Prostate MRI

New certainty in prostate cancer assessment

Siemens - MRI - Prostate MRI - Image

Modern imaging can enhance the entire care pathway of patients with suspected and diagnosed prostate cancer: MRI can help in earlier detection, more precise diagnosis, personalized treatment, convenient follow-up and individual management of advanced disease. We aim to offer a holistic portfolio to support the different stages of this patient journey with high-quality MR imaging. 

With prostate cancer on the rise, UH Cleveland Medical Center and Case Western Reserve University School of Medicine combined to publish a ground-breaking study on the efficacy of MRI in providing support for physicians as they detect and diagnose prostate cancer. Get our free case study on the published study, “Cost-effectiveness of MRI-guided strategies for detection of prostate cancer in biopsy naïve men.”


Ranging from coils, scan applications, reading and reporting software, to therapy monitoring tools, Siemens Prostate MRI solutions not only help accelerate accuracy and process efficiency, but also improve patient outcomes.

Siemens - MRI - Prostate MRI - Image - Body 60 Coil

Thanks to the excellent SNR provided by our Tim 4G coils, the use of endorectal coils is no longer a necessity for high-quality prostate imaging. Designed as our top-of-the-line solution, the Body 60 coil can be used to reduce scan times by up to 25%1 helping to improve your institutions´ process efficiency.

Siemens - MRI - Prostate MRI - Image - RESOLVE

High-quality diffusion-weighted imaging is of utmost importance in multiparametric MRI of the prostate. With ZOOMitPRO and RESOLVE we provide two independent techniques to tailor the exam to every patient's needs:

RESOLVE reduces blurring and susceptibility to artifacts, i.e. in patients with gas in the rectum or artificial implants. The resulting images are largely free of distortions and provide high spatial resolution. With RESOLVE you are able to improve your clinical capabilities by using a technique that achieves diagnostic images even in patients with metal implants.2 

ZOOMitPRO is a method for high-resolution, zoomed FOV imaging, allowing diffusion-weighted images with high contrast and resolution in short acquisition times.

Siemens - MRI - Prostate MRI - syngo.MR General Engine

As part of the basic configuration within the syngo.MR General Engine, syngo.MR Prostate Reading allows for intuitive and comprehensive reading and reporting of multiparametric prostate exams. According to the PI-RADS standard, lesions can be rated on a 5-point Likert scale, and findings can be visualized intuitively in a prostate pictogram. This eases communication with referring urologists, ultimately improving your institutional workflows.

Siemens - MRI - Prostate MRI - PI-RADS report
New report format

With Prostate MR3 we introduce a key solution to support consistent, high-quality prostate MRI reading and reporting. By deploying artificial intelligence, Prostate MR3 assists in the interpretation of multiparametric Prostate MRI. The deep neural networks of Prostate MR3 are designed to improve the detection and classification of prostate lesions and to reduce the time needed for reporting by generating a pre-populated report. 

Siemens - MRI - Prostate MRI - PI-RADS report
New report format

Prostate MR – For biopsy support provides an automated segmentation of the prostate and estimates the prostate volume. Location and contours of biopsy targets can be added manually. The results can be exported in the DICOM RT Structure Set format to support MR/US-fusion biopsies. 

Siemens - MRI - Prostate MRI - PI-RADS report
New report format

Next to on-premise access through syngo.via, MR prostate biopsy support is also available via the cloud-based AI-Rad Companion. The assistant powered by AI helps you to reduce the burden of basic repetitive tasks and may increase your diagnostic precision when interpreting medical images. 

Siemens - MRI - Prostate MRI - syngo.MR OncoCare

syngo.MR OncoTrend as part of the syngo.MR Oncology Workflow enables accurate monitoring of oncological lesions, helping determine whether treatment is effective or potentially needs to be reconsidered. A comparison of up to eight exams at different time points is now possible, visualizing regional changes of tissue characteristics.

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