Musk’s Neuralink says cleared for brain implants human test

SAN FRANCISCO – Elon Musk's start-up Neuralink on Thursday said it has approval from US regulators to test its brain implants in people.

Neuralink said clearance from the US Food and Drug Administration (FDA) for its first inhuman clinical study is "an important first step" for its technology, which is intended to let brains interface directly with computers.

"We are excited to share that we have received the FDA's approval to launch our firstin-human clinical study," Neuralink said in a post on Musk-run Twitter.

Recruitment for a clinical trial is not yet open, according to Neuralink.

The aim of Neuralink implants is to enable human brains to communicate directly with computers, Musk said during a presentation by the start-up in December.

"We've been working hard to be ready for our first human (implant), and obviously we want to be extremely careful and certain that it will work well before putting a device in a human," he said at the time.

Neuralink prototypes, which are the size of a coin, have been implanted in the skulls of monkeys, demonstrations by the startup showed.

At a presentation, Neuralink showed several monkeys "playing" basic video games or moving a cursor on a screen through their Neuralink implant. The technology has also been tested in pigs. With the help of a surgical robot, a piece of the skull is replaced with a Neuralink disk, and its wispy wires are strategically inserted into the brain, an early demonstration showed.

The disk registers nerve activity, relaying the information via common Bluetooth wireless signal to a device such as a smartphone, according to Musk.

"It actually fits quite nicely in your skull," Musk said during a prior presentation.

"It could be under your hair and you wouldn't know."

- Uploading memories? -

Musk said the company would try to use the implants to restore vision and mobility in humans who had lost such abilities.

"We would initially enable someone who has almost no ability to operate their muscles... and enable them to operate their phone faster than someone who has working hands," he said.

"As miraculous as it may sound, we are confident that it is possible to restore full body functionality to someone who has a severed spinal cord," he said.