… The present implementation allows the investigation of biological tissues in the mesoscale
range, 0.1–5 mm in a correlated manner. Due to the co-registered acquisition of the modalities…

… as fluorescence resonance energy transfer (FRET). These properties of fluorescence lifetimes
… Imaging of fluorescence lifetimes enables biochemical reactions to be followed at each …

… Fluorescence lifetime imaging has been shown to serve as a valuable tool for … biological
tissue at a mesoscopic level. The ability to analyze fluorescence decay curves to extract lifetime …

… to fresh excision tissues or biopsies. Fixation and mounting is a routine procedure in cell
biology and pathological research [14], which provides good tissue and protein preservation for …

… of intrinsic tissue fluorophores and nonlinear harmonic generation from tissue matrix …
structural imaging of unstained biological tissue [1–10]. Whereas, for conventional confocal …

… Most of these fluorophores have a fluorescence lifetime … emission spectra of biological
tissue fluorophores are normally … of tissue, we show that the fluorescence lifetime information is …

… , spectrally resolved fluorescence lifetime analysis of endogenous fluorescence facilitates
even better recognition, discrimination, and diagnosis of biologically active tissues and their …

… carried out previously for imaging the fluorescence decay rate map within biological tissue.
… but distinct fluorescence lifetimes between 0.5 ns and 1 ns. To model tissue autofluorescence …

… of the fluorescence lifetime of NADH has been carried out in a variety of biological samples,
… ideal Krogh tissue cylinder exhibits an elemental relationship to tissue oxygen diffusion. The …

… the use of the fluorescence lifetime as a diagnostic tool. … ) the fluorescence lifetime can be
perturbed by multiple scattering of both the excitation and the emission light in the host tissue. …