Dataset includes patch-clamp recordings aim to characterize functionality of neurons belonging to murine cerebral organoids. Patch-clamp recordings were performed by University of Modena and Reggio Emilia unit (PI Prof. Curia Giulia). Organoids were generated by University of Verona unit (PI Prof. Decimo Ilaria) and transferred to Modena for electrophysiology experiments
<p>Whole-cell patch-clamp recordings were made in current-clamp mode from the soma of neurons. Shown...
Dendrites of dopaminergic neurons receive and convey synaptic input, support action potential back-p...
A detailed, high-spatiotemporal-resolution characterization of neuronal responses to local electrica...
Dataset includes patch-clamp recordings aim to characterize functionality of neurons belonging to mu...
Summary: Patch-clamp and multi-electrode array electrophysiology techniques are used to measure dyna...
The Animal Experiment Committee of RIKEN BSI (Brain Science Institute; http://www.brain.riken.jp/en/...
Our ability to probe the immense complexity of the brain, with its approximately 80 billion neurons,...
The combination of patch clamp recordings from two (or more) synaptically coupled neurons (paired re...
Human functional imaging studies are increasingly focusing on the identification of large-scale neur...
Physiology: In vitro recordings of neurons in layers 2/3 of higher visual areas in slices of mouse c...
Despite the importance of the mammalian neocortex for complex cognitive processes, we still lack a c...
A lot of efforts have been made to understand the structure and function of neocortical circuits. In...
International audienceAlthough microglial cells are not electrically excitable, they express a large...
This dataset shows electrophysiological profiles of different whole-cell patch-clamp recorded cell-t...
Whole cell patch clamping is a widely applied method to record currents across the entire membrane o...
<p>Whole-cell patch-clamp recordings were made in current-clamp mode from the soma of neurons. Shown...
Dendrites of dopaminergic neurons receive and convey synaptic input, support action potential back-p...
A detailed, high-spatiotemporal-resolution characterization of neuronal responses to local electrica...
Dataset includes patch-clamp recordings aim to characterize functionality of neurons belonging to mu...
Summary: Patch-clamp and multi-electrode array electrophysiology techniques are used to measure dyna...
The Animal Experiment Committee of RIKEN BSI (Brain Science Institute; http://www.brain.riken.jp/en/...
Our ability to probe the immense complexity of the brain, with its approximately 80 billion neurons,...
The combination of patch clamp recordings from two (or more) synaptically coupled neurons (paired re...
Human functional imaging studies are increasingly focusing on the identification of large-scale neur...
Physiology: In vitro recordings of neurons in layers 2/3 of higher visual areas in slices of mouse c...
Despite the importance of the mammalian neocortex for complex cognitive processes, we still lack a c...
A lot of efforts have been made to understand the structure and function of neocortical circuits. In...
International audienceAlthough microglial cells are not electrically excitable, they express a large...
This dataset shows electrophysiological profiles of different whole-cell patch-clamp recorded cell-t...
Whole cell patch clamping is a widely applied method to record currents across the entire membrane o...
<p>Whole-cell patch-clamp recordings were made in current-clamp mode from the soma of neurons. Shown...
Dendrites of dopaminergic neurons receive and convey synaptic input, support action potential back-p...
A detailed, high-spatiotemporal-resolution characterization of neuronal responses to local electrica...