Digital Micromirror Device Based Angle-multiplexed Optical Diffraction Tomography for High Throughput 3D Imaging of Cells
Refereed conference paper presented and published in conference proceedings

香港中文大學研究人員
替代計量分析
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其它資訊
摘要The development of high throughput three-dimensional (3D) microscopic imaging technique is important for studying cell physiology and early-stage disease diagnoses. Here we propose and demonstrate a digital micromirror device (DMD) based angle-multiplexed high-speed optical diffraction tomography (ODT) technique. Using this ODT technique, we have achieved 3D imaging of cells at over 600 tomogram/second speed, which is 10-100 times faster than current ODT-based 3D cell imaging techniques. We envision that this high-speed ODT system will enable many cutting-edge biomedical applications, such as capturing millisecond scale cell dynamics in 3D space and high throughput 3D imaging of large cell populations.
出版社接受日期28.02.2020
著者Yanping He, Yijin Wang, Renjie Zhou
會議名稱SPIE Photonics West
會議開始日04.02.2020
會議完結日06.02.2020
會議地點San Francisco
會議國家/地區美國
會議論文集題名SPIE Photonics West
出版作品名稱EMERGING DIGITAL MICROMIRROR DEVICE BASED SYSTEMS AND APPLICATIONS XII
出版年份2020
月份2
日期28
卷號11294
出版社SPIE
文章號碼1129402
國際標準期刊號0277-786X
語言美式英語
關鍵詞Optical diffraction tomography, digital micromirror device, refractive-index mapping, high throughput imaging
Web of Science 學科類別Optics;Optics

上次更新時間 2021-14-06 於 00:03