Amir H Dorafshar MBChB, FACS, FAAP is currently the Professor, Chief and Program Director of Plastic Surgery at Rush University Medical Center. Dr Dorafshar has distinguished himself as an national and international leading expert in microvascular reconstruction and adult and pediatric craniofacial surgery for congenital, oncological or traumatic conditions. During his early career at Johns Hopkins, he helped to further develop the fields of craniofacial microsurgery, virtual surgical planning in craniofacial surgery and bone tissue engineering. He has co-authored more than 140 indexed articles, written several book chapters and co-edited a textbook on facial trauma surgery. He is foremost recognized as a critical member of the team that performed a pioneering facial transplant at the University of Maryland and was subsequently named the clinical co-director of the facial transplantation program at Johns Hopkins Russell R. Reid, MD PhD who is the Bernard G. Sarnat Professor of Surgery and Residency Program Director of Plastic Surgery at the University of Chicago Medicine, Dr Reid, is a highly skilled surgeon who specializes in pediatric plastic surgery. He is fellowship-trained in craniomaxillofacial surgery and has particular expertise in the area of surgery of the face, jaw, palate and skull. An accomplished author, Dr. Reid has published book chapters and several peer-reviewed journal articles on a variety of topics, from craniofacial surgery techniques to wound healing. Dr. Reid's research interests include the regeneration of bone for the repair of complex craniofacial defects, the biology of skull and facial sutures, and genetic expression in craniofacial development. He also studies ways to improve diagnostic testing for craniofacial patients.

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• Part 1: Theory and design1. The history of the computed tomography scan: how computer-assisted tomography changed craniofacial surgery, and use of computerized digital planning in patients with severe craniofacial congenital anomalies2. Computer-assisted design and computer-assisted manufacturing3. Creating traumatic occlusal splints using computer-assisted design and computerassisted manufacturing technology4. Computer-assisted maxillofacial reconstructionPart 2: Operative applications5. Computer-assisted surgical planning in orthognathic surgery: a practical workflow6. Computer-assisted surgical planning in head and neck reconstruction: cranium7. Computer-assisted design/computer-assisted modeling in maxillary reconstruction8. Computer-assisted surgical planning in head and neck reconstruction: mandible and dental restoration9. Computer-assisted surgical planning in head and neck reconstruction: temporomandibular joint replacement10. Syndromic craniosynostosis - intracranial/frontofacial reconstruction11. Computer-assisted surgical planning for midfacial surgery in syndromic craniosynostosis12. Computer-assisted surgical planning congenital differences & anomalies: syndromic craniosynostosis - (subcranial) Le Fort III and Le Fort III/I13. Computer-assisted surgical planning congenital differences and anomalies-nonsyndromic craniosynostosis: a practical workflow14. Computer-assisted surgical planning congenital differences and anomalies: treacher collins syndrome15. Computer-assisted surgical planning for craniofacial microsomia16. Computer-assisted planning congenital differences and anomalies: pierre robin sequence17. Computer-assisted planning congenital differences and anomalies: craniopagus twin separation18. Computer-assisted planning in craniomaxillofacial trauma: orbital fractures19. Computer-assisted surgical planning in craniomaxillofacial trauma: mandibular fractures20. Computer-assisted surgical planning in craniomaxillofacial trauma: zygomaticomaxillary complex fractures and secondary reconstruction21. Computer-assisted surgical planning and navigation in cranio-orbital tumor resection22. Computer-assisted surgical planning and navigation in maxillo-mandibular tumor resection23. Virtual surgical planning and computer assisted design/computer-assisted manufacturing in facial feminization surgeryPart 3: Future applications24. Virtual reality and augmented reality in surgery25. Robots in Craniofacial Surgery26. Computer-assisted design and manufacturing of tissue engineering craniofacial scaffolds27. Computer-assisted planning in maxillofacial prosthetics

Amir H Dorafshar MBChB, FACS, FAAP is currently the Professor, Chief and Program Director of Plastic Surgery at Rush University Medical Center. Dr Dorafshar has distinguished himself as an national and international leading expert in microvascular reconstruction and adult and pediatric craniofacial surgery for congenital, oncological or traumatic conditions. During his early career at Johns Hopkins, he helped to further develop the fields of craniofacial microsurgery, virtual surgical planning in craniofacial surgery and bone tissue engineering. He has co-authored more than 140 indexed articles, written several book chapters and co-edited a textbook on facial trauma surgery. He is foremost recognized as a critical member of the team that performed a pioneering facial transplant at the University of Maryland and was subsequently named the clinical co-director of the facial transplantation program at Johns Hopkins Russell R. Reid, MD PhD who is the Bernard G. Sarnat Professor of Surgery and Residency Program Director of Plastic Surgery at the University of Chicago Medicine, Dr Reid, is a highly skilled surgeon who specializes in pediatric plastic surgery. He is fellowship-trained in craniomaxillofacial surgery and has particular expertise in the area of surgery of the face, jaw, palate and skull. An accomplished author, Dr. Reid has published book chapters and several peer-reviewed journal articles on a variety of topics, from craniofacial surgery techniques to wound healing. Dr. Reid's research interests include the regeneration of bone for the repair of complex craniofacial defects, the biology of skull and facial sutures, and genetic expression in craniofacial development. He also studies ways to improve diagnostic testing for craniofacial patients.

