Home News Synchron’s Brain-Computer Implants: A Bridge to Reconnect Paralyzed Patients with the World

Synchron’s Brain-Computer Implants: A Bridge to Reconnect Paralyzed Patients with the World

by admin
BCI Technology

The idea of brain-computer interface (BCI) technology might conjure images of controlling music playlists or streaming Netflix directly from your thoughts, but Dr. Tom Oxley, CEO of medical device startup Synchron, wants to emphasize that BCIs are about much more. In a recent videocall with BuyTechBlog, he emphasized that Synchron’s BCIs are not just for able-bodied people looking for enhancements, but for patients seeking to regain fundamental agency and autonomy that they’ve lost due to paralysis.

Oxley is keenly aware of the challenges faced by individuals living with conditions like Amyotrophic lateral sclerosis (ALS) or spinal cord paralysis. These conditions rob people of their ability to interact with the world in the ways many of us take for granted. For instance, the simple act of using a smartphone becomes an insurmountable task for those who have lost motor control in their extremities.

Enter Synchron’s groundbreaking BCI technology. With its Stentrode device, Synchron has achieved what was once thought to be science fiction: successfully implanting a BCI into a human patient. This achievement was part of the pioneering SWITCH study conducted in partnership with Mount Sinai Hospital. Unlike traditional BCIs that require invasive open-brain surgery, the Stentrode is guided through a patient’s jugular vein and positioned near their motor cortex. This minimally invasive procedure not only sidesteps the complications of traditional implantation but also offers a better-fidelity signal compared to non-invasive alternatives.

The implications of Synchron’s technology are profound. The Stentrode can serve as a lifeline for those living with paralysis. Take, for instance, the critical role smartphones play in modern life. They’re not just devices for entertainment; they’re tools for communication, independence, and access to essential services. Dr. Oxley highlights how a smartphone “creates our independence and our autonomy” by enabling communication, banking, shopping, and more. By regaining control over a smartphone through the BCI, patients can reclaim these elements of their lives.

While Elon Musk may paint a picture of a futuristic world where BCIs enable us to download skills Matrix-style, companies like Synchron are focusing on the immediate impact on patients’ lives. Beyond Synchron, other players in the field, such as Medtronic, Blackrock Neurotech, BrainGate, and Precision Neuroscience, along with academic research teams, are working to bring this transformative technology into clinical practice ethically and reliably.

However, as exciting as the prospects are, challenges remain. The long-term stability and success of companies in this space are concerns that can’t be ignored. Dr. Putrino, Director of Rehabilitation Innovation for the Mount Sinai Health System, acknowledges the complexities involved. He stresses that even with the best intentions, the risk of a company folding cannot be completely eliminated. Patients may need to weigh the benefits against the risks, especially considering the permanence of the implant.

The regulatory landscape is also a matter of debate. The FDA’s role is to ensure device safety and efficacy, not societal equality. While some ethical concerns raised by BCIs don’t fall under its purview, some argue that a new committee or regulatory body could be established to address these complex issues at the federal level.

In the midst of these discussions, Synchron’s approach stands out. Their BCIs are designed with the patient’s long-term well-being in mind. The Stentrode is composed of biologically inert materials that won’t harm the body over time, and it runs on a stable software platform, reducing dependency on the company’s continued involvement.

Synchron’s journey is a testament to human ingenuity and the quest to restore what many consider basic human rights: communication, autonomy, and agency. While the road ahead is challenging, the strides made by Synchron and other pioneers in the field offer a glimmer of hope for a brighter future for those whose lives have been impacted by paralysis. So, as BCIs move from the realm of science fiction to reality, one thing is clear: they have the potential to bridge the gap between limitation and liberation, turning the spotlight away from entertainment and towards empowerment.

Frequently Asked Questions (FAQs) about BCI Technology

What is Synchron’s BCI technology?

Synchron’s Brain-Computer Interface (BCI) technology involves implanting a device called the Stentrode into a patient’s body, allowing them to regain control and communication abilities lost due to paralysis.

How does the Stentrode work?

The Stentrode is inserted through the jugular vein and positioned near the motor cortex of the brain. It captures brain signals that are then translated into commands, enabling patients to interact with devices like smartphones and computers.

What conditions does Synchron’s BCI help with?

Synchron’s BCI technology aims to help patients with conditions like Amyotrophic lateral sclerosis (ALS), spinal cord paralysis, and other forms of paralysis caused by stroke or accidents.

How does the BCI restore independence?

By enabling patients to control devices like smartphones, the BCI restores their ability to communicate, manage daily tasks, and maintain a level of independence that would otherwise be compromised by their condition.

What sets Synchron’s approach apart?

Synchron’s Stentrode is designed to be minimally invasive, inserted through the jugular vein instead of requiring open-brain surgery. It offers better signal fidelity compared to non-invasive methods, enhancing its effectiveness.

What challenges does this technology face?

Long-term stability of companies in this field is a concern, as is defining the line between therapy and enhancement. The FDA’s role in ensuring safety and efficacy is clear, but ethical considerations around societal equality remain complex.

How does Synchron address long-term concerns?

Synchron’s Stentrode is made from inert materials that can safely remain in the patient’s body indefinitely. The device runs on a stable software platform, reducing the dependency on the company’s continued involvement.

What is the future of BCI technology?

While challenges persist, strides made by companies like Synchron pave the way for greater independence and empowerment for paralyzed patients. BCIs hold the potential to transform lives and bridge the gap between limitation and liberation.

More about BCI Technology

  • Synchron’s BCI Implants – Learn more about Synchron’s groundbreaking Brain-Computer Interface technology.
  • Mount Sinai Hospital – Explore the partnership between Synchron and Mount Sinai Hospital for pioneering BCI research.
  • BrainGate – Discover BrainGate’s efforts in the field of neurotechnology and brain-computer interfaces.
  • FDA Regulations – Understand the FDA’s role in ensuring the safety and efficacy of medical devices.
  • Ethical Considerations – Delve into ethical considerations surrounding implantable brain-computer interfaces.

You may also like


Cinephile29 August 29, 2023 - 2:39 am

brb, imagining a paralyzed hero controlling gadgets with mind in a movie. hollywood, take notes!

TechWizard August 29, 2023 - 11:43 am

im all in for tech but, like, what if the company crashes? patients are like guinea pigs then?

SportsGeek August 29, 2023 - 2:42 pm

imagining paralyzed ppl playing e-sports with brain, that’d be a plot twist!

MusicMania August 29, 2023 - 4:21 pm

dude, music from brain to speaker, could be epic! but what if it shreds the signal?

MovieBuff007 August 29, 2023 - 5:43 pm

so like, they’re putting things in veins to make people move again? sounds futuristic ngl

GeekChick92 August 29, 2023 - 7:47 pm

whoa this is some next level stuff! like, brain stuff controlling phones? mind blown


Leave a Comment