Wang Kuan-Yu, Yang Zhi, Wang Wen-Long, Xu Hui, Liu Fa-Yu
Department of Oral and Maxillofacial Surgery, Hospital of Stomatology, Zunyi Medical University.
Department of Oromaxillofacial-Head and Neck Surgery, Hospital of Stomatology, Air Force Medical University.
J Craniofac Surg. 2019 May/Jun;30(3):834-837. doi: 10.1097/SCS.0000000000005178.
Resectioning of giant maxillofacial tumors has been shown to cause facial depression deformity, representing a persistent challenge for surgeons. Here, the authors review their experience using autologous free fat grafts to repair total parotidectomy defects. This review aims to encourage the surgical field to pay more attention to this century-old treatment technique.
Patients were included who underwent free fat transfer for tissue reconstruction after total parotidectomy at the Affiliated Stomatology Hospital of China Medical University between 2012 and 2018. Patients with bleeding disease or postoperative follow-up less than 6 months were excluded.
Twenty-three patients between the ages of 35 and 68 were included in this analysis. Ten patients (6 males, 4 females) underwent fat grafting at the time of total parotidectomy, and a control group of 13 patients (9 males, 4 females) underwent total parotidectomy without correction of concave deformities. There were significant differences between fat graft group and control group in terms of age (44.9 ± 9.0117 years versus 56.385 ± 8.9586 years; P = 0.006), Frey syndrome questionnaire score (1 ± 0 versus 2.385 ± 1.0439; P = 0.00), blood loss (195.7 ± 54.8777 mL versus 107.769 ± 22.8916 mL; P = 0.001), postoperative drainage (319.8 ± 103.1803 mL versus 230.385 ± 53.5701 mL; P = 0.027), duration of postoperative drainage (122.4 ± 23.8663 hours versus 90.462 ± 22.2434 hours; P = 0.003), and satisfaction questionnaire score (8.5 ± 0.8498 versus 3 ± 1.1547; P = 0.00). The difference in operation time between the fat graft group and control group was not significant (417 ± 108.0062 min versus 351.538 ± 91.7475 min; P = 0.131).
Autologous free fat grafting resulted in more blood loss as well as an increased volume and duration of postoperative drainage. Remarkably, however, patients had superior satisfaction, lower Frey syndrome scores, and similar operation times with use of free fat grafting after parotidectomy. The authors recommend such grafting be utilized to repair concave deformities secondary to total parotidectomy.
已证明切除巨大颌面部肿瘤会导致面部凹陷畸形,这对外科医生来说仍是一项持续的挑战。在此,作者回顾了他们使用自体游离脂肪移植修复腮腺全切除术后缺损的经验。本综述旨在鼓励外科领域更多地关注这一有着百年历史的治疗技术。
纳入2012年至2018年在中国医科大学附属口腔医院接受腮腺全切除术后进行游离脂肪移植以重建组织的患者。排除有出血性疾病或术后随访少于6个月的患者。
本分析纳入了23例年龄在35至68岁之间的患者。10例患者(6例男性,4例女性)在腮腺全切除术时接受了脂肪移植,13例患者(9例男性,4例女性)组成的对照组接受了腮腺全切除术但未矫正凹陷畸形。脂肪移植组和对照组在年龄(44.9±9.0117岁对56.385±8.9586岁;P = 0.006)、Frey综合征问卷评分(1±0对2.385±1.0439;P = 0.00)、失血量(195.7±54.8777 mL对107.769±22.8916 mL;P = 0.001)、术后引流量(319.8±103.1803 mL对230.385±53.5701 mL;P = 0.027)、术后引流持续时间(122.4±23.8663小时对90.462±22.2434小时;P = 0.003)以及满意度问卷评分(8.5±0.8498对3±1.1547;P = 0.00)方面存在显著差异。脂肪移植组和对照组的手术时间差异不显著(417±108.0062分钟对351.538±91.7475分钟;P = 0.131)。
自体游离脂肪移植导致失血量更多,术后引流量和引流持续时间增加。然而,值得注意的是,患者在腮腺切除术后使用游离脂肪移植时满意度更高,Frey综合征评分更低,且手术时间相似。作者建议采用这种移植来修复腮腺全切除术后继发的凹陷畸形。