Cranial vascular workflow
Frameless Registration of
Multiple 2D DSA
and 3D Datasets
Cranial vascular workflow
Frameless Registration of Multiple 2D DSA and 3D Datasets
Treat your cranial vascular patients to less invasive imaging
The Elements Angio workflow offers quick and comprehensive fusion of 2D vessel imaging with 3D volumetric data, all without the need for an additional frame-based angiography procedure. This unique suite of applications helps to create the intracranial structures to prepare for SRS treatments where the correct detection and segmentation of the target object is challenging.
Preparing for cranial vascular planning
The cranial vascular workflow is a modular software suite to create and flexibly process treatment plans for neurovascular procedures. It also eliminates the need for a localizer frame, saving you and the patient time.
Unique co-registration of 2D DSA to 3D data
Elements Image Fusion Angio uniquely fuses multiple 3D volumetric imaging data like CTA or MRA. By utilizing multiple DSA acquisitions, it accounts for outlining from different perspectives. The selection of various regions of interest support co-registration.
Advantageous by the usage of diagnostic imaging data
Being able to use diagnostic angiography data is advantageous since it eliminates the need to repeat this time-consuming, invasive procedure with a localizer frame.
Quick and easy interactive 3D contouring
Elements SmartBrush quickly and comprehensively outlines intracranial vascular structures with side-by-side outlining on 2D DSA images and fused 3D imaging data. Color intensity projections help to better visualize different phases of the contrast flow.
Versatile use cases
Elements SmartBrush also supports the creation of multiple vascular structures for staging and follow-up with dedicated view layouts selecting various fused 2D DSA pairs.
Explore more about the cranial vascular workflow
Dabus et al. 2021
Read more about the analysis of potential time saving in brain arteriovenous malformation stereotactic radiosurgery planning using a new software platform.Read more
Clinical literature library
Advancing medical technology through scientific evidence
Brainlab Clinical Affairs conducts advanced research and gathers scientific evidence to help create safe, efficient, cost-effective medical technology.Visit now
Frameless radiosurgery for arteriovenous malformations
Experts from Thomas Jefferson University Hospitals, Wenyin Shi, MD, PhD, Pascal Jabbour, MD and Haisong Liu, PhD, present the unique clinical treatment of arteriovenous malformations using advanced radiation techniques. In addition to the clinical case review, they discuss frameless vs. frame-based SRS and more as they share their experiences from the Neurosurgeon, Radiation Oncologist and Medical Physicist perspectives.Watch now