Powered by breakthrough dStream architecture, the Ingenia is the first MR system that brings MR signal digitization where it has never been before – in the RF coil, as close to the patient as possible. dStream unleashes the power of digitization by delivering a high-purity MR signal for increased SNR, combined with enhanced workflow and ease of use for greater efficiency in your daily operations.
| | dStream – the new ground-breaking concept in RF technology |
In addition to the growth in traditional applications of MR, there is nowadays an increasing role for MR in oncology applications. Designed to address this trend, Ingenia provides advanced functionality for oncology applications, positioning your practice to provide outstanding oncology services in oncology imaging, staging, treatment planning and monitoring.
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IntelliSpace Portal - Tumor tracking
Allows simultaneous multimodality viewing and assessment of tumor size progression |
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Oncology Imaging with MultiTransmit
Whole Body DWIBS with Sagittal reformats, and T1W Sagittal spine
DWIBS ACQ Voxel 4.5x4.7x5.0mm, #47, 3:13min/station, dS HNS and dS Torso
University Hospital Leuven, Belgium |
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Oncology Imaging with MultiTransmit
SENSE 5 Coronal acquisition DWIBS with Sagital reformats, and T2W STIR
DWIBS 3 Stations ACQ Voxel 3.1x4.4x3.0mm, #140, 2:17min/station, dS Torso
Tokai University Hospital, Kanagawa, Japan |
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2 station Total Torso Imaging with MultiTransmit
MobiView mDIXON - Water only and MobiView T2W TSE
mDIXON #100, 36sec, T2W #25, 1.48min, dS HNS and dS Torso |
Ingenia benefits:
- The accuracy provided by the magnet’s high homogeneity, combined with the exceptional linearity of the system gradient coil, makes it ideally suited to address diagnostics through therapy planning
- Fusion of anatomical and diffusion data delivers robust and sensitive results in a timeframe as fast or faster than the gold standard PET-CT exam, bringing whole body oncology staging and follow-up MRI to the clinical mainstream
- The ultra-large FOV with 70 cm bore facilitates imaging in the treatment position for future radiation therapy applications
What others say
 | | Dr. Taro Takahara at Tokai University, Tokyo, Japan pioneered DWIBS (diffusion weighted whole body imaging with background body signal suppression) and now uses this free-breathing method on the Ingenia 3.0T for imaging, staging and monitoring in oncology patients without contrast agent and without ionizing radiation. “Ingenia offers high homogeneity, even with the 70 cm wide bore. We can now obtain beautifully homogeneous DWIBS.”
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