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• Part 1: Theory and design1. The history of the computed tomography scan: how computer-assisted tomography changed craniofacial surgery, and use of computerized digital planning in patients with severe craniofacial congenital anomalies2. Computer-assisted design and computer-assisted manufacturing3. Creating traumatic occlusal splints using computer-assisted design and computerassisted manufacturing technology4. Computer-assisted maxillofacial reconstructionPart 2: Operative applications5. Computer-assisted surgical planning in orthognathic surgery: a practical workflow6. Computer-assisted surgical planning in head and neck reconstruction: cranium7. Computer-assisted design/computer-assisted modeling in maxillary reconstruction8. Computer-assisted surgical planning in head and neck reconstruction: mandible and dental restoration9. Computer-assisted surgical planning in head and neck reconstruction: temporomandibular joint replacement10. Syndromic craniosynostosis - intracranial/frontofacial reconstruction11. Computer-assisted surgical planning for midfacial surgery in syndromic craniosynostosis12. Computer-assisted surgical planning congenital differences & anomalies: syndromic craniosynostosis - (subcranial) Le Fort III and Le Fort III/I13. Computer-assisted surgical planning congenital differences and anomalies-nonsyndromic craniosynostosis: a practical workflow14. Computer-assisted surgical planning congenital differences and anomalies: treacher collins syndrome15. Computer-assisted surgical planning for craniofacial microsomia16. Computer-assisted planning congenital differences and anomalies: pierre robin sequence17. Computer-assisted planning congenital differences and anomalies: craniopagus twin separation18. Computer-assisted planning in craniomaxillofacial trauma: orbital fractures19. Computer-assisted surgical planning in craniomaxillofacial trauma: mandibular fractures20. Computer-assisted surgical planning in craniomaxillofacial trauma: zygomaticomaxillary complex fractures and secondary reconstruction21. Computer-assisted surgical planning and navigation in cranio-orbital tumor resection22. Computer-assisted surgical planning and navigation in maxillo-mandibular tumor resection23. Virtual surgical planning and computer assisted design/computer-assisted manufacturing in facial feminization surgeryPart 3: Future applications24. Virtual reality and augmented reality in surgery25. Robots in Craniofacial Surgery26. Computer-assisted design and manufacturing of tissue engineering craniofacial scaffolds27. Computer-assisted planning in maxillofacial prosthetics

Amir H Dorafshar MBChB, FACS, FAAP is currently the Professor, Chief and Program Director of Plastic Surgery at Rush University Medical Center. Dr Dorafshar has distinguished himself as an national and international leading expert in microvascular reconstruction and adult and pediatric craniofacial surgery for congenital, oncological or traumatic conditions. During his early career at Johns Hopkins, he helped to further develop the fields of craniofacial microsurgery, virtual surgical planning in craniofacial surgery and bone tissue engineering. He has co-authored more than 140 indexed articles, written several book chapters and co-edited a textbook on facial trauma surgery. He is foremost recognized as a critical member of the team that performed a pioneering facial transplant at the University of Maryland and was subsequently named the clinical co-director of the facial transplantation program at Johns Hopkins Russell R. Reid, MD PhD who is the Bernard G. Sarnat Professor of Surgery and Residency Program Director of Plastic Surgery at the University of Chicago Medicine, Dr Reid, is a highly skilled surgeon who specializes in pediatric plastic surgery. He is fellowship-trained in craniomaxillofacial surgery and has particular expertise in the area of surgery of the face, jaw, palate and skull. An accomplished author, Dr. Reid has published book chapters and several peer-reviewed journal articles on a variety of topics, from craniofacial surgery techniques to wound healing. Dr. Reid's research interests include the regeneration of bone for the repair of complex craniofacial defects, the biology of skull and facial sutures, and genetic expression in craniofacial development. He also studies ways to improve diagnostic testing for craniofacial patients.

Select Guide Rating

• Part 1: Theory and design1. The history of the computed tomography scan: how computer-assisted tomography changed craniofacial surgery, and use of computerized digital planning in patients with severe craniofacial congenital anomalies2. Computer-assisted design and computer-assisted manufacturing3. Creating traumatic occlusal splints using computer-assisted design and computerassisted manufacturing technology4. Computer-assisted maxillofacial reconstructionPart 2: Operative applications5. Computer-assisted surgical planning in orthognathic surgery: a practical workflow6. Computer-assisted surgical planning in head and neck reconstruction: cranium7. Computer-assisted design/computer-assisted modeling in maxillary reconstruction8. Computer-assisted surgical planning in head and neck reconstruction: mandible and dental restoration9. Computer-assisted surgical planning in head and neck reconstruction: temporomandibular joint replacement10. Syndromic craniosynostosis - intracranial/frontofacial reconstruction11. Computer-assisted surgical planning for midfacial surgery in syndromic craniosynostosis12. Computer-assisted surgical planning congenital differences & anomalies: syndromic craniosynostosis - (subcranial) Le Fort III and Le Fort III/I13. Computer-assisted surgical planning congenital differences and anomalies-nonsyndromic craniosynostosis: a practical workflow14. Computer-assisted surgical planning congenital differences and anomalies: treacher collins syndrome15. Computer-assisted surgical planning for craniofacial microsomia16. Computer-assisted planning congenital differences and anomalies: pierre robin sequence17. Computer-assisted planning congenital differences and anomalies: craniopagus twin separation18. Computer-assisted planning in craniomaxillofacial trauma: orbital fractures19. Computer-assisted surgical planning in craniomaxillofacial trauma: mandibular fractures20. Computer-assisted surgical planning in craniomaxillofacial trauma: zygomaticomaxillary complex fractures and secondary reconstruction21. Computer-assisted surgical planning and navigation in cranio-orbital tumor resection22. Computer-assisted surgical planning and navigation in maxillo-mandibular tumor resection23. Virtual surgical planning and computer assisted design/computer-assisted manufacturing in facial feminization surgeryPart 3: Future applications24. Virtual reality and augmented reality in surgery25. Robots in Craniofacial Surgery26. Computer-assisted design and manufacturing of tissue engineering craniofacial scaffolds27. Computer-assisted planning in maxillofacial prosthetics