Axons are traditionally considered stable transmission cables, but evidence of the regulation
of action potential propagation demonstrates that axons may have more important roles. …

Studies on information processing and learning properties of neuronal networks would benefit
from simultaneous and parallel access to the activity of a large fraction of all neurons in …

10.7554/eLife.30198.001 Axons are neuronal processes specialized for conduction of action
potentials (APs). The timing and temporal precision of APs when they reach each of the …

Bursts of action potentials within neurons and throughout networks are believed to serve roles
in how neurons handle and store information, both in vivo and in vitro. Accurate detection …

A detailed, high-spatiotemporal-resolution characterization of neuronal responses to local
electrical fields and the capability of precise extracellular microstimulation of selected neurons …

Extracellular voltage fields, produced by a neuron's action potentials, provide a widely used
means for studying neuronal and neuronal‐network function. The neuron's soma and …

To advance our understanding of the functioning of neuronal ensembles, systems are
needed to enable simultaneous recording from a large number of individual neurons at high …

Biological cells are characterized by highly complex phenomena and processes that are, to
a great extent, interdependent. To gain detailed insights, devices designed to study cellular …

Understanding plasticity of neural networks is a key to comprehending their development
and function. A powerful technique to study neural plasticity includes recording and control of …

We present a novel, all-electric approach to record and to precisely control the activity of tens
of individual presynaptic neurons. The method allows for parallel mapping of the efficacy of …