Author_Institution :
Eur. Lab. for Non Linear Spectrosc., Univ. of Florence, Carrara, Italy
Abstract :
Summary form only given. In the first part of this talk a brief review on the non linear laser imaging techniques will be displayed. In particular, two photon fluorescence microscopy, lifetime imaging, multispectral imaging, second harmonic generation microscopy principles will be described. In the second part of the talk there will be an overview on the applications of these techniques in the field of biomedical imaging. In particular, tumor detection in tissue imaging applications will be shown in different fields, from urology to gastrointestinal surgery, dermatology and brain surgery. Morpho-functional characterization of tissue pathologies will be displayed as an interesting tool for tumor early diagnosis. In the last part of the talk, a fiber based endoscope based on multidimensional spectral detection (one photon fluorescence, lifetime and Raman detection) will be described with particular applications of tumor detection. Finally, a low cost and compact, LED based, imaging solutions, aimed at characterizing the tissues features, will be displayed.
Keywords :
biomedical optical imaging; brain; endoscopes; fluorescence; laser applications in medicine; light emitting diodes; optical harmonic generation; reviews; skin; spectral analysis; surgery; tumours; two-photon processes; LED based imaging; Raman detection; biomedical imaging; brain surgery; dermatology; fiber based endoscope; gastrointestinal surgery; laser detection; lifetime imaging; morpho-functional characterization; multidimensional spectral detection; multispectral imaging; nonlinear laser imaging techniques; one photon fluorescence; review; second harmonic generation microscopy principles; tissue imaging application; tissue pathologies; tissues features; tumor early diagnosis; two photon fluorescence microscopy; urology;