Connections made via apical synapses seemed to be strengthened by movement information more than those made via basal ...

This explainer outlines how neurons and glial cells coordinate electrical and chemical signals to form complex brain networks that govern thought, behavior, and consciousness. It also explores how ...

A typical neuron is composed of three main structures ... One of their main responsibilities is to form synapses with incoming processes from other neurons (most of the time with another cell’s axon).

Between the axon of a transmitting neuron and the dendrite of a receiving neuron is a gap called the synapse—the site at which signals are passed between the brain cells. The nervous system ...

This networking is how we learn, reason, form memories, and adapt to our world, and it’s made possible by synapses, tiny junctions dotting a neuron’s branches that receive and transmit input from ...

Our research investigates how these liquid-like properties contribute to the main function of the neuron in synaptic ...

Synapses are the connection points where neurons establish contact with each other to transmit information. For this ...

In contrast, plasticity in basal dendrites was linked to the neuron's overall output—strengthening or weakening depending on how synapse activity aligned with global action potential firing.

2). However, agrin itself is not necessary for the formation of neuron–neuron synapses. This has led to an intensive search for trans-neuronal inducers. Among the candidates are cadherins ...

As you experience or encounter new things, your brain must encode this information via the right neural networks at the right ...

They needed something that could hop across synapses, spreading from neuron to neuron efficiently enough to reach detectable levels even in cells connected across long distances. Luckily for the ...

Peripheral nerve injury triggers synaptic remodeling. The ganglioside GT1b stabilizes spinal excitatory synapses by ...