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… vessels, cell membranes and extracellular spaces. Because neural shapes change during their development, the team was …

… amblyopic eye is weak, key connections, or “synapses,” in neural circuits leading from the eye to the brain’s visual …

… High speed voltage imaging and optogenetic control of neural activity in living mouse brain *M. H. MURDOCK 1 , K. … Chicago, IL Session 375 Intrinsic Membrane Properties: Neural Oscillators and Dendritic Properties Presentation … K. P. PURPURA 1 ; 1 Brain and Mind Res. Institute, Div. of Systems Neurol. and Neuroscienc, Weill Cornell Med. Col., New …

… and Neuroscience, the director of the RIKEN-MIT Center for Neural Circuit Genetics at the Picower Institute for Learning … retrieved. In a more recent study of a process called systems consolidation of memory, the  researchers found …

… they became able to respond again. All the while, neural rhythms reflecting their brain activity were recorded … authors said. One of the main flaws with current EEG-based systems for monitoring consciousness, they said, is that they …

… that operates upstream of stalled ribosomes. “Sending neural signals takes a lot of energy,” Burge says. “Over …

… Presentation 081.20 / X38 Achieving and using stability in neural circuits *L. KOZACHKOV 1 , M. LUNDQVIST 1 , J.-J. … 113.26 / A26 Altered 3D-Genome Architecture of Neural Progenitor Cells as a Consequence of Down Syndrome *H. … Dept. of Brain and Cognitive Sci., 2 RIKEN-MIT Ctr. for Neural Circuit Genet., 3 Dept. of Biol., MIT, Cambridge, MA …

… in the gene MECP2 hinders the development of neurons and neural circuits and the maturation of n eural connections, … and expression cascade that depends on MECP2 affects neural development , not only in mice but also in complex 3D …

… at MGH and MIT have enhanced our understanding of the neural basis of cognitive function and dysfunction, including …