Human Cortical Neuron Cells

Description

Human Cortical Neurons (HCN) originate from the healthy brain cortex of humans and are vital components of the central nervous system. Distinguished into two major categories—neurons and glia—these cells define the brain’s structure, function, and nourishment. Notably, HCN exhibit heightened voltage differentiation in comparison to their rodent counterparts, stemming from lower ion channel densities across expanded dendritic surfaces. Cortical neurons in humans are larger compared to those in other species. Despite their varied sizes and shapes, all neurons share common morphological characteristics that collectively form the intricate framework of a sophisticated communication network. As the primary signaling entities of the nervous system, these dynamically polarized neurons play a pivotal role in assimilating sensory inputs, transmitting motor directives, and processing and transmitting electrical signals throughout the neural circuitry.

Why choose Human Cortical Neuron Cells from AcceGen?

Human Cortical Neuron Cells from AcceGen is selected for high quality and viability. These cells are cryopreserved immediately after isolation in vials containing 1 million cells, arriving in a frozen state. AcceGen ensures successful subsequent culturing under their specified conditions, offering a reliable resource for advanced research.