Rapid Peripheral Nerve Imaging by Fluorescent Polymer Dots for Minimizing the Risk of Intraoperative Nerve Injury

IF 3.4 Q2 CHEMISTRY, ANALYTICAL Analysis & sensing Pub Date : 2023-08-28 DOI:10.1002/anse.202300042
Juxiang Zhang, Shuting Lu, Shiyi Tang, Yuqiao Li, Yufan Zhang, Jingru Li, Liqin Xiong
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Abstract

Iatrogenic nerve injury is an important cause of surgical complications. We focused on improving intraoperative visualization of nerves through highly fluorescent polymer dots (Pdots) and in vivo optical imaging instrumentation. The prepared Pdots have good biocompatibility, fluorescence stability, and simple preparation. Peripheral nerves can be imaged quickly with Pdots through a simple direct administration method and process, low non-specific absorption in the surrounding tissues. Moreover, the Pdots does not invade nerve cells but binds stably in the neural membrane structure. This study verifies that fluorescent Pdots have excellent neuroimaging capabilities and can be used for intraoperative visualization of peripheral nerves.

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利用荧光聚合物点对周围神经进行快速成像,最大程度降低术中神经损伤风险
先天性神经损伤是手术并发症的一个重要原因。我们的研究重点是通过高荧光聚合物点(Pdots)和体内光学成像仪器改善术中神经的可视化。制备的 Pdots 具有良好的生物相容性、荧光稳定性和简单的制备方法。Pdots 的直接给药方法和过程简单,在周围组织中的非特异性吸收率低,可快速对周围神经进行成像。此外,Pdots 不会侵入神经细胞,而是稳定地结合在神经膜结构中。这项研究验证了荧光 Pdots 具有出色的神经成像能力,可用于外周神经的术中可视化。
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