Functional Neurosurgery Planning SolutionsPrecision & control for accurate trajectory planning

Take full control of co-registration with Elements Image Fusion and Elements Distortion Correction Cranial.

This application returns fast, automatic, accurate co-registration between image modalities. It further enables users to co-register by regions of interest and customized fusion order selection.

In parallel, users can access Elements Distortion Correction Cranial for the correction of MRI distortion with powerful elastic fusion software, which can significantly improve the accuracy of tractography.

Let patient-specific segmentation power the entire workflow with Elements Segmentation Basal Ganglia, Elements Segmentation Cranial and Elements Object Management¹.

This application automatically generates accurate and patient-specific anatomy. By factoring in multiple datasets from each individual patient and leveraging the voxel-based tissue classification feature from the Brainlab Universal Atlas, users can account for variability, asymmetry and anomalies in patient anatomy.

Users can also apply fine adjustment to the segmented anatomy through powerful tools like the SmartShaper ^TM.

After user validation, anatomical objects can be used as input for clinical targeting, DTI fibertracking, image-guided programming and more.

White matter tracts can either be a target region or regions to be avoided during functional neurosurgery procedures.

Elements Fibertracking enables the creation of patient fiber streamlines from DTI studies, which can be visualized in 3D and used to guide trajectory planning.

Utilizing a dual-tensor algorithm and advanced post-processing, this application increases the reliability and reproducibility of white matter tracking. Built-in and user-customizable templates also allow for the automated and consistent creation of fiber tracts across patients.

Bring it together – add Elements Trajectory Planning Cranial and Elements Stereotaxy for a customizable planning solution.

Whether you plan targets based on consensus coordinates, direct anatomical observation or patient anatomy segmentation and fibertracking, this application empowers users through advanced 2D and 3D visualization, flexible 3D lead and electrode modeling as well as intuitive measurement tools.

Gain intra- and post-operative feedback on lead and electrode contact positioning through automatic lead detection with Elements Lead Localization.

This application automatically identifies the implant position in a postoperative CT scan and allows the overlay of implants on patient anatomy. For users of Boston Scientific Cartesia ^TM Directional Leads, it automatically estimates the lead orientation.