VR Training Modules

Fully featured anatomical specimen.  Identify & explore pertinent anatomical structures, record content etc.

Practice skills involving a proximal humeral neck cut to varying NSA and version options, with immediate feedback.

Practice skills involved in conducting a knee range of motion tests at a variety of angles of flexion  with real-time feedback.

Intraoperative X-ray imaging of a fractured pelvis.  Recognise appropriate patient positioning for radiographic projects of the hip.

Utilise a spinal needle to position and form portals to identify over twenty anatomical structures inside the left shoulder.

Triangulation skills, C-arm, K-wire, screw inspection of an intertrochanteric hip fracture (knowledge of anatomy & surgical approaches)

Closed reduction and percutaneous pinning of a distal radius fracture.  Utilise a C-arm to image fracture planes and guide placement of hardware devices.

CPR:  Identify when, and on who, chest compressions should be done.  Use correct chest compression technique on an unconscious patient.

Dislocated Shoulder:  Describe and demonstrate the process to reseat an anteriorly dislocated shoulder. Module provides real-time feedback to improve skills developed.

Demonstrate visuospatial skills for 3D orientation using simulated fluoroscopy to localise relevant structures for non-operative management of degenerative spine.

Setup:  Prepare a C-arm for a spine procedure and position the C-arm relative to a patient, save position presets and acquire intraoperative images

3D Features:  Capture a 3D spine scan to visualise pedicle screw hardware intraoperatively.  Demonstrate how to capture and refine 3D images.

Hyperlordosis:  Manipulate a C-arm to insert a pedicle screw into L1 of a patient with hyperlordosis and confirm correct placement with intraoperative C-arm imaging.

XALIF:  Perform an XALIF procedure for accessing L5-S1 in the lateral decubitus procedure for disc access, removal & placement of the interbody fusion cages with intraoperative fluoroscopy.

XLIF (L4-L5):  Perform an XLIF surgical approach for: disc access, removal and placement of the interbody fusion cages with intraoperative fluoroscopy.  Describe XLIF procedure.

Deltopectoral Approach & Humeral Cut:  Perform the deltopectoral surgical approach and obtain optimum glenoid exposure.  Position retractors for adequate exposure throughout the case.

Glenoid Exposure:  Perform the key steps for retractor placement and dissection for glenoid exposure for trauma or elective surgery.  Feedback provided to monitor skill set progress.

Glenoid Preparation: Anatomic:  List the necessary steps & use a variety of surgical instruments to prepare and size the glenoid for an anatomic implant.

Glenoid Preparation: Reverse:  List the necessary steps & use a variety of surgical instruments to prepare and size the glenoid for a reverse glenoid.

Total/Reverse Shoulder Arthroplasty:  Perform the steps to achieve glenoid exposure for trauma or elective surgery.

Reverse Shoulder: Normal Glenoid:  Install a baseplate upon an unremarkable glenoid with no erosion, an average superior inclination of 8-9° and retroversion of 6-7°.

Reverse Shoulder: Walch B2 Glenoid:  Install a baseplate upon Walch B2 glenoid, which is biconcave and has an anterior paleoglenoid and posteroinferior neoglenoid.

Reverse Shoulder: Walch B3 Glenoid:  Install a baseplate upon Walch B3 glenoid which is monoconcave with greater than 15° of retroversion and ~70% posterior humeral head subluxation.

Reverse Shoulder: Favard E1 Glenoid:  Install a baseplate upon a Favard E1 glenoid, which has a concentric medial central erosion of the glenoid with the rim well-preserved.

Reverse Shoulder: Favard E2 Glenoid:  Install a baseplate upon a Favard E2 glenoid that has an erosion patter which is posterosuperior.

Anteromedial ACL Reconstruction:  Arthroscopic ACL reconstruction, including femoral and tibial tunnel positioning and graft fixation.  Utilises limb positioning, and arthroscopic triangulation skills.

All Inside ACL Reconstruction:  Utilise arthroscopic triangulation skills to position and place graft sockets that mimic anatomic ACL.

Direct Anterior Hip Approach:  Perform an anterior hip approach, and recognise intervals, structures at risk, and the proper use of retractors to obtain adequate acetabular exposure.

Tibial Central Cone & Revision Femur:  Perform a revision total knee arthroplasty for a failed primary total knee for a central tribal defect requiring a cone, the femur is a revision.

Medial Tibial Augment & Revision Femur:  Perform a revision total knee arthroscopy for a failed primary total knee involving a medial tibia defect that requires an augment, the femur is a revision.

Tibial Central Cone & Femoral Offset Cone:  Perform a revision total knee arthroplasty for a failed primary total knee involving a central tibial defect requiring a cone, the femur revision requires an offset femoral stem and cone.

Tibial Augment & Femoral Offset:  Perform a revision total knee arthroscopy for a failed primary total knee involving a medial tibia defect requiring augment, and femoral offset stem and cone.

Tibial Central Cone & Femoral Augment:  Perform a revision total knee arthroplasty for a failed primary total knee involving a central tibial defect requiring a cone, the femur presents with a medial defect requiring an augment.

Slipped Capital Femoral Epiphysis: Mild:  Perform a SCFE percutaneous in situ fixation with a single cannulated screw, perpendicular to the physis with at least 5 threads across the physis.

Slipped Capital Femoral Epiphysis: Moderate:  Perform a SCFE percutaneous in situ fixation with a single cannulated screw, perpendicular to the physis with at least 5 threads across the physis.