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Quick reference

QuestionWhat to expect
Which projections are confirmed?AP and lateral thoracic spine projections.
Can users try other projections?Yes. These are confirmed examples. Other projections may be possible when the simulated setup supports them.
What anatomy is included?Thoracic vertebrae, scapulae, ribs 1-10, sternum, lumbar spine, and pelvis.
What setup is used?Table bucky workflow with recumbent patient positioning.
What movement is included?Patient lateral rotation onto the right side for decubitus positioning plus craniocaudal and mediolateral adjustment.
What bone variations exist?Healthy bone version.
Known limitationProne or erect thoracic spine positioning is not supported. Vertebrae have limited trabecular bone detail.

Projection expectations

The projections listed on this page are confirmed examples for this simulation module. They do not define the full limit of what can be attempted. The simulator creates an image from the selected anatomy, patient position, joint movement, detector setup, tube position, collimation, and exposure settings, so other projections may be possible when the setup supports them.

Visual examples

Simulator setup preview

Imaging capabilities

CapabilityDetails
Radiographic tubeFull range of motion, including vertical, horizontal, tilt, and rotation. The cassette can be rotated, and collimation size is adjustable.
Detector methodsThe detector is set up for use with the table bucky.
Confirmed projectionsConfirmed examples include AP and lateral thoracic spine projections. They do not define the full limit of what can be attempted. Other projections may be possible when the simulated setup supports them.

Anatomy and movement

AreaDetails
Included anatomyThoracic vertebrae, scapulae, ribs 1-10 bilateral, sternum, lumbar spine, and pelvis.
Joint mobilityPatient lateral rotation onto the right side for decubitus positioning. Patient craniocaudal and mediolateral adjustment.

Bone variations

  • Healthy bone version

Known limitations

The T-spine simulation is limited to recumbent patient positioning. This restricts projections that require prone or erect positioning. The vertebrae also have a low presence of trabecular bone structures, which may limit radiographic realism when evaluating bone quality and internal architecture.