… ) coupled with fluorescence lifetime imaging microscopy (FLIM… in situ location and identity
of bacteria in Symbiodiniaceae. … endogenous chemicals (eg metabolic co-enzymes, structural …

… -active [8] and thus provide molecular fingerprints that are highly sensitive and can reflect a
… modalities of these techniques for cancer imaging, metabolic monitoring, and diagnosis. In …

… ) play an important role in bacterial metabolism and cellular processes as well … bacterial
cells as well as in bacterial communities are limited. A fluorescence lifetime imaging microscopy (…

… spectra and fluorescence lifetimes can be used as a fingerprint for … fluorescence lifetime to
distinguish bacteria from each other. … We hypothesised that the metabolic differences between …

… free signatures for different cell types ranging from bacteria to stem cells. A strategy reported
… that mean NADH lifetime is well-suited for identifying a microglial fingerprint upon activation. …

… , a red-fluorescent by-product of bacterial haem production, and … Most interestingly, two-photon
FLIM imaging of the metabolic … been used for bacterial metabolic fingerprinting in diverse …

… for biomedical imaging and studies of cellular metabolism due … of imaging fluorescently
labeled bacteria, we imaged DAPI-… In future work, CARS bands from the so-called “fingerprint” …

… degradation and transport were non-fluorescent. Uptake of FGCs, … metabolism in intestinal
bacteria at the single cell level. … selected for fluorescence intensity line profiling are indicated …

… the bacterial metabolic data (see figure legend and methods) to exclude from macrophage
… profiling. L monocytogenes infection of macrophages resulted in the increase of the mean …

… in the image to a point in the phasor plot [15]. The FLIM-phasor approach has been used to
… a metabolic fingerprint of individual bacteria and pop-ulations by monitoring the lifetime of …