Pizzolante Sofia, Covelli Edoardo, Filippi Chiara, Barbara Maurizio
Department of Neuroscience, Mental Health and Sensory Organs (NESMOS), "Sapienza" University of Rome, "Sant'andrea" Hospital, Rome, Italy.
Laryngoscope. 2025 Sep;135(9):3378-3381. doi: 10.1002/lary.32192. Epub 2025 May 27.
Since their introduction, passive percutaneous hearing aids have undergone substantial evolution, including changes in implant production, improvements in the sound processor, and simplification of surgical implantation techniques. The latest innovation comes from the minimally invasive technique proposed for the PONTO system (MIPS), which does not involve the creation of a mucoperiosteal flap in order to leave the surrounding soft tissue and vascular microcirculation intact. This study proposes a modified surgical technique compared to the one proposed for the PONTO system in order to overcome some steps of the traditional surgical technique for the placement of the Baha Connect prosthesis. Our technique does not involve any incision but the exposure of the periosteum using a skin punch and subsequent drilling without the use of any protective cannula. The described procedure allows one to overcome some steps of the traditional surgical technique and, consequently, also some post-operative complications. Moreover, a minimally invasive procedure can help reduce surgical time and the invasiveness of the application.
自问世以来,被动式经皮助听器经历了重大变革,包括植入体生产的变化、声音处理器的改进以及手术植入技术的简化。最新的创新来自为PONTO系统(MIPS)提出的微创技术,该技术无需制作粘骨膜瓣,从而使周围软组织和血管微循环保持完整。本研究提出了一种与为PONTO系统所提议的技术相比经过改良的手术技术,以克服Baha Connect假体植入传统手术技术的某些步骤。我们的技术不涉及任何切口,而是使用皮肤打孔器暴露骨膜,随后在不使用任何保护套管的情况下进行钻孔。所描述的手术方法能够克服传统手术技术的一些步骤,因此也能减少一些术后并发症。此外,微创操作有助于缩短手术时间并降低操作的侵入性。