Vaisbuch Yona, Hosseini Davood K, Wagner Andreas, Hirt Bernhard, Mueller Marcus, Ponnusamy Ravikumar, Heller Stefan, Cheng Alan G, Löwenheim Hubert, Aaron Ksenia A
Department of Otolaryngology - Head and Neck Surgery, Stanford University, Stanford, California, USA.
Department of Otolaryngology - Head and Neck Surgery, Rambam Medical Center, Haifa, Israel.
Otol Neurotol. 2022 Apr 1;43(4):e519-e525. doi: 10.1097/MAO.0000000000003500.
To develop a surgical approach for rapid and minimally traumatic recovery of inner ear tissue from human organ and tissue donors to provide fresh tissue for use in inner ear research.
Exploration of novel surgical methodology and evaluation of the steps necessary for obtaining specimens from donors during the procurement of organs for transplantation.
Donor procurement locations across multiple local hospitals and tissue processing at the microsurgical temporal bone laboratory.
Human organ and tissue donors.
Dissection and procurement of the inner ear tissue.
Development of rapid and minimally traumatic inner ear tissue recovery. Primarily, establishing an efficient process which includes collaboration with transplant network, implementing a consent protocol, developing and training an on-call recovery team, and designing a portable surgical kit suitable for use in a variety of settings.
The extraction procedure is described in three consecutive steps: the trans-canal exposure, the approach to the vestibule with extraction of the vestibular organs; and the approach to extract inner ear tissues from the cochlear duct.
Organ and tissue donors are a promising and underutilized resource of inner ear organs for purposes of research and future translational studies. Using our modified technique through the trans-canal/trans-otic approach, we were able to extract tissues of the vestibular and auditory end organs in a timely manner.
开发一种手术方法,以便从人体器官和组织捐赠者身上快速、微创地获取内耳组织,为内耳研究提供新鲜组织。
探索新的手术方法,并评估在器官移植获取过程中从捐赠者获取标本所需的步骤。
多个当地医院的捐赠者获取地点以及显微外科颞骨实验室的组织处理。
人体器官和组织捐赠者。
解剖和获取内耳组织。
开发快速、微创的内耳组织获取方法。主要是建立一个高效的流程,包括与移植网络合作、实施同意方案、组建并培训应急获取团队,以及设计一种适用于各种环境的便携式手术工具包。
提取过程按连续三个步骤描述:经耳道暴露、进入前庭并提取前庭器官;以及从蜗管提取内耳组织的方法。
器官和组织捐赠者是用于研究和未来转化研究的内耳器官的一种有前景但未充分利用的资源。通过我们改良的经耳道/经耳方法,能够及时提取前庭和听觉终末器官的组织。