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A novel multipurpose modular mini-endoscope for otology

机译:新型多功能耳科模块化微型内窥镜

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摘要

Abstract Transtympanic access to the round window membrane (RWM) for drug delivery is in the focus of otology and has stimulated development of various endo-scopes. These endoscopes are tasked to enable best visualization at a low diameter and to offer a working channel for various instruments. The specific aspect of sterilization is a major issue especially in regard to the diameter of the endoscope with its integrated working channel. We evaluated a new multi-purpose modular semi-rigid optical fiber endoscope (10,000 pixel resolution) for minimal invasive middle ear endoscopy focusing on access to the RWM and micro instruments in 12 cadaver specimens. Microscopic visualization was compared to endoscopy. With the modular mini ear endoscope (MMEE) we were able to visualize the RWM in 3 specimens directly and in 8 specimens after removal of a mucous membrane using micro instruments. A bony overhang prevented visualization of the RWM in one case. The endoscope enabled minimal invasive RWM access initially in a higher number of cases compared to microscope investigation.
机译:摘要鼓膜通入圆窗膜(RWM)进行药物输送是耳科学的重点,并刺激了各种内窥镜的发展。这些内窥镜的任务是在最小直径下实现最佳可视化,并为各种仪器提供工作通道。消毒的特定方面是一个主要问题,尤其是在具有集成工作通道的内窥镜直径方面。我们评估了一种新型的多功能模块化半刚性光纤内窥镜(10,000像素分辨率),用于微创中耳内窥镜检查,重点是对12具尸体标本中的RWM和微型仪器的访问。将显微可视化与内窥镜进行了比较。借助模块化微型耳内窥镜(MMEE),我们能够直接观察3个样本中的RWM,以及使用微型仪器去除粘膜后的8个样本中的RWM。在一种情况下,骨质突出物阻止了RWM的可视化。与显微镜检查相比,内窥镜最初在更多的病例中启用了最小侵入性RWM访问。

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