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… MIT imaging tech promises deepest looks yet into living brain … 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 …

… Live imaging method brings structural information to mapping of … when they become electrically active (and show changes in calcium) in response to a particular stimulation. For … the strength of retinotopic mapping with three-photon imaging to get more structural information,” Yildirim said. …

… response depended on a particular “T-type” channel for calcium in the LGN neurons. This was important because …

… arrived did active zones possess the mature structure for calcium ions to trigger the fusion of glutamate vesicles to …

… to watch it live as it happens multiphoton microscopy calcium imaging In vivo cellular imaging voltage imaging all-optical … engineered neurons with a protein that glows when calcium ions build up (a correlate of spiking). The other was …

… 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 …

… see the effects of its absence by visually tracking the calcium activity of neurons, a proxy for their electrical …

… it can take to publish new knowledge epilepsy drosophila calcium imaging endocytosis https://elifesciences.org/articles/44186 … electrical charge by taking in or ejecting ions of calcium, potassium and sodium. If they remain too …