摘要
高速光流控成像是融合了高速光学成像和微流控的新兴交叉技术,能够对高速复杂流体环境中的生物体进行高分辨率、高通量和多信息维度的成像和定量检测分析,在生物能源、食品科学、药物筛选、疾病诊断等领域展现出卓越的应用前景.对高速光流控成像的基本原理、关键技术和前沿进展进行综述,并对该技术未来的发展趋势和面临的挑战进行展望.
Abstract
High-speed optofluidic imaging is an emerging interdisciplinary technology that seamlessly integrates high-speed optical imaging and microfluidics,which is capable of realizing high-resolution,high-throughput,high-content imaging,and quantitative analysis of biological organisms in high-speed and complex fluid environments.High-speed optofluidic imaging has exhibited promising application potential in bioenergy,food science,drug screening,disease diagnosis,and many other fields.In this review,we introduce the basic principles,key techniques,and recent advances of high-speed optofluidic imaging.The future prospects and challenges of high-speed optofluidic imaging are also discussed.
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