Pakistani Scientist Begins Human Trials for Chip That Combat Brain-Related Diseases

Pakistani Scientist Begins Human Trials for Chip That Combat Brain-Related Diseases

Inventor of a neuro / bionic chip, Dr. Naweed Syed says he will start testing people in a few months.

A few years have passed since the story of a Pakistani-Canadian scientist from the Hotchkiss Brain Institute of the University of Calgary who created a neuroscope that gained power. The neurochip will help to understand the communication between human tissue and an electronic device.

Pakistani Scientist Begins Human Trials for Chip That Combat Brain-Related Diseases

Pakistani Scientist Begins Human Trials for Chip That Combat Brain-Related Diseases
Pakistani Scientist Begins Human Trials for Chip That Combat Brain-Related Diseases

Although it has taken almost two decades of febrile experiments, design, redesign and observations, a two-way brain chip is finally ready for human testing.

Initially, the semiconductor chip will be used to treat patients with epilepsy, especially those who do not respond to the drug on the file.

The chip can pave the way for the development of a bionic robot. It can also help with incurable brain diseases and the resulting loss of function simply by implicating in the brain.

Diagnostic Device:-

Diagnostic Device
Diagnostic Device

Dr. Naweed, the pioneer of brain activity reading slides, will be conducting the mid-year experiments. The ultra-sensitive biblical beeps will only serve as a diagnostic device for epileptic patients through numerous unparalleled approaches.

The biblical bionic chip is one of three unique chips developed by Syed. Your goal is to track seizures in a way that has never been done before.

This chip is important because it will be compatible with MR and will allow the surgeon to identify the place of attack, which is fairly difficult to achieve normally.

Pakistani Scientist Begins Human Trials for Chip That Combat Brain-Related Diseases
Pakistani Scientist Begins Human Trials for Chip That Combat Brain-Related Diseases

In addition, once implanted, the chip not only detects seizures, but also transmits the signals wirelessly to a portable pocket device. It can relieve patients of a 30-foot cable, which is part of the conventional procedure.

In the next step, however, the chip will not only detect attacks, but will also switch to a device that can deliver it. Human trials will begin in the middle of 2019 at the University of Calgary, Alberta, Canada.

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