… technique has a large influence on the performance of a FLIM system. Basically, fluorescence
lifetime imaging … wide-field detection, or by scanning the sample with a focused laser beam …

… Analytical tools for fluorescence lifetime estimations, image segmentation, and heterogeneity
analysis are introduced in this section. Many popular methods are highlighted and …

… image formation that is based on deep learning (DL) to quantify fluorescence decays
simultaneously over a whole image … architecture, named fluorescence lifetime imaging network …

… techniques have been developed, such as the Net-FLICS network for fluorescence lifetime
imaging using compressive sensing data and the 3D CNN-based FLI-Net network for lifetime …

… to rapidly obtain HR FLIM images from raw image data … method combines DL-based
fluorescence lifetime determination and single image resolution enhancement (DL-SIRE) techniques…

… is recognized as the method that most accurately measures fluorescence lifetime 66,67 . …
fluorescent molecules with multiple lifetime components for which both the fluorescence lifetime …

… CNN named Net-FLICS (fluorescence lifetime imaging with compressed sensing), which
enables direct DL-based fluorescence intensity and lifetime imaging from time-resolved single-…

… method to achieve luminescence lifetime imaging. Here we report a low-cost luminescence
lifetime imaging … The luminescence lifetime imaging is validated by mapping the interaction …

… Here we report FLImBrush as a robust method for the … fluorescence lifetime imaging (FLIm).
FLImBrush builds upon an existing method while employing deep learning-based image …

… Fluorescence lifetime imaging microscopy (FLIM) is an optical imaging technique that
characterizes the fluorescence profile of each pixel within an image by the average time between …