摘要: This paper presents the development and application of immunofluorescence spectroscopy for fiberoptics-based chemical and biological sensors. The focus is on a fluoroimmuno-sensor SMI that combines the excellent specificity of ant... 展开 This paper presents the development and application of immunofluorescence spectroscopy for fiberoptics-based chemical and biological sensors. The focus is on a fluoroimmuno-sensor SMI that combines the excellent specificity of antigen-antibody reaction, the high sensitivity of laser excitation, and the versatility of fiberoptics technology. The FIS can detect 40 attomoles (10 sup -18 mole) of benzo(a)pyrene tetrol, a DNA-adduct product of the carcinogen benzo(a)pyrene. 5 refs., 6 figs. (ERA citation 13:016379) 收起