Definition: Human nerve cells grown in a lab that can be connected to electronic chips to study and utilize their electrical activity.
Explanation
Living human neurons are nerve cells derived from human tissue and cultured in laboratory conditions on specially prepared surfaces, such as microelectrode arrays. These neurons grow, form networks, and communicate through electrical signals. When placed on electronic chips, their electrical activity can be measured and stimulated, enabling researchers to explore interactions between biological neural networks and electronic systems.
Example
Researchers grow living human neurons on a chip coated with a biological substrate, allowing the neurons to attach and form networks. The chip’s electrodes detect electrical signals from the neurons, which can then be analyzed or used to control electronic devices in experimental setups.
Who This Is For
This term is relevant for neuroscientists, bioengineers, AI researchers, and technology developers interested in brain-computer interfaces, neurotechnology, and emerging biological computing platforms.
Related Terms
microelectrode array, biological computer, neural network, brain-computer interface, neurotechnology
Also Known As
human neurons on chip, cultured human neurons, lab-grown neurons