首页> 外文会议>Optical Coherence tomography and coherence domain optical methods in biomedicine XIX >Intraoperative optical coherence tomography using an optimized reflective optical relay, real-time heads-up display, and semitransparent surgical instrumentation
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Intraoperative optical coherence tomography using an optimized reflective optical relay, real-time heads-up display, and semitransparent surgical instrumentation

机译:术中光学相干断层扫描,使用优化的反射式光学继电器,实时平视显示器和半透明手术器械

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摘要

Ophthalmic surgical maneuvers are currently limited by the ability of surgeons to visualize and manipulate semitransparent tissue layers as thin as tens of microns. We describe several iterative advances in iOCT technology, including a novel iOCT system, real-time heads-up display (HUD) feedback, visualization of intraoperative maneuvers, and OCT-compatible surgical instrumentation. Simulated surgical maneuvers were performed on freshly enucleated porcine eyes. Subretinal space cannulation with injection was performed and imaged using spatial compounding. The optical properties of semitransparent materials were quantified to identify OCT-compatible substrates, and surgical instrument prototypes were machined, including corneal, surgical picks, and retinal forceps.
机译:当前,眼科外科手术受到外科医生可视化和操纵薄至数十微米的半透明组织层的能力的限制。我们描述了iOCT技术的一些迭代进展,包括新型iOCT系统,实时平视显示器(HUD)反馈,术中操作的可视化以及与OCT兼容的手术器械。在新鲜去核的猪眼上进行了模拟手术操作。使用注射进行视网膜下空间插管并使用空间复合成像。量化半透明材料的光学特性,以识别与OCT兼容的基材,并加工出手术器械原型,包括角膜,手术针和视网膜钳。

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