Cardiac Surgery
In the field of Cardiac Surgery, the adoption of Verima is particularly useful for:
Clearly distinguish CT and MRI structures
Improve recognition between healthy tissues and lesions
Analyze vascular and anatomical variants
Support the planning of a surgical procedure
Perform automatic segmentation of anatomical tissues
Achieve tridimensional model generation quickly
3D model preview
In the proposed interactive model, major components of the heart are visualized and identified: the atria, the ventricles, the aorta, the branch of the pulmonary arteries, and the myocardium.
The use of Verima in Cardiac Surgery proves to be valuable during procedures pertinent to cardiac surgery and cardiovascular surgery, where three-dimensional reconstruction allows greater visibility and better depth perception of the tissues and organs involved.
Vessels branching, affected tissues irrigation, anatomical structures proximity, heart valves state, or malformations presence are aspects that can be visualized immediately and become easy to understand.
Verima is proposed as a support tool for cardiac and vascular surgeons.
Verima components for Cardiac Surgery
Verima suite consists of a series of integrated software, each with a specific role:
Custom Segmentations
Add personalized Segmentations available for Cardiac Surgery for faster and more intuitive anatomical understanding.
Add to your LicenceSegmentation represents the identification and spatial division of the anatomical structures of interest. The custom segmentation service is performed starting from DICOM files. The segmentations available for this specialization are:
Organs, Vessels and Reported Injuries
Vessels and Organs (Vascular Surgery)
Stay updated on the main news from the Verima world: events, webinars, articles and news.
Unsubscribe whenever you want. For more info, check out our Privacy Policy.
Verima is the Software Suite that allows you to generate holographic models of diagnostic imaging exams and view them in real space thanks to Mixed Reality and Augmented Reality.
