Use structure as the starting coordinate system.
General Anatomy organizes a 3D body across 11 anatomical systems. Use whole-body and isolated views to locate related or single structures, reveal available layers and understand how neighbors relate in space. The 8 preset views and clipping planes provide additional ways to inspect depth and boundary.
It is most useful when your question begins with where: Which system contains the structure? What surrounds it? What becomes visible when a layer is shown, hidden or clipped?
Move from the whole view to an isolated structure.
- Open the Clinical DT workspace and choose General Anatomy.
- Begin in the whole-body view and choose one of the 11 systems relevant to your question.
- Use the implemented layer controls to reveal or hide structures without losing orientation.
- Isolate related structures or a single structure when closer inspection is needed.
- Rotate, pan and zoom, then use the 8 preset views to confirm depth and adjacency.
- Apply a clipping plane only when you need to inspect an internal boundary.
- Return to the whole-body context before moving to the next structure.
Name anterior/posterior, left/right and superior/inferior before describing a spatial relationship.
Compare systems, layers and viewpoints.
- The selected system and the structure’s position in the whole-body view.
- Which relationships appear as layers are shown or hidden.
- Which boundaries and connections remain visible in the isolated view.
- How rotation, pan and zoom change the viewpoint without changing the underlying anatomy.
Describe what is visible before explaining significance.
Begin with an objective description of position and relationship. Then connect that description to your learning question. Keep normal anatomical variation in mind; a generalized model cannot represent every individual configuration.
What this tool does not establish.
General Anatomy does not identify pathology, provide patient-specific measurements or replace cadaveric study, medical imaging, examination or validated anatomical references. Do not infer a diagnosis from the model.
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