Abstract: Provided are a system and a method for analyzing a blood cell. The system includes a laser generator installed around a moving path, along which an analysis target blood cell moves, to generate a laser beam; a plurality of photodetectors configured to detect a laser beam generated as a result of refraction, reflection, transmission or fluorescence of the laser beam generated from the laser generator and incident upon the analysis target blood cell; and an optical fiber configured to focus the laser beam generated from the laser generator and to irradiate the focused laser beam to a measurement point existing on the moving path, wherein the optical fiber transfers a laser beam scattered through a blood cell to the photodetectors; and an analysis apparatus configured to analyze the analysis target blood cell by using the laser beam detected by the photodetectors.

Abstract: Provided are a system and a method for analyzing a blood cell. The system includes a laser generator installed around a moving path, along which an analysis target blood cell moves, to generate a laser beam; a plurality of photodetectors configured to detect a laser beam generated as a result of refraction, reflection, transmission or fluorescence of the laser beam generated from the laser generator and incident upon the analysis target blood cell; and an optical fiber configured to focus the laser beam generated from the laser generator and to irradiate the focused laser beam to a measurement point existing on the moving path, wherein the optical fiber transfers a laser beam scattered through a blood cell to the photodetectors; and an analysis apparatus configured to analyze the analysis target blood cell by using the laser beam detected by the photodetectors.