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Background: A large number of studies and clinical cases show that an ideal prognosis for mouth function cannot be obtained without sufficient and reasonable postsurgical functional exercise after jaw fracture. However, no unifying criteria exist on postsurgical functional exercise with jaw fracture. The study was designed to explore effective methods of postsurgical functional exercise of jaw fracture., Materials and Methods: One hundred seventeen inpatients with jaw fracture between August 2005 and August 2006 were subjects in this study. Sequential function exercise methods were used to recover patients' gape degree, chewing, and so on. Gape degree was recorded, and healing of the jaw was assessed using x-ray., Results: All 117 patients with jaw fracture who underwent surgery were involved in the analysis. After sequential function exercise, gape degree and chewing function improved; good occluding relations were retained. Gape degree was significantly improved at 8 or 12 weeks postsurgery compared with 1 or 4 weeks postsurgery (P < 0.01). However, no significant differences in gape degree were observed between 1 and 4 weeks postsurgery and between 8 and 12 weeks postsurgery (P > 0.05)., Conclusions: Sequential function exercise contributes much to patient recovery of mouth function. This method is effective for postsurgical functional recovery of jaw fracture.

Using qualitative data, this study examines hardiness and social support among twenty-two African American and Hispanic subjects, at least 18 years of age, who received treatment for a jaw fracture and participated in an hour-long focus group to discuss the treatment they received at King/Drew Medical Center, an inner-city hospital in Los Angeles, California. Treatment was either a non-surgical wiring of the teeth closed for six to eight weeks or surgical placement of a metal bone plate in the lower jaw with a short period of jaw fixation following surgery. A mandibular fracture is one of the most common orofacial traumas for minority individuals, and the majority of these fractures among patients at urban trauma centers are a result of interpersonal violence. Thus the link between psychosocial stress and oral health is evident, yet exposure to daily stress does not automatically place one at risk for distress. Some people under daily stress have hardiness, conceptualized as an internal personal resource consisting of control, commitment, and challenge. This study examines hardiness and social support relevant to an underserved, minority population. Hardiness and social support were identified and noted in order of frequency according to participant characteristics of treatment type, gender, and ethnicity. Main themes related to hardiness and social support are highlighted with verbatim quotes providing additional context to the theme presented.

The dental and oral rehabilitation of patients with severe trauma that involves the oral cavity is demanding and challenging. Recently, advanced surgical techniques and innovations in oral implantology led to more sophisticated treatment modalities that may better fulfill the patients needs in special situations. Young people rather often suffer from accidents--at school and during leisure activities--in a period of their life that has a great impact on their physical, mental and personal development. Thus, the wish for a quick functional and esthetical rehabilitation contrasts with the complex clinical situation and the compromised oral conditions. All persons involved in the rehabilitation process--including the patient--must seek for the best solution that takes into account treatment time, invasivity of procedures and patients morbidity. Further, it is also observed that insurances very much stress the reduction of cost and the simplicity of treatment. This will also influence the treatment planning and the sequence of the procedures as shown by the following case.

A patient presented complex fractures of the face and skull with leg trauma after a traffic accident. Maxillofacial repair used sophisticated procedures: bone grafts, muscle flaps and multiple osteotomies. After reconstructing the mid face and the mandibular repair, bone implants were used to stabilize the maxillary prosthesis. The psychological and functions problems raised in this case are discussed considering the occupational and social outcome.

Purpose: This study investigated the number and type of maxillofacial fractures caused by various athletic activities., Patients and Methods: The ninety-eight patients were treated between 1977 and 1993, and the type of sport involved, patient age and sex, cause of accident, site of injury, and mode of treatment were evaluated., Results: Sports-related maxillofacial fractures accounted for 10.4% of all patients with facial bone fractures. The number of different sports was 19, with the incidence of the fractures being most common in rugby and skiing, followed by baseball and soccer. The ratio of males to females was 5.5:1, and most of the patients were between 10 and 29 years of age. Total restriction from sports activity was between 8 and 12 weeks after initial treatment., Conclusion: The treatment for sports-related maxillofacial fractures is not different from that for fractures from other causes. However, it is important to establish some standard for deciding the time when it is possible to participate in sports after a fracture.