黑料网

Abstract

Neurons are the fundamental building blocks of the nervous system, communicating through electrical impulses that form the basis of brain function. While much of the focus in neuroscience has been on fast-firing neurons, slowfiring neurons play a crucial yet often overlooked role in neural dynamics and connectivity. This article explores the characteristics, mechanisms, and implications of slow-firing neurons, highlighting their significance in maintaining brain homeostasis, modulating network activity, and contributing to cognitive processes. Neuronal slow firing refers to the phenomenon where certain neurons exhibit a low frequency of action potentials (APs), typically less than 1 Hz [1]. This characteristic firing pattern is crucial for maintaining various aspects of brain function, including homeostasis, cognitive processes, and the overall dynamics of neural networks.