Hyperspectral Metachip‐Based 3D Spatial Map for Cancer Cell Screening and Quantification
Zihan Zhao, Xiaocong Tang, Chang‐Yin Ji, Yanli Meng, Xinyue Liang, Rui Luo, Cong Wang, Qun Wu, Jian Liu, Cuong Dang, Guangwei Hu, Xumin Ding
Abstract
Abstract In this paper, compact terahertz (THz) metachips for hyperspectral screening and quantitative evaluation of human cancer cells is reported. This pixelated resonant metachips feature the resonance channel from 1 and 3 THz frequency with a record‐high quality factor (up to 230). Through the interactions of various cancer cells of different concentrations, high‐dimensional spectral signatures are obtained, which are further transformed into a spatial map for labelling and quantification purposes. The screening of up to 15 cancer cells is experimentally reported, with very high detecting accuracy of 93.33% and with attractive quantitative concentration sensitivity up to 1320 kHz cell mL −1 . This hyperspectral metachips are low‐cost, highly compact, and label‐free for fast, high‐throughput and high‐sensitivity detections and evaluation of human cancer cells. This technology does not require clinical experience, representing an accessible technology for early diagnosis of cancer.