Lagvilava G, Gvenetadze Z, Toradze G, Devidze I, Gvenetadze G
Tbilisi State Medical University, Department of Maxillofacial Surgery, "High Technology Medical Center, University Clinic", Ltd, Georgia.
Georgian Med News. 2015 Sep(246):7-13.
In 2012-2015, 207 patients with concomitant craniofacial injuries, who underwent surgical treatment, were observed; among them 176 were men and 31- women. Age of the patients ranged from 16 to 60 years. According to localization and severity of trauma and a priority of surgical intervention, the patients conventionally were divided into 3 groups by the authors: I group (65 patients) - craniofacial injuries; the skull as well as upper and middle areas of face (subcranial and frontobasal fractures) were affected (fractured). II group (80 patients) - severe traumatic injuries of upper and especially middle zones of the face, accompanied with closed craniocerebral trauma, no need in neurosurgery. III group (62 patients) -on the background of serious head traumas, the injuries of face bones were less severe (injury of one or two anatomic areas with displacement of fractured fragments but without bone tissue defects) According to the obtained results a priority was always given to the neurosurgery (vital testimony).The reconstructive surgeries on face skeleton was conducted in combination involving neurosurgeons (I group patients). Reconstructive surgeries of facial bones were conducted in the patients of II group, immediately or at primary deferred period of time but in the patients of III group the surgical procedures for removal of early secondary or traumatic residual fractures have been performed. Reposition of the fractured facial bone fragments was performed in an open way and fixation was carried out by titanium plates and mesh cage (at bone tissue defect). For prevention and elimination of post-traumatic inflammatory processes, the final stage of surgical intervention was: sanation of nasal accessory sinuses and catheterization (5-7 days) of external carotid arteries for administration of antibiotics and other medical preparations. Early and differentiated approach to face injuries, worsening in the course of craniocephalic trauma was not revealed in any patient; there was no evidence of development inflammatory processes in traumatic regions; esthetic and functional results obtained after the surgeries of maxillofacial area were assessed as good and satisfactory.
2012年至2015年期间,对207例接受手术治疗的伴有颅面损伤的患者进行了观察;其中男性176例,女性31例。患者年龄在16至60岁之间。根据创伤的部位、严重程度以及手术干预的优先级,作者将患者常规分为3组:I组(65例患者)——颅面损伤;颅骨以及面部上中部区域(颅下和额基底骨折)受到影响(骨折)。II组(80例患者)——面部上区尤其是中区的严重创伤性损伤,伴有闭合性颅脑创伤,无需神经外科治疗。III组(62例患者)——在严重头部创伤的背景下,面部骨骼损伤较轻(一两个解剖区域受伤,骨折碎片移位但无骨组织缺损)。根据所得结果,始终优先进行神经外科治疗(关键证据)。I组患者的面部骨骼重建手术由神经外科医生联合进行。II组患者立即或在初次延期期进行面部骨骼重建手术,但III组患者进行了早期继发性或创伤性残余骨折清除的手术操作。面部骨折碎片的复位采用开放方式进行,并通过钛板和网笼(在骨组织缺损处)进行固定。为预防和消除创伤后炎症过程,手术干预的最后阶段是:鼻窦清理以及对外颈动脉进行插管(5至7天),以便给予抗生素和其他药物制剂。未发现任何患者在颅脑创伤过程中面部损伤早期且有差异的加重情况;创伤区域未出现炎症过程的证据;颌面区域手术后获得的美学和功能结果被评估为良好和令人满意。