Breakthrough in Artificial Neuron Technology
Researchers at UMass have successfully engineered artificial neurons using bacteria. These innovative neurons can communicate with living brain cells, closely imitating the way real neurons work. This achievement is a significant step forward in the field of synthetic biology and neuroscience. 
How Bacteria-Based Neurons Work
The artificial neurons operate at low voltage and interact with biological cells. Scientists designed these neurons to mimic the electrical and chemical signals of real brain cells. By using bacteria, the researchers created a system that can not only send but also receive signals just like natural neurons do. This technology could lead to new therapies for neurological disorders and even advanced brain-computer interfaces.
Potential Impact and Future Applications
Synthetic neurons made from bacteria could revolutionize medicine and computing. They offer the potential to repair damaged neural circuits, treat brain diseases, or enhance cognitive abilities. The ability to seamlessly integrate with living tissues opens up exciting possibilities for future research and medical breakthroughs.
Sources: The Debrief
