This atlas provides comprehensive, step-by-step guidance on surgical management of the cleft lip, alveolus, and palate. In particular, it demonstrates how an anatomical approach to management provides a sound basis for dealing with the many variations in cleft type. The displaced anatomical borders and landmarks, as well as the functional and aesthetic units, are fully described. The art of dissecting them from their abnormal position is illustrated, and their reconstruction into a normal and functional shape is meticulously explained. The main treatment philosophy underlying the described approach is that children born with cleft deformity should be “cleftless” by the time they enter the first grade of primary school. They must have normal speech. They should not have a fistula or residual cleft in the palate and/or the alveolus. And they should have a normal face so that they can confront the challenges of life without cleft stigmata. Both novice and more experienced surgeonswill find this atlas to be a valuable aid to optimal treatment.

This book covers the application of emerging technologies, occurring after the 4th industrial revolution, in oral and maxillofacial surgery (OMFS) and introduces a new era of personalized medicine in this discipline. It describes the manufacturing and data acquisition methods, in detail, including the advantages and disadvantages of each process. The workflow of using the emerging technologies in reconstructive treatments, orthognathic surgery, implant dentistry, robotic surgery and bio‑fabrication have been covered in separate chapters.

Several related cases in conjunction with the workflow are presented and discussed as clinical examples of each, for practical discussion of the workflow and process trajectory. Each chapters provides introduction, definition, application and plausible pitfalls of employing these technologies in specific areas. Given the multiple materials and techniques, the logic behind selection of each in different fields of practice and thorough explanation of process provides surgeons with a background on how and why a certain approach is employed, and if application of emerging technologies would outdo traditional treatment processes.

The importance of fabricating living tissues is discussed as one of the most recent progresses in the field. The bench-to-bedside transition, their clinical application, and their remarkable positive impact on oral and maxillofacial surgical procedures are covered. This book is arranged for oral and maxillofacial, and plastic surgeons and in-training-fellows in associated fields.

This atlas provides comprehensive, step-by-step guidance on surgical management of the cleft lip, alveolus, and palate. In particular, it demonstrates how an anatomical approach to management provides a sound basis for dealing with the many variations in cleft type. The displaced anatomical borders and landmarks, as well as the functional and aesthetic units, are fully described. The art of dissecting them from their abnormal position is illustrated, and their reconstruction into a normal and functional shape is meticulously explained. The main treatment philosophy underlying the described approach is that children born with cleft deformity should be “cleftless” by the time they enter the first grade of primary school. They must have normal speech. They should not have a fistula or residual cleft in the palate and/or the alveolus. And they should have a normal face so that they can confront the challenges of life without cleft stigmata. Both novice and more experienced surgeonswill find this atlas to be a valuable aid to optimal treatment.

This book covers the application of emerging technologies, occurring after the 4th industrial revolution, in oral and maxillofacial surgery (OMFS) and introduces a new era of personalized medicine in this discipline. It describes the manufacturing and data acquisition methods, in detail, including the advantages and disadvantages of each process. The workflow of using the emerging technologies in reconstructive treatments, orthognathic surgery, implant dentistry, robotic surgery and bio‑fabrication have been covered in separate chapters.

Several related cases in conjunction with the workflow are presented and discussed as clinical examples of each, for practical discussion of the workflow and process trajectory. Each chapters provides introduction, definition, application and plausible pitfalls of employing these technologies in specific areas. Given the multiple materials and techniques, the logic behind selection of each in different fields of practice and thorough explanation of process provides surgeons with a background on how and why a certain approach is employed, and if application of emerging technologies would outdo traditional treatment processes.

The importance of fabricating living tissues is discussed as one of the most recent progresses in the field. The bench-to-bedside transition, their clinical application, and their remarkable positive impact on oral and maxillofacial surgical procedures are covered. This book is arranged for oral and maxillofacial, and plastic surgeons and in-training-fellows in associated fields.