*The smallest footprint may not be applied to some cases depending on each site situation.
**The installation schedule for the system may vary depending on site situation and progress status of the installation.
*The minimum footprint may not be applied to some cases depending on each site situation.
*The installation schedule for the system may vary depending on site situation and progress status of the installation
**The minimum footprint may not be applied to some cases depending on each site situation.
Improved workflow with a suite alignment tools to guide the operator through the process from beginning to end.
Extend the range of imaging to tissues traditionally very difficult for MRI.
Take your cardiac workflow one step further with T2* mapping. By utilizing Canon Medical Systems’ updated FFE2D mEcho sequence, T2* maps can be used in the quantification and analysis.
The images of T2* are from Heart Institute (Instituto do Coração), University of Sao Paulo Medical School, Brazil.
Post-processed by Vitrea™/Medis
PSIR in the heart provides improved contrast in late-enhanced imaging by using a more robust nulling of healthy myocardial signal without the need for an inversion time (TI) calibration scan. By eliminating the need for calibration, cardiac examinations can be completed with fewer breath holds and greater patient comfort.
The images of PSIR are from Heart Institute (Instituto do Coração), University of Sao Paulo Medical School, Brazil.
Left : Delayed Enhancement, Right : PSIR
Expand your cardiac toolset with T1 mapping, allowing you to acquire a much more quantitative characterization of myocardial tissue. Canon Medical Systems’ T1 mapping utilizes a MOLLI sequence, enabling the acquisition of a full T1 map within a single breath hold.
The images of MOLLI are from Heart Institute (Instituto do Coração), University of Sao Paulo Medical School, Brazil.
Post-processed by Vitrea/Medis
© CANON MEDICAL SYSTEMS KOREA CO., LTD.
© CANON MEDICAL SYSTEMS KOREA CO., LTD.