Train with clinical images. Track skills. Build confidence.

Exploring anatomy in 2D, 3D, and cross-sections

Develop a deeper understanding of anatomy, spatial relationships, and pathology through real clinical imaging.

The Sectra Education Portal allows users to explore normal and pathological anatomy using different imaging modalities, including 2D (multiplanar views) and 3D reconstructions. It also includes an interactive anatomy atlas and visualization tools, allowing users to compare cross-sectional images, surface anatomy, and histological structures—helping bridge the gap between imaging and clinical reality.

Connecting histology & radiology in training

Expand histology training beyond the microscope with high-resolution digital slides.

The Sectra Education Portal allows learners to simultaneously view, analyze, and annotate slide images across devices, fostering interactive discussions in real time. By integrating digital pathology with other imaging modalities, learners can correlate histological structures with radiology and clinical findings, gaining a more comprehensive understanding of disease processes.

Building diagnostic expertise through imaging

Develop critical imaging interpretation skills using the same technology found in clinical practice.

From introductory radiology training for students to specialized case-based learning for residents and practicing clinicians, the Sectra Education Portal supports actual diagnostic workflows with tools used for image analysis, multimodal comparison, and competency-based assessments. Users can practice identifying pathologies, variations in normal anatomy, and disease progression across a variety of imaging modalities, including X-ray, CT, MRI, and ultrasound.

Exploring 3D imaging for surgical planning

Develop a deeper understanding of surgical planning and trauma procedures with interactive 3D case studies.

The Sectra Education Portal allows learners to visualize pre- and post-operative cases, explore virtual surgical planning concepts, and practice using 3D manipulation tools in a simulated environment. Users can measure distances, align bone fragments, and assess fracture patterns—enhancing their ability to interpret imaging data for surgical decision-making. The platform also supports 3D printing preparation, allowing users to export STL files for hands-on educational applications.

Training for emergency radiology & acute diagnostics

Develop critical skills in recognizing fractures, internal bleeding, ischemic events, and other acute conditions using multimodal imaging, including X-ray, CT, MRI, and ultrasound. By practicing with real emergency cases, learners can improve pattern recognition and decision-making in high-pressure scenarios.

Understanding image-guided interventions

Develop skills in recognizing key imaging markers that guide interventional techniques and procedural success.

By analyzing fluoroscopy, ultrasound, and cross-sectional imaging, learners can improve their ability to assess procedural outcomes. The platform allows users to study completed cases, reviewing imaging data from different stages of the intervention to better understand decision-making and procedural results.