1.Where is Archives of Plastic Surgery Now? And Where is It Heading?.
Archives of Plastic Surgery 2014;41(4):309-311
No abstract available.
Head*
;
Surgery, Plastic*
3.The change of head posture after orthognathic surgery in mandibular prognathism.
Jung Hyun PARK ; Ji Ho YOO ; Choung Kook YI
Journal of the Korean Association of Oral and Maxillofacial Surgeons 1993;19(4):429-444
No abstract available.
Head*
;
Orthognathic Surgery*
;
Posture*
;
Prognathism*
5.Two part mini-implant as an efficient tool for intermaxillary fixation
Won LEE ; In soo KIM ; Woon kyung SEO ; Hyun A HEO ; Seong Hun KIM
Journal of the Korean Association of Maxillofacial Plastic and Reconstructive Surgeons 2006;28(5):477-482
surgery. The two part design resists highly to the fracture or deformation during implantation and removal. The long span head allows the patient to easily attach intermaxillary elastics, so that the patient can apply intermaxillary elastics for traction easily. Through this article, we tried to show the possibility of this appliance as a good adjunct for the IMF screw.]]>
Head
;
Humans
;
Orthognathic Surgery
;
Traction
9.Accurate tissue flap reconstruction method based on the quadratic surface developability for head and neck soft tissue defects.
Chao CHEN ; Yunfeng LIU ; Jiajie XU ; Xianfeng JIANG ; Chuanming ZHENG ; Minghua GE ; Kangjie CHENG
Journal of Biomedical Engineering 2023;40(6):1175-1184
Soft tissue defects resulting from head and neck tumor resection seriously impact the physical appearance and psychological well-being of patients. The complex curvature of the human head and neck poses a formidable challenge for maxillofacial surgeons to achieve precise aesthetic and functional restoration after surgery. To this end, a normal head and neck volunteer was selected as the subject of investigation. Employing Gaussian curvature analysis, combined with mechanical constraints and principal curvature analysis methods of soft tissue clinical treatment, a precise developable/non-developable area partition map of the head and neck surface was obtained, and a non-developable surface was constructed. Subsequently, a digital design method was proposed for the repair of head and neck soft tissue defects, and an in vitro simulated surgery experiment was conducted. Clinical verification was performed on a patient with tonsil tumor, and the results demonstrated that digital technology-designed flaps improved the accuracy and aesthetic outcome of head and neck soft tissue defect repair surgery. This study validates the feasibility of digital precision repair technology for soft tissue defects after head and neck tumor resection, which effectively assists surgeons in achieving precise flap transplantation reconstruction and improves patients' postoperative satisfaction.
Humans
;
Plastic Surgery Procedures
;
Surgical Flaps/surgery*
;
Head and Neck Neoplasms/surgery*
;
Head/surgery*
;
Neck/surgery*
Result Analysis
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