Hippocampal neuronal in culture expressing Nlg1 (gold) and a postsynaptic marker (white)- dSTORM microscopy (top). The same image was treated with glare edges filter (bottom).
Pictured is a reconstructed image of single-molecule super-resolution microscopy (dSTORM) of the subunit GluN2B of NMDA receptors, using the SR-Tesseler software.
Purkinje neurons are the main neurons of the cerebellar cortex. They have a very complex and characteristic morphology, their intricate dendrite tree, that is flat, can be observed during whole-cell patch clamp recordings if we add to the internal solution a fluorescent molecule, such as Lucifer Yellow.
Super-resolution (STED) image of cultured hippocampal neurons filled with a fluorescent marker and showing the diversity of spine shape along dendritic shafts.
Two sides of the same coin. The same protein visualized by electrophysiology and fluorescence microscopy in cell lines and hippocampal neurons, respectively
This image represents VTA Dopamine axonal projections to the striatum acquired using STED microscopy. In this picture, we can distinguish multiple prototypical dopaminergic varicosities formed in the axonal fibers. The pseudocolor Look-Up Table "mpl-viridis" outlines the variation of signal intensity.
