VR |
1. The virtual nose25
|
1. A novel three-dimensional VR model of the nose, allowing for effective teaching and anatomy visualization. |
2. Virtual surgical atlas of craniofacial procedures27,28
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2. Static and dynamic animation of normal and pathologic craniofacial states, as well as procedural steps in commonly performed procedures. |
3. Touch surgery1
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3. Plastic surgery procedures taught in a stepwise format, allowing for both learning and testing modes. |
4. Crisalix,1 VR-assisted surgical planning10
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4. Applications designed to render postoperative results that can be demonstrated for patients using preoperative images and patient scans. |
AR |
1. Google Glass for K-wire fixation of metacarpal fractures17
|
1. Heads-up display to augment the surgeon’s visualization of the fracture pattern and K-wire placement. |
MR |
1. Remote learning and telementoring for novice surgeons24
|
1. Remote teaching of overseas cleft surgeons using an AR platform, demonstrating improvement in clinical skills. |
2. Intraoperative navigation36
|
2. Use of an AR system for intraoperative navigation in mandibular osteotomies, resulting in improved accuracy. |
3. Preoperative planning37
|
3. AR system to assist with creation of accurate cutting guides for fibula free flap harvest. |