Optical technologies, such as reflectance and fluorescence spectroscopy, have shown the
potential to provide improved point-of-care detection methods for cervical neoplasia that are …

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

OBJECTIVES.: Our laboratory seeks to develop minimally invasive cost-effective methods to
improve screening and detection of curable precursors to cervical cancer. Previously, we …

OBJECTIVE.: This review evaluates the diagnostic efficacy of fluorescence spectroscopy,
reflectance spectroscopy, and their combination that use both point probe and multispectral …

Fluorescence spectroscopy has shown promise for the in vivo, real-time detection of cervical
neoplasia. However, selection of excitation wavelength has in the past been based on in …

Development, validation, and implementation of an analytical model to extract biologically
and diagnostically relevant parameters from measured cervical tissue reflectance and …

OBJECTIVE: In this review, we evaluate the diagnostic efficacy of optical spectroscopy
technologies (fluorescence and reflectance spectroscopy) for the in vivo diagnosis of …

Recent advances in fiber optics, sources and detectors, imaging, and computer‐controlled
instrumentation have stimulated a period of unprecedented growth in the development of …

Objective: To calculate receiver operating characteristic (ROC) curves for fluorescence
spectroscopy in order to measure its performance in the diagnosis of squamous …

Diagnostic algorithms can classify tissue samples as diseased or nondiseased based on
fluorescence emission collected from the intact cervix. Such algorithms can distinguish high …