Chip Neuro - Integrated Circuits designed to communicate with neuron cells

The neuro chip is an integrated circuit chip designed to communicate with neuron cells. Chips are used to help researchers study the nervous system, improve health care, and improve mental health. Chips work by stimulating and inhibiting neurons. Neuron cells, in turn, interact with chips to provide information and control functions.

Until now, it is difficult to record brain cell activity. Scientists have spent years developing electrodes and analyzed recorded data, but they are limited to monitor the activity of one or two brain cells at once. Now, scientists can place a larger brain cell tissue in chips and monitor their activities in detail. Finally, the researchers hope to use Neuro-Chip to develop personalized drugs.

Neurons grow in cages in chips. This chip contains sixteen thousand high sensitivity sensors that can detect and record signals from nerve cells. The diameter of neurons varies from ten to fifty thousand millimeters. The surface area of ​​the chip is about one square millimeter, and each sensor is able to record 2,000 values ​​per second.

Neuro chip architecture is modular and makes it possible to learn on-chips. It uses popular learning algorithms such as hebbian and propagation errors. The complete modular design also allows easy multi-chip expansion. Chips are connected to each other using a pin-to-pin connection. The learning level can be controlled by digital signals.

Chip Neuro was developed by researchers at the University of Calgary. This can remind someone about seizures, give advice to patients, and even activate GPS trackers on someone's cellphone. This also allows researchers to test different drugs in different brain tissue, to determine which is most suitable.

While neuro-chip technology is still in the early stages, it may be the beginning of new treatment for neurodegenerative diseases. Researchers believe that neuro-chips will give very valuable insight researchers about how nerve cells in the brain work. With this new technology, researchers will be able to monitor the function of neurons in real time.

While neurocline is being tested for the possibility of rehabilitation applications, there is ethical concern. While this device is designed for long -term benefits of brain health and reduce pain and disability, it can also cause neuronal manipulation. This can cause negative side effects. Some researchers even suggest that neurochips can cause manipulation and deception, which can endanger the patient's mental health.

Neuro-chips are hybrid entities that build close physical interactions with nerve cells, facilitate information transfer. Multi-site recording chips can be instilled in the brain or cultured neurons and record neurons excitation. The latest breakthrough in this field has increased the signal-to-noise ratio. The use of microelectrodes to record nerve activity also increases spatiotemporal resolution.