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syngo ZOOMit powered by TimTX TrueShape
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![syngo ZOOMit](https://marketing.webassets.siemens-healthineers.com/1800000000437383/c49c1ac4de53/v/c4b79bda80d8/MRI-syngo-ZOOMit_C_spine_1800000000437383.jpg)
syngo ZOOMit: High morphological-functional correspondence
T1 MPRAGE fused with syngo ZOOMit, DTI, FOV 55 x 220
(MAGNETOM Prisma)
T1 MPRAGE fused with syngo ZOOMit, DTI, FOV 55 x 220
(MAGNETOM Prisma)
![syngo ZOOMit](https://marketing.webassets.siemens-healthineers.com/1800000000562299/96e0d8a87ee8/v/bc056d04acc2/MRI-syngo-ZOOMit_prostate_1800000000562299.jpg)
syngo ZOOMit: Less distortion, better delineation of tumor borders
MR Diffusion in the prostate
Left: Diffusion, b-value 100 and ADC map, matrix 96 x 128
Right: syngo ZOOMit, Diffusion, b-value 100 and ADC map, matrix 58 x 98
(Image: MAGNETOM Skyra, Kantonsspital Aarau, Switzerland)
MR Diffusion in the prostate
Left: Diffusion, b-value 100 and ADC map, matrix 96 x 128
Right: syngo ZOOMit, Diffusion, b-value 100 and ADC map, matrix 58 x 98
(Image: MAGNETOM Skyra, Kantonsspital Aarau, Switzerland)
![syngo ZOOMit](https://marketing.webassets.siemens-healthineers.com/1800000000562301/0c6103945ec5/v/144c886f7ec7/MRI-syngo-ZOOMit_kidney_1800000000562301.jpg)
syngo ZOOMit: 30% higher in-plane resolution
MR Diffusion for renal imaging, better differentiation between cortex and medulla
Left: conventional DWI with 2.1 mm x 2.1 mm
Right: syngo ZOOMit DWI with 1.4 mm x 1.4 mm
(Image: MAGNETOM Skyra, NYU Langone Medical Center, New York City, USA)
MR Diffusion for renal imaging, better differentiation between cortex and medulla
Left: conventional DWI with 2.1 mm x 2.1 mm
Right: syngo ZOOMit DWI with 1.4 mm x 1.4 mm
(Image: MAGNETOM Skyra, NYU Langone Medical Center, New York City, USA)
![syngo ZOOMit](https://marketing.webassets.siemens-healthineers.com/1800000000437401/225bacbf9eda/v/956e138abb35/MRI-syngo-ZOOMit_inner-ear_1800000000437401.jpg)
syngo ZOOMit: 47% reduction in imaging time
3D MR Image of the inner ear
Left: T2 3D SPACE, matrix 320, SL 0.4 mm, TA 4:45 min, FOV 140 x 140 mm
Right: syngo ZOOMit, T2 3D SPACE, matrix 192, SL 0.5 mm, TA 2:15 min, FOV 50 x 107
(Image: MAGNETOM Skyra, NYU Langone Medical Center, New York City, USA)
3D MR Image of the inner ear
Left: T2 3D SPACE, matrix 320, SL 0.4 mm, TA 4:45 min, FOV 140 x 140 mm
Right: syngo ZOOMit, T2 3D SPACE, matrix 192, SL 0.5 mm, TA 2:15 min, FOV 50 x 107
(Image: MAGNETOM Skyra, NYU Langone Medical Center, New York City, USA)
![syngo ZOOMit](https://marketing.webassets.siemens-healthineers.com/1800000000437381/272c0cbe0cb4/v/aaa3599c9cbe/MRI-syngo-ZOOMit_SPACE_Hippocampus_1800000000437381.jpg)
syngo ZOOMit: Exquisite in anatomical challenging regions
T2 3D SPACE, matrix 320, SL 1 mm, FOV 56 x 140
(MAGNETOM Prisma)
T2 3D SPACE, matrix 320, SL 1 mm, FOV 56 x 140
(MAGNETOM Prisma)
![syngo ZOOMit](https://marketing.webassets.siemens-healthineers.com/1800000000437383/c49c1ac4de53/v/c4b79bda80d8/MRI-syngo-ZOOMit_C_spine_1800000000437383.jpg)
syngo ZOOMit: High morphological-functional correspondence
T1 MPRAGE fused with syngo ZOOMit, DTI, FOV 55 x 220
(MAGNETOM Prisma)
T1 MPRAGE fused with syngo ZOOMit, DTI, FOV 55 x 220
(MAGNETOM Prisma)
![syngo ZOOMit](https://marketing.webassets.siemens-healthineers.com/1800000000562299/96e0d8a87ee8/v/bc056d04acc2/MRI-syngo-ZOOMit_prostate_1800000000562299.jpg)
syngo ZOOMit: Less distortion, better delineation of tumor borders
MR Diffusion in the prostate
Left: Diffusion, b-value 100 and ADC map, matrix 96 x 128
Right: syngo ZOOMit, Diffusion, b-value 100 and ADC map, matrix 58 x 98
(Image: MAGNETOM Skyra, Kantonsspital Aarau, Switzerland)
MR Diffusion in the prostate
Left: Diffusion, b-value 100 and ADC map, matrix 96 x 128
Right: syngo ZOOMit, Diffusion, b-value 100 and ADC map, matrix 58 x 98
(Image: MAGNETOM Skyra, Kantonsspital Aarau, Switzerland)
![syngo ZOOMit](https://marketing.webassets.siemens-healthineers.com/1800000000562301/0c6103945ec5/v/144c886f7ec7/MRI-syngo-ZOOMit_kidney_1800000000562301.jpg)
