Over 1500 real patient CT/MRI scans of normal anatomy, pathology, and unique diseases are offered. Users can access the original 2D scan data, medical case notes, and the resulting 3D image with multiple cinematic renderings. The possibility to create connections between 2D cross-sectional scan data and 3D anatomy can shorten the time spent on diagnosis and surgery planning.
The data of the real full-body sliced frozen cadavers offers the possibility to analyse the digital reconstruction of both male and female anatomy. Regional data can be explored with a resolution up to 50 μm and now one new additional female specimen is offered.
Compatible with any medical imaging data such as CT, MRI, it can integrate with PACS system to serve as a radiology review system. Anatomage offers the highest quality and performance volume rendering ever developed, refined over a decade, and proven to be reliable in more than 10,000 clinics world-wide.
RESEARCH & DIAGNOSIS
Users may load their data and eventually compare this to the library cases to speed up the diagnosis identification.
Pre and post-surgical briefings with clear 3D visualisations have proven to simplify the patient journey.
The analysis of own data with the Table, supports the development of critical clinical and research projects. The Table helps to explore complex regions or pathologies otherwise difficult to comprehend.
MEDICAL TRAINING
Clinicians, residents, and medical students can be trained visualising internal and surface anatomy data in 3D, with high resolution and accuracy.
Users learn and practice using real patient data. As well, Visualisation is also easier for patients to understand when viewing their anatomy in 3D as opposed to 2D black and white slices.
With the Table Clinica, patients without a medical background can more effectively visualise their own anatomy and be advised on their specific medical condition.
VIVID CINEMATIC RENDERINGS
The Digital Anatomy Library offers over 1500 real patient cases.
Users can access the original 2D scan data, medical case notes, and the resulting 3D image with multiple cinematic renderings.
The variety of cases ensures that students gain exposure to physiological conditions, common pathologies and traumas, along with extremely rare pathologies.
Imaging cases can be compared with other DICOMs and frozen cadaver data.
In addition, the possibility to create connections between 2D cross-sectional scan data and 3D anatomy can shorten the time spent on diagnosis and surgery planning.
UNPRECEDENTED RESOLUTION
The Table includes over 30 high-resolution 3D anatomical regions up to 50 µm.
The regional scans cover the entire body from the head and neck to the pelvis, joints, legs, and feet.
This allows for students to visualise detailed structures such as nerves or blood vessels usually difficult to understand by any other means.
Structures can be toggled on and off, rotated and zoomed into for a detailed 3D visualisation.
Regional content can be readily integrated into classroom material by creating and saving presets to be recalled when needed and eventually exported.