Detection and Diagnosis of Breast cancer using light induced Fluorescence (original) (raw)

2010

Abstract

The present study describes light induced fluorescence (LIF) spectroscopy for detection and diagnosis of cancerous tissues of female human breast. The fluorescence spectra are recorded for four different samples of cancerous and corresponding normal tissues. The fluorescence emitted by the fluorophore in the tissues were detected and analyzed. Breast cancerous cells exhibit specific changes in the emitted fluorescence spectra as compared with the normal breast cells. The statistical variation of fluorescence intensity ratio, may be used to distinguish the samples. It is concluded that light induced fluorescence spectroscopy is useful for detection and diagnosis for the female human breast tumor.

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