This article presents our most recent advances in synchronous fluorescence (SF)
methodology for biomedical diagnostics. The SF method is characterized by simultaneously …

Although conventional autofluorescence spectroscopy, in which fluorescence emission
spectra are recorded for fixed excitation wavelengths, has demonstrated good performance …

Autofluorescence lifetime measurements, which can provide label-free readouts in
biological tissues, contrasting eg different types and states of tissue matrix components and …

Optical biomedical imaging and diagnostics is a rapidly growing field that provides both
structural and functional information with uses ranging from fundamental to practical clinical …

Time-resolved fluorescence spectroscopy is presently regarded as a research tool in
biochemistry, biophysics, and chemical physics. Advances in laser technology, the …

The human skin is a complex, multilayered and inhomogeneous organ with spatially varying
optical properties. Analysis of cutaneous fluorescence spectra could be a very complicated …

Time-resolved fluorescence spectroscopy is presently regarded as a research tool in
biochemistry, biophysics, and chemical physics. Advances in laser technology, the …

Time-resolved fluorescence spectroscopy is presently regarded as a research tool in
biochemistry, biophysics, and chemical physics. Advances in laser technology, the …

We investigate the advantages and disadvantages of the synchronous fluorescence (SF)
scan method as compared with the fixed-excitation or fixed-emission fluorescence methods …

Optical microscopy is among the most powerful tools that the physical sciences have ever
provided biology. It is indispensable for basic lab work, as well as for cutting edge research …