Cannady Steven B, Rosenthal Eben L, Knott P Daniel, Fritz Michael, Wax Mark K
Department of Otolaryngology-Head and Neck Surgery, University of Pennsylvania, Philadelphia.
Division of Otolaryngology-Head and Neck Surgery, University of Alabama, Birmingham.
JAMA Facial Plast Surg. 2014 Sep-Oct;16(5):367-73. doi: 10.1001/jamafacial.2014.323.
Microvascular free tissue transfer is used for complex composite tissue defects in previously treated fields, in particular after treatment of malignant disease. The increasing incidence of skin cancer in the general population has increased the number of patients with massive tumors that require the expertise of the free flap reconstructive surgeon. We herein examine a number of the recent advances in the field that use free tissue transfer for orbitomaxillary and scalp reconstruction, including maxillary reconstruction, virtual surgical planning in head and neck reconstruction, and scalp reconstruction. Advanced computer algorithms allow planning of these procedures at a savings of time and cost. Free tissue transfer is a reconstructive modality that is often at the top of the reconstructive ladder and, in some instances, is the reconstructive method of choice. The ability to harvest composite tissue that matches the tissue defect in composition, surface area, and volume makes free tissue transfer a versatile modality.
微血管游离组织移植用于既往治疗区域的复杂复合组织缺损,尤其是在恶性疾病治疗后。普通人群中皮肤癌发病率的上升,使得需要游离皮瓣重建外科医生专业技术的巨大肿瘤患者数量增加。我们在此探讨该领域近期的一些进展,这些进展利用游离组织移植进行眶上颌和头皮重建,包括上颌重建、头颈部重建中的虚拟手术规划以及头皮重建。先进的计算机算法能够节省时间和成本来规划这些手术。游离组织移植是一种重建方式,通常处于重建阶梯的顶端,在某些情况下,是首选的重建方法。获取在成分、表面积和体积上与组织缺损相匹配的复合组织的能力,使游离组织移植成为一种通用的方式。