In vivo monitoring of neuronal activity with genetically encoded calcium indicators
Natsuko HitoraーImamura
Abstract
Open-access reader
Natsuko HitoraーImamura
Abstract
Open-access reader
Observing neuronal activity of free-moving animals gives us a lot of information that helps us to understand the neural computations that mediate behavior. While many techniques have been utilized to measure neuronal activity in specific brain regions, these regions are made up of genetically and anatomically heterogeneous sub-populations, and dissection of neuronal activity of interest is still an ongoing challenge.
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Observing neuronal activity of free-moving animals gives us a lot of information that helps us to understand the neural computations that mediate behavior. While many techniques have been utilized to measure neuronal activity in specific brain regions, these regions are made up of genetically and anatomically heterogeneous sub-populations, and dissection of neuronal activity of interest is still an ongoing challenge.
Key concepts: Premovement neuronal activity, Neuroscience, Neural activity, Biological neural network, Calcium imaging, Brain activity and meditation, Biology, Calcium