Two-photon fluorescence spectroscopy has been performed on rat skeletal muscles to investigate the effect of fixation processes on the micro-environments of the endogenous fluorophors in rat skeletal muscles. The two-photon fluorescence spectra measured for different fixation periods show a differential among those samples that were fixed in water, formalin and methanol, respectively. The results imply that two-photon fluorescence spectroscopy can be a potential technique for identification of healthy and malignant biological tissues
Two-photon excitation microscopy has the potential as an effective, noninvasive, diagnostic tool for...
In the never-ending quest for improved medical technology at lower cost, modern near-infrared optica...
The technological advancements made in optics and semiconductors (e.g., cameras and laser diodes) wo...
We investigated the effects of handling and fixation processes on the two-photon fluorescence spectr...
We investigated the effects of handling and fixation processes on the two-photon fluorescence spectr...
Endogenous fluorophores, such as NAD(P)H/FAD and collagen/elastin, have been regarded as in vivo qua...
Spectral resolved tissue imaging has a broad range of biomedical applications such as the minimally ...
Fluorescence spectra from different organs in rats and mice have been recorded to explore the potent...
The paper presents the results of two-photon excitation fluorescence microscopy of rat elastin fiber...
AbstractFast and non-invasive, diagnostic techniques based on fluorescence spectroscopy have the pot...
<p>Excitation at 825 nm, autofluorescence from connective tissue in muscle is observed.</p
Two-photon absorption and emission spectra for fluorophores relevant in cell imaging were measured u...
Two-photon imaging of human skin using ultra short laser pulses can be used to obtain information ab...
AbstractTwo-photon excitation fluorescence microscopy (TPEFM) permits the investigation of the topol...
Aim of the study is to identify patterns of variations of the fluorescence intensity of NADH (reduce...
Two-photon excitation microscopy has the potential as an effective, noninvasive, diagnostic tool for...
In the never-ending quest for improved medical technology at lower cost, modern near-infrared optica...
The technological advancements made in optics and semiconductors (e.g., cameras and laser diodes) wo...
We investigated the effects of handling and fixation processes on the two-photon fluorescence spectr...
We investigated the effects of handling and fixation processes on the two-photon fluorescence spectr...
Endogenous fluorophores, such as NAD(P)H/FAD and collagen/elastin, have been regarded as in vivo qua...
Spectral resolved tissue imaging has a broad range of biomedical applications such as the minimally ...
Fluorescence spectra from different organs in rats and mice have been recorded to explore the potent...
The paper presents the results of two-photon excitation fluorescence microscopy of rat elastin fiber...
AbstractFast and non-invasive, diagnostic techniques based on fluorescence spectroscopy have the pot...
<p>Excitation at 825 nm, autofluorescence from connective tissue in muscle is observed.</p
Two-photon absorption and emission spectra for fluorophores relevant in cell imaging were measured u...
Two-photon imaging of human skin using ultra short laser pulses can be used to obtain information ab...
AbstractTwo-photon excitation fluorescence microscopy (TPEFM) permits the investigation of the topol...
Aim of the study is to identify patterns of variations of the fluorescence intensity of NADH (reduce...
Two-photon excitation microscopy has the potential as an effective, noninvasive, diagnostic tool for...
In the never-ending quest for improved medical technology at lower cost, modern near-infrared optica...
The technological advancements made in optics and semiconductors (e.g., cameras and laser diodes) wo...