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General Interventional RadiologyTreatment precision to improve patient's quality of life

General Interventional Radiology has been established as daily practice but is still evolving rapidly. New minimally invasive procedures and innovative techniques add to the dynamic, while increasing patient volume and procedure diversity create additional challenges. We have built a comprehensive portfolio of interventional imaging products to support your specific needs in your interventional suite, from routine procedures to new endovascular and percutaneous treatments.

syngo DynaCT Bone Removal1

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AI trained and validated with clinical data

syngo DynaCT Bone Removal1 is AI-trained with clinical syngo DynaCT datasets annotated by practicing interventional radiologists. It is validated with syngo DynaCT datasets from various clinical sites by independent interventional radiologists.

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Clinical experiences4

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Image of the educational supplement in interventional news about PAE

Image-guided solutions for PAE

While syngo Fusion Package enables utilization of pre-procedural CTA, MRA or MRI, syngo DynaCT provides 3D soft-tissue information directly in the angio suite – for planning, guidance and intra-procedural assessment. syngo DynaCT Bone Removal1 removes bony structures for enhanced vessel visualization, and syngo Embolization Guidance calculates the path to the marked distal vessels automatically. syngo 3D Roadmap overlays 3D vessel trees or planning data with live 2D fluoroscopy to facilitate guidewire navigation.

Image of the educational supplement in interventional news about PAE
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syngo DynaCT Bone Removal is intended for vessel visualization without being obscured by bony structures. In the first validation study* it showed significant improvements of vessel assessment and depiction of contrast material deposition in contrast-enhanced syngo DynaCT datasets.
*Clinical Validation Results ZIBOS body bone Version 0.10 – 30-May-2022
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In the first validation study it showed significant improvements of vessel assessment and depiction of contrast material deposition in contrast-enhanced syngo DynaCT datasets.
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Based on technical comparison of imaging protocols for respective single and dual spin acquisition.
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The statements by Siemens Healthineers customers described herein are based on results that were achieved in the customer's unique setting. Since there is no "typical" hospital and many variables exist (e.g., hospital size, case mix, level of IT adoption) there can be no guarantee that other customers will achieve the same results.