… Typical FLTs of biological molecules range from tens of picoseconds (ps) … Fluorescence
lifetime images of human tissue samples were successfully performed. The fluorescence lifetime …

… Fluorescence Lifetime Imaging Microscopy, firstly to collect images based on fluorescence
lifetime … excitation which is less scattered in biological tissue, allowing deeper penetration into …

… During this wound healing process new tissues are … matrix (ECM) in tissues and are the major
components of fibrosis 7,… for various other biological functions including tissue flexibility 8 . …

… tissues by fluorescence lifetime imaging (FLIM). We identified an autofluorescent, endogenous
species with a characteristic fluorescent lifetime … -invasive imaging of biological samples, …

… background that can mask the signal emitted by luminescent nanoparticles and can also
damage the biological tissues. The alternative use of up-conversion nanoparticles (UCNPs), …

… Autofluorescence of biological tissues provides abundant intrinsic signals revealing changes
in chemical composition, metabolism, and morphology [1, 2] owing to either pathologic …

… fluorescence lifetimes to differentiate healthy and benign tissues from malignant thyroid tissue…
We observed fluorescence lifetimes at 340 nm emission of 0.80±0.26 and 3.94±0.47 ns for …

… application of FLIM in cell biological en biomedical studies. Especially … biology. Other
application areas, including usage of lifetime contrast for ion-imaging, quantitative imaging, tissue …

… Mycek, "Quantitative fluorescence lifetime spectroscopy in turbid media: comparison of
theoretical, experimental and computational methods", Physics in Medicine and Biology, 47, 3387…

… Therefore, all three tumor models showed a difference between the tumor and the healthy
brain tissue in, at least, one fluorescence lifetime parameter. The difference between the tumor …