Sensitive techniques for detection and localization of different kinds of diseased tissue are
important. Techniques based on laser spectroscopy, such as laser-induced fluorescence …

Publisher Summary This chapter highlights medical applications of laser spectroscopy. The
laser spectroscopy in the wavelength and the time domain adds several new aspects to the …

Fluorescence is the most sensitive spectroscopic method of analysis and fluorescence
methods. However, classical analysis requires sampling. There are new needs for real-time …

In this two-part series, Sune and Ka-tarina Svanberg and co-workers focus on the
spectroscopic aspects of laser use in several emerging applications of medical importance …

Background and Objective: Laser-induced fluorescence spectroscopy (LIF) is an important
tool for cancer diagnostics. The aim of the study was to examine whether the comparison of …

The salient properties of laser light and the way light interacts with biological tissues and
molecular constituents of tissues offer possibilities for detection and diagnosis of cancer. In …

Lasers are finding many applications in medicine and biology. While most laser use focuses
on the heat generation of the laser beam interacting with tissue, spectroscopic aspects play …

Laser spectroscopic study of billary calculi and tissues is described. Fluorescence spectra of
human gallbladder stones, bile and tissues were recorded with streak camera in the …

Laser-induced fluorescence (LIF) can be used for noninvasive spectroscopic identification of
biological tissue and is of special interest in early tumor detection. The basis for this optical …

The 325 nm‐excited autofluorescence spectra from cancerous and normal renal tissues
were collected ex vivo biopsy tissue samples, through an optical fiber probe‐based system …