Doménech Juan Ivan, Tornero Jordi, Cruz Toro Paula, Ortiz Laredo Nuria, Vega Celiz Jorge, Junyent Josefina, Maños Pujol Manel
Servicio de Otorrinolaringología, Hospital Universitario de Bellvitge, Barcelona, España; Agrupació Mèdica i Quirúrgica (AMiQ), Unidad Funcional de Otorrinolaringología y Alergia, Hospital Universitario Quirón Dexeus, Barcelona, España.
Agrupació Mèdica i Quirúrgica (AMiQ), Unidad Funcional de Otorrinolaringología y Alergia, Hospital Universitario Quirón Dexeus, Barcelona, España.
Acta Otorrinolaringol Esp. 2014 Mar-Apr;65(2):69-75. doi: 10.1016/j.otorri.2013.06.008. Epub 2014 Jan 11.
Micro-neurovascular free muscle flap transfer is currently the procedure of choice for long-standing facial paralysis. We present a case series of patients treated with gracilis muscle free flap with motor innervation by the masseteric nerve. We discuss the surgical technique and quantify the movement granted by the muscle, the improvement in quality of life and aesthetic results.
We report ten patients with unilateral facial paralysis who underwent free gracilis muscle flap, between the years 2010 and 2012 in two tertiary hospitals.
It is not reported any failure of the microsuture with survival of all flaps. The muscle movement was quantified by vectors at rest and contraction with an average of 1.7 cm that initiated around the fourth month after surgery. Patients also reported a significant improvement in symmetry at rest as well as oral and ocular competition.
As currently presented in literature, microvascular free flaps are the technique of choice for facial reanimation. In our experience, we believe that gracilis muscle flap innervated by the masseteric nerve is a reliable and secure technique that provides adequate functional and aesthetic results.
微血管游离肌瓣转移术目前是治疗长期面瘫的首选方法。我们展示了一组接受咬肌神经支配的股薄肌游离瓣治疗的患者病例系列。我们讨论了手术技术,并量化了肌肉产生的运动、生活质量的改善情况以及美学效果。
我们报告了2010年至2012年间在两家三级医院接受股薄肌游离瓣手术的10例单侧面瘫患者。
未报告任何显微缝合失败情况,所有肌瓣均存活。通过向量对静息和收缩时的肌肉运动进行量化,平均为1.7厘米,术后约第四个月开始出现。患者还报告说静息时的对称性以及口角和眼部运动有显著改善。
正如目前文献中所呈现的,微血管游离瓣是面部重建的首选技术。根据我们的经验,我们认为由咬肌神经支配的股薄肌瓣是一种可靠且安全的技术,能提供足够的功能和美学效果。