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An article published in Sensors reveals fluorescence lifetime imaging (FLIM), an important tool that provides unique information for biomedical research. The FLIM-MLP-Mixer, a multi-layer perceptron-based mixer (MLP Mixer), and a deep learning (DL) technique are used for quick and reliable fluorescence lifetime imaging analysis.
Cerebral oedema is a dangerous complication in many brain-related conditions such as strokes. Researchers at the Institute of Neurobiology at Heinrich
Redefining Fluorescence Lifetime Imaging Microscopy Image Credit: Micha Weber/Shutterstock.com Conventional fluorescence lifetime imaging microscopy (FLIM) relies on point-to-point scanning of a tightly focused illumination beam across the sample to form an image, impeding rapid imaging. To overcome this limitation, researchers from Japan and the USA have developed scan-less wide-field imaging methods that can image fluorescence lifetime at unprecedented speeds and capture ultrafast transient phenomena relevant to biomedical research and life sciences. FLIM is an imaging tech...