To understand the structure of neuronal networks, functional and morphological characterization of individual neurons is a necessity. Here, we demonstrate juxtasomal biocytin labeling, which allows electrophysiological recordings in the extracellular configuration, yet maintaining the ability to intracellularly label the neuron for post hoc reconstruction of dendritic and axonal architecture
How cortical network activity processes information is of importance to a large number of basic 26 ...
One of the main characteristics of brains is their profuse connectivity at different spatial scales....
Despite a long tradition in reconstructing neurons, the tracing of complete 3D axon morphologies sti...
To understand the structure of neuronal networks, functional and morphological characterization of i...
The cerebral cortex is characterized by multiple layers and many distinct cell-types that together a...
Electrophysiological recordings of cells using the patch clamp technique have allowed for the identi...
The single-cell juxtacellular recording-labeling technique makes it possible to label the neuron rec...
One of the most striking characteristic of the brain is its profuse neuronal connectivity. Not surpr...
In this report, we describe a reliable protocol for biocytin labeling of neuronal tissue and diamino...
International audienceSeveral techniques enable to inject intracellularly neurons with dyes and to u...
To investigate the connectivity of brain networks noninvasively and dynamically, we have developed a...
Numerous studies have attempted to relate variations in cellular structure (i.e., morphology) with v...
One of the main characteristics of brains is their profuse connectivity at different spatial scales....
Inhibitory hippocampal and neocortical interneurones comprise a physiologically, morphologically and...
Intracellular sharp-electrode, whole-cell patch clamp and juxtacellular labeling methods have previo...
How cortical network activity processes information is of importance to a large number of basic 26 ...
One of the main characteristics of brains is their profuse connectivity at different spatial scales....
Despite a long tradition in reconstructing neurons, the tracing of complete 3D axon morphologies sti...
To understand the structure of neuronal networks, functional and morphological characterization of i...
The cerebral cortex is characterized by multiple layers and many distinct cell-types that together a...
Electrophysiological recordings of cells using the patch clamp technique have allowed for the identi...
The single-cell juxtacellular recording-labeling technique makes it possible to label the neuron rec...
One of the most striking characteristic of the brain is its profuse neuronal connectivity. Not surpr...
In this report, we describe a reliable protocol for biocytin labeling of neuronal tissue and diamino...
International audienceSeveral techniques enable to inject intracellularly neurons with dyes and to u...
To investigate the connectivity of brain networks noninvasively and dynamically, we have developed a...
Numerous studies have attempted to relate variations in cellular structure (i.e., morphology) with v...
One of the main characteristics of brains is their profuse connectivity at different spatial scales....
Inhibitory hippocampal and neocortical interneurones comprise a physiologically, morphologically and...
Intracellular sharp-electrode, whole-cell patch clamp and juxtacellular labeling methods have previo...
How cortical network activity processes information is of importance to a large number of basic 26 ...
One of the main characteristics of brains is their profuse connectivity at different spatial scales....
Despite a long tradition in reconstructing neurons, the tracing of complete 3D axon morphologies sti...