Cross-reactive arrays on encoded beads are used to correlate ‘fingerprints’ of urine, serum and other biological liquids to disease states. Fluorescent hydrophobic sensors are based on nucleic acid three-way junctions, and beads may be encoded by size (could be registered by light scattering) and fluorescence in combination with flow cytometry analysis, also known as suspension array technology (SAT).
编码珠上的交叉反应阵列用于将尿液、血清和其他
生物液体的 "指纹 "与疾病状态联系起来。荧光疏
水传感器以核酸三向连接为基础,珠子可通过大小(可通过光散射进行记录)和荧光与流式细胞仪分析相结合进行编码,也称为悬浮阵列技术(
SAT)。