other
Please Note: Additional technical pre-requisites may apply. Upon receiving your request, your local Siemens representative will clarify whether your system meets the requirements.