Tiftikcioglu Yigit Ozer, Erenoglu Cagil Meric, Lineaweaver William C, Bilge Okan, Celik Servet, Ozek Cuneyt
From the *Department of Plastic, Reconstructive and Aesthetic Surgery, Ege University, Izmir, Turkey; †JMS Burn and Reconstructive Center, Jackson, MS; and ‡Department of Anatomy, Ege University, Izmir, Turkey.
Ann Plast Surg. 2016 Jun;76(6):729-34. doi: 10.1097/SAP.0000000000000825.
We present a cadaveric dissection study to investigate the anatomic feasibility of penile transplantation. Seventeen male cadavers were dissected to reveal detailed anatomy of the dorsal neurovascular structures including dorsal arteries, superficial and deep dorsal veins, and dorsal nerves of the penis. Dorsal artery diameters showed a significant decrease from proximal to distal shaft. Dominance was observed in one side. Deep dorsal vein showed a straight course and less decrease in diameter compared to artery. Dorsal nerves showed proximal branching pattern. In a possible penile transplantation, level of harvest should be determined according to the patient and the defect, where a transgender patient will receive a total allograft and a male patient with a proximal penile defect will receive a partial shaft allograft. We designed an algorithm for different levels of penile defect and described the technique for harvest of partial and total penile transplants.
我们开展了一项尸体解剖研究,以探讨阴茎移植的解剖学可行性。解剖了17具男性尸体,以揭示阴茎背侧神经血管结构的详细解剖情况,包括背动脉、背浅静脉和背深静脉以及阴茎背神经。背动脉直径从阴茎近端至远端显著减小。观察到一侧存在优势。与动脉相比,背深静脉走行笔直,直径减小较少。背神经呈现近端分支模式。在可能的阴茎移植中,应根据患者情况和缺损情况确定取材水平,其中变性患者将接受全阴茎移植,而阴茎近端缺损的男性患者将接受部分阴茎体移植。我们针对不同程度的阴茎缺损设计了一种算法,并描述了部分和全阴茎移植的取材技术。