… potentially even in humans. multiphoton microscopy calcium imaging multiphoton imaging In vivo cellular imaging … detect other molecules such as the genetically encoded calcium indicator GCaMP, that neuroscientists use to signal …
… cells regulate and routinely refresh the collection of calcium channels that enable them to send messages across circuit connections calcium synapse formation synapse function synaptic … cells regulate and routinely refresh the collection of calcium channels that enable them to send messages across …
… it can take to publish new knowledge epilepsy drosophila calcium imaging endocytosis … electrical charge by taking in or ejecting ions of calcium, potassium and sodium. If they remain too … glial” cells and that it caused them to retain too much calcium. But what remained completely unclear was how this …
… glutamate release, called active zones (AZs), took in more calcium ions in phasic neurons than tonic ones. A … hypothesizes that this difference could allow for more calcium ions to crowd into the phasic active zones, perhaps … scientists had also found that phasic neurons express a calcium-ion buffering gene >30-fold more than tonic ones. …
… ‘GDspike’ a new option for estimating neural activity from calcium fluorescence multiphoton microscopy Electrophysiology calcium imaging https://ieeexplore.ieee.org/document/8680673 … been sensed. Engineering neurons to flash with light when calcium levels peak is less invasive and shows the exact cell …