syngo ZOOMit: 30% higher in-plane resolution
MR Diffusion for renal imaging, better differentiation between cortex and medulla
Left: conventional DWI with 2.1 mm x 2.1 mm
Right: syngo ZOOMit DWI with 1.4 mm x 1.4 mm
(Image: MAGNETOM Skyra, NYU Langone Medical Center, New York City, USA)
MR Diffusion for renal imaging, better differentiation between cortex and medulla
Left: conventional DWI with 2.1 mm x 2.1 mm
Right: syngo ZOOMit DWI with 1.4 mm x 1.4 mm
(Image: MAGNETOM Skyra, NYU Langone Medical Center, New York City, USA)
![syngo ZOOMit](https://marketing.webassets.siemens-healthineers.com/1800000000437401/225bacbf9eda/v/956e138abb35/MRI-syngo-ZOOMit_inner-ear_1800000000437401.jpg)
syngo ZOOMit: 47% reduction in imaging time
3D MR Image of the inner ear
Left: T2 3D SPACE, matrix 320, SL 0.4 mm, TA 4:45 min, FOV 140 x 140 mm
Right: syngo ZOOMit, T2 3D SPACE, matrix 192, SL 0.5 mm, TA 2:15 min, FOV 50 x 107
(Image: MAGNETOM Skyra, NYU Langone Medical Center, New York City, USA)
3D MR Image of the inner ear
Left: T2 3D SPACE, matrix 320, SL 0.4 mm, TA 4:45 min, FOV 140 x 140 mm
Right: syngo ZOOMit, T2 3D SPACE, matrix 192, SL 0.5 mm, TA 2:15 min, FOV 50 x 107
(Image: MAGNETOM Skyra, NYU Langone Medical Center, New York City, USA)
![syngo ZOOMit](https://marketing.webassets.siemens-healthineers.com/1800000000437381/272c0cbe0cb4/v/aaa3599c9cbe/MRI-syngo-ZOOMit_SPACE_Hippocampus_1800000000437381.jpg)
syngo ZOOMit: Exquisite in anatomical challenging regions
T2 3D SPACE, matrix 320, SL 1 mm, FOV 56 x 140
(MAGNETOM Prisma)
T2 3D SPACE, matrix 320, SL 1 mm, FOV 56 x 140
(MAGNETOM Prisma)
![syngo ZOOMit](https://marketing.webassets.siemens-healthineers.com/1800000000437383/c49c1ac4de53/v/c4b79bda80d8/MRI-syngo-ZOOMit_C_spine_1800000000437383.jpg)
syngo ZOOMit: High morphological-functional correspondence
T1 MPRAGE fused with syngo ZOOMit, DTI, FOV 55 x 220
(MAGNETOM Prisma)
T1 MPRAGE fused with syngo ZOOMit, DTI, FOV 55 x 220
(MAGNETOM Prisma)
![syngo ZOOMit](https://marketing.webassets.siemens-healthineers.com/1800000000562299/96e0d8a87ee8/v/bc056d04acc2/MRI-syngo-ZOOMit_prostate_1800000000562299.jpg)
![syngo ZOOMit](https://marketing.webassets.siemens-healthineers.com/1800000000562301/0c6103945ec5/v/144c886f7ec7/MRI-syngo-ZOOMit_kidney_1800000000562301.jpg)
![syngo ZOOMit](https://marketing.webassets.siemens-healthineers.com/1800000000437401/225bacbf9eda/v/956e138abb35/MRI-syngo-ZOOMit_inner-ear_1800000000437401.jpg)
![syngo ZOOMit](https://marketing.webassets.siemens-healthineers.com/1800000000437381/272c0cbe0cb4/v/aaa3599c9cbe/MRI-syngo-ZOOMit_SPACE_Hippocampus_1800000000437381.jpg)
![syngo ZOOMit](https://marketing.webassets.siemens-healthineers.com/1800000000437383/c49c1ac4de53/v/c4b79bda80d8/MRI-syngo-ZOOMit_C_spine_1800000000437383.jpg)
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syngo ZOOMit is the first clinical application for parallel transmit technology. Powered by Siemens' parallel transmit architecture, TimTX TrueShape, syngo ZOOMit uses dynamic excitation pulses to achieve selective field-of-view (zoomed) imaging, without aliasing artifacts. Imaging is faster, with less susceptibility artifacts and geometric distortions. Zoom into your image to appreciate the smallest details, to improve diagnostic confidence and expand research possibilities.
With syngo ZOOMit, you can:
- Image only your selective volume of interest;
- achieve faster, higher-resolution imaging,with less susceptibility artifacts and distortions;
- See anatomy in greater detail;
- Detect and evaluate smaller lesions, especially in areas prone to susceptibility artifacts, for increased diagnostic confidence,
- Broaden the scope of clinical MR imaging
- Unlock the door to new research opportunities.
General Requirements
System
- MAGNETOM Prisma
- MAGNETOM Skyra
- MAGNETOM Vida
Minimum Software Version
syngo MR D13C
syngo MR D13D
Other
TimTX TrueShape
Please Note: Additional technical pre-requisites may apply. Upon receiving your request, your local Siemens representative will clarify whether your system meets the requirements.
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