■高精度的神经调节对推动神经科学领域的基本理解并提供创新的临床治疗选择至关重要。最近,光声脑刺激已成为精确神经调节的前沿方法,并显示出巨大的临床应用潜力。
■这种观点的目标是概述近年来光声大脑刺激的进展。And,我们还提供了一个展望,描绘了几个未来的路径,通过这些路径,这种新兴的方法可以实质性地改进,以增强能力和更广泛的实施。
■首先,提供并讨论了光声产生的机制以及光声脑刺激的潜在机制。然后,回顾了与该技术相对应的最新成就。最后,提供了神经调制中光声技术的未来方向。
■深入的研究努力促进了光声大脑刺激的实质性进展,阐明了这种模式通过非遗传方式进行非侵入性和高精度神经调节的独特优势。可以设想,进一步的技术优化和随机前瞻性临床试验将使光声大脑刺激在临床实践中得到广泛接受。
■光声技术的创新实践是多方面的神经调节方法,拥有非侵入性,高精度,和非遗传特征。它具有巨大的潜力,不仅可以大大提高神经科学研究的基础,而且可以在临床环境中实现其实际应用。
UNASSIGNED: Neural regulation at high precision vitally contributes to propelling fundamental understanding in the field of neuroscience and providing innovative clinical treatment options. Recently,
photoacoustic brain stimulation has emerged as a cutting-edge method for precise neuromodulation and shows great potential for clinical application.
UNASSIGNED: The goal of this perspective is to outline the advancements in
photoacoustic brain stimulation in recent years. And, we also provide an outlook delineating several prospective paths through which this burgeoning approach may be substantively refined for augmented capability and wider implementations.
UNASSIGNED: First, the mechanisms of
photoacoustic generation as well as the potential mechanisms of
photoacoustic brain stimulation are provided and discussed. Then, the state-of-the-art achievements corresponding to this technology are reviewed. Finally, future directions for
photoacoustic technology in neuromodulation are provided.
UNASSIGNED: Intensive research endeavors have prompted substantial advancements in photoacoustic brain stimulation, illuminating the unique advantages of this modality for noninvasive and high-precision neuromodulation via a nongenetic way. It is envisaged that further technology optimization and randomized prospective clinical trials will enable a wide acceptance of photoacoustic brain stimulation in clinical practice.
UNASSIGNED: The innovative practice of photoacoustic technology serves as a multifaceted neuromodulation approach, possessing noninvasive, high-accuracy, and nongenetic characteristics. It has a great potential that could considerably enhance not only the fundamental underpinnings of neuroscience research but also its practical implementations in a clinical setting.