SubtleSYNTH™*

AI-powered synthesis for faster MRI

SubtleSYNTH™ is an image processing software that uses deep learning to synthesize MR imaging contrast from already acquired contrasts, enabling shorter protocols.

SubtleSYNTH™, in conjunction with SubtleMR™, has the potential to allow any institution to significantly improve efficiency and throughput of their MRI imaging protocols. The first commercial release will support spine imaging, and future releases will support other anatomies. The software integrates seamlessly into the radiology workflow, and it is compatible with any brand of MRI scanner and PACS.

Improve efficiency gains with 100% acceleration

Add an additional boost in scan time reduction on top of SubtleMR™

Eliminate one common sequence from the protocol

Improve image quality of STIR

GE
Siemens
Hitachi
Toshiba
Philips

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Normal - Philips 3T - C-spine

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Non-cord lesion - Philips 1.5T - C-spine

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Trauma - Toshiba 1.5T - C-spine

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Non-cord lesion - Hitachi 0.3T - C-spine

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Degenerative - Hitachi 0.3T - C-spine

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Degenerative - Siemens 3T - C-spine

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Degenerative - Siemens 1.5T - C-spine

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Infection - Siemens 1.5T - C-spine

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Trauma - Siemens 1.5T - C-spine

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Trauma - Siemens 1.5T - C-spine

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Degenerative - Siemens 1.5T - C-spine

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Normal - GE 1.5T - C-spine

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Vascular - GE 1.5T - C-spine

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Hemorrhage - GE 1.5T - C-spine

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Trauma - GE 1.5T - C-spine

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Trauma - GE 1.5T - C-spine

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Vascular - GE 1.5T - C-spine

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Cord lesion - GE 3T - C-spine

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Trauma - GE 1.5T - C-spine

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Normal - GE 3T - C-spine

“The diagnostic quality seen with SubtleSYNTH’s state-of-the-art technology has shown to be clinically equivalent to the normally acquired STIR images in our research. By adding novel products like SubtleSYNTH to their AI portfolio, centers will be able to boost the efficiency of their MRI exams, resulting in less time for patients in the scanner and ultimately better patient care.”

Lawrence N. Tanenbaum, MD, FACR Chief Technology Officer, RadNet

*510(k) pending. Investigational device. Limited by Federal law to investigational use.