Focusing on the development of multimodal biomedical optical imaging technologies and their applications in the precise diagnosis and treatment of neuromuscular diseases. By integrating diffuse optical tomography (DOT), high-resolution optical coherence tomography (OCT), and photoacoustic microscopy (PAM), we aim to establish a cross-scale dynamic monitoring system for the neuro-muscle-microcirculation axis, elucidating the functional coupling mechanisms of neural conduction, muscle contraction, and blood flow metabolism during disease progression. Combined with artificial intelligence algorithms, we develop intelligent diagnostic systems to achieve early disease detection, quantitative pathological staging, and dynamic tracking of intervention efficacy, providing precise imaging navigation for neurorehabilitation engineering.

• 2013-2019, Ph.D, Computer Science, University of Chinese Academy of Sciences

• 2005-2007, MSc, Biomedical Engineering, Huazhong University of Science and Technology

• 2001-2005, BSc, Biomedical Engineering, Huazhong University of Science and Technology

   

2023- : Associate Professor, Shenzhen Institues of Advanced Technology, Chinese Academy of Sciences

2009-2022 : Assistant Pesearcher, Shenzhen Institues of Advanced Technology, Chinese Academy of Sciences

2007-2009 : Engineer, Shenzhen Mindray Bio-Mecical Electronics Co.Ltd

   

[1] Han Cui*, Dewei Han, Wenquan Liu, et.al, Single-Wavelength Laminar Optical Tomography for In Vivo Microvascular Three-Dimensional Imaging, 46th Annual International Conferences of the IEEE Engineering in Medicine and Biology Society (EMBC2024), Orlando, Florida, USA, 2024.7.15-2024.7.19

[2] Yan Zhao, Song Zhang, Tianhao Yu, Yan Zhang, Guo Ye, Han Cui, et.al, Ultra-conformal skin electrodes with synergistically enhanced conductivity for long-time and low-motion artifact epidermal electrophysiology. Nature Communications, 2021, 12(1): 4880. (ESI highly cited papers)

[3] Han Cui, Haibo Yu, Xingxian Huang, et.al, Electroacupuncture and Transcutaneous Electrica Nerve Stimulation induced sensations in Bell’s Palsy Patients: A Quantitative Current Intensity AnalysisFront. Neruosci, 2021, 692088 

[4] Han Cui#, Weizheng Zhong#, Zhuoxin Yang, et.al，Comparison of Facial Muscle Activation Patterns between Healthy and Bell’s Palsy Subjects Using High-density Surface Electromyography, Front. Hum. Neurosci., 2021, 14: 618985

[5] Han Cui, Weizheng Zhong, Mingxing Zhu, et.al, Facial Electromyography Mapping in Healthy and Bell's Palsy Subjects: A High-Density Surface EMG Study, 42nd Annual International Conferences of the IEEE Engineering in Medicine and Biology Society (EMBC2020), Montreal, Canada, 2020.7.20-2020.7.24

[6] Han Cui, Yanjuan Geng, Oluwarotimi Williams Samuel, et.al, Toward mapping spatiotemporal characteristics of muscle oxygenation in different motor modalities by multichannel near-infrared spectroscopy, International Journal of Adaptive Control and Signal Processing, 2019: 1-15

[7] Han Cui, Yi Chen, Weizheng Zhong, et.al,The asymmetric facial skin perfusion distribution of Bell's palsy discovered by laser speckle imaging technology, Clinical Hemorheology and Microcirculation, 2016.01.01, 62:89-97

(1) 崔晗，刘文权，韩德伟，邓新平，汪待发，李光林，一种组织血氧显微层析成像装置，2022.11.07，中国，ZL202211385367.0

(2) 崔晗，刘文权，陈良培，张锐，李光林，一种光学层析成像系统，2022.11.03，ZL202211369034.9

(3) 崔晗，李光林，一种生理指标检测方法、装置、设备及存储介质，2022.09.24，ZL202211168584.4

(4) 崔晗，刘文权，李光林，一种微血管的位置检测方法、装置、系统及存储介质，2022.07.26，ZL202210883703.8

(5) 金雷，崔晗，陈毅，于文龙，一种贝尔氏面瘫病情诊断方法和装置，2019.01.18，ZL201410810670.X

(6) 陈毅，崔晗，于文龙，张艳东，一种人体健康检测装置和方法，2018.11.06，ZL201410827261.0

(7) 金雷，姜永涛，崔晗，陈毅，太赫兹波发生装置，2016.01.20，ZL201210460633.1

(8) 金雷，姜永涛，崔晗，陈毅，电磁针诊断治疗系统，2015.09.30，ZL201210575692.3

(9) 蒋勇，崔晗，黄勇，范伟，提高超声多普勒成像自动调整性能的方法及其超声系统，2014.10.15，ZL200910107353.0

(10)李勇，崔晗，李雷，一种混叠判断及多普勒成像自动调整方法及其超声系统，2014.10.15，ZL200910107741.9

(11)李雷，李勇，崔晗，一种噪声估计方法和一键优化方法及其系统，2012.08.29，ZL200810242126.4

(1) Optical Imaging System Design

(2) Signal Acquisition Circuit Design

(3) Theoretical and Simulation Studies on Propagation of Electromagnetic Waves, Ultrasound, and Electric Fields in Biological Tissues

(4) Biomedical Image Processing and Intelligent Algorithms

(5) Translational Research for Innovative Medical Devices

​