Fast and non-invasive, diagnostic techniques based on fluorescence spectroscopy have the
potential to link the biochemical and morphologic properties of tissues to individual patient …

Fiber optic probes are a key element for biomedical spectroscopic sensing. We review the
use of fiber optic probes for optical spectroscopy, focusing on applications in turbid media …

Oral cancer is a growing health issue in a number of low-and middle-income countries
(LMIC), particularly in South and Southeast Asia. The described dual-modality, dual-view …

We present here the first in vivo optical coherence tomography (OCT) images of human
dental tissue. A novel dental optical coherence tomography system has been developed …

Optical spectroscopy methods are fast emerging as potential alternatives for early diagnosis
of cancer. A Raman spectroscopy method for discrimination of normal and malignant oral …

We report on the first stages of a clinical study designed to test elastic-scattering
spectroscopy, mediated by fiberoptic probes, for three specific clinical applications in breast …

Objective: At 380 nm excitation, cervical tissue fluorescence spectra demonstrate
characteristic changes with both patient age and the presence of dysplasia. A Monte Carlo …

Diagnostic techniques based on optical spectroscopy have the potential to link the
biochemical and morphological properties of tissues to individual patient care. In particular …

Optical technologies, in particular fluorescence spectroscopy, have shown the potential to
provide improved detection methods for cervical neoplasia that are sensitive and cost …

There is no satisfactory mechanism to detect premalignant lesions in the upper aero‐
digestive tract. Fluorescence spectroscopy has potential to bridge the gap between clinical …