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Recently, a The nervous technology company Paradromics is called newspaper headlines by successfully planting the computer interface (BCI) in humans for the first time. The procedure occurred at the University of Michigan during the patient’s routine surgery.
The device has been placed and removed in just about 20 minutes, which is a rapid transformation of such complex technology. This achievement is a big deal for soldiers, which has been working on brain transplant technology for nearly 10 years.
He explains that his system can be safely implanted in the brain and actually records nervous activity. With this teacher, the company moves from the search to Clinical experimentsIt aims to test safety in the long term and daily use of their devices in people.
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The computer’s computer interface (Phenshands)
How to change the computer computer interfaces
The computer’s computer interface is a tool that reads brain signals and turns them into orders for computers or other devices. Homogeneity The version, Connexus, is designed to help people with severe movement problems, such as the resulting paralysis, to communicate with their ideas to control the computer.
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The device is still in the search stage and was not approved by the organizers. But the last transplant is a big step forward.
“We have already shown in animals that our device is the highest level of data quality and durability,” said the founder of the company and CEO of Matt Angle. “Now, we have shown that he works in humans as well, which builds a momentum for a next clinical experience.”
The computer’s computer interface (Phenshands)
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Inside Connexus Bci: What makes him stand out
Connexus BCI highlights because it is designed for durability and full of advanced features. One of its most prominent innovations is to insert 421 accurate electrodes, each one thinner than human hair, allowing the device to capture signals from individual brain cells with impressive accuracy. These electrodes are located in a body made of titanium and platinin-reidium, which are widely reliable materials in medical transplantation for their safety and compatibility with the human body, ensuring that the device is suitable for long-term use.
The signals that were discovered by electrodes from the brain are transmitted to a built -in device that is planted in the chest, which broadcasts the data wirelessly to a computer or an external tool. Advanced models and language models Treat this information, or translate the user’s nervous activity into a letter or text, so that people with severe severe disabilities can communicate or control digital devices directly with their ideas.
The computer’s computer interface (Phenshands)
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How to work Connexus Bci: Step by step
Connexus BCI transforms brain activity into digital work through a simple series of steps, each of which is designed to make communication smooth for people with sharp kinetic disabilities.
TransplantConnexus BCI surgeon under the skin, using already firm techniques in medicine.
Arrest of brain signals: The poles of the device pick up signals from individual neurons in the kinetic cortex.
Send data to the chest: These signals are transmitted along a thin wire to a small device in the chest.
Wireless transmission: The chest sends the data wirelessly to a computer or smartphone.
Converting ideas into words: Advanced programs determine what the user wants to say or do and translate it into orders, text or digital orders.
For people who cannot speak or move due to conditions such as ALS or stroke, Paradromics technology can be unprofessional. They can be allowed to communicate with natural speeds and even control computers with their ideas.
The computer’s computer interface (Phenshands)
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The team is behind the penetration
This procedure was led by Dr. Orin Sajir, Professor of Neurosurgery, and Dr. Matthew Wilsi, Assistant Professor of Neurosurgery and Biomatic Engineering, both of whom are at the University of Michigan. Their team includes both doctors and engineers, while ensuring that the transplant is performed safely and effectively. Dr. Wilsey has shared that the Paradromics device has more than four times the number of sensors compared to the other devices they used, which means that it can capture a more detailed activity in the brain.
The computer’s computer interface (Phenshands)
Physicships opposite other nerve technology companies
PHADROMics is not the only company that works on computer computer facades. Others, like NeuralinkDistinction and accuracy neuroscience, also make progress. Each of them has a slightly different approach, but the cranes focus on recording activity from individual brain cells, which may lead to more natural communication for people with paralysis. The founder compared the approach to placing the microphones on the field instead of the outside. Inside, you hear every conversation. Outside, you only hear the noise of the crowd.
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The computer’s computer interface (Phenshands)
Finance and partnerships and what will happen after that
Paradromics raised nearly $ 100 million so far and has recently cooperated with NEOM in the Kingdom of Saudi Arabia. The company is also part of the FDA program that helps to accelerate the development of medical devices penetration. Later this year, Paradromics plans to start a clinical trial for people with severe movement problems such as als, spinal cord injury or stroke. The goal is to help them communicate independently using digital devices.
The computer’s computer interface (Phenshands)
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The first human transplant in Paradromics is a great moment in the field of nerve technology. Although the device is still in the search phase, this successful test shows that it is possible to use computer interfaces in the advanced and effective brain. As Paradromics and other companies continue to move forward, the future appears promising for people with sharp sharp disabilities. The ability to communicate and interact with the world in new ways is closer than ever, and this is something worth talking about.
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