Fluorescence detection apparatus, analysis method, and fluorescence detection system

Abstract

[Problem] To provide a fluorescence detection apparatus that is capable of simultaneously detecting a plurality of analyte components contained at different concentrations with a wide measurement range. [Solution] A fluorescence detection apparatus 100 includes a cell 110 into which an analyte of a sample is introduced, a light source 130 that irradiates excitation light on the analyte in the cell; a first detector 52 that detects fluorescence generated from the analyte after the excitation light has been irradiated on the analyte, and a second detector 53 that detects the fluorescence generated from the analyte after the excitation light has been irradiated on the analyte. The second detector detects the fluorescence with a measurement range that is different from the measurement range of the first detector, and the first detector and second detector detect the fluorescence simultaneously.

Dependencies are inferred from the claim text.