Latest / Elon Musk Podcast / Musk's Neuralink Enters Great Britain
Transcript
- 0:01Hey everybody, welcome back to the Elon Musk Podcast.
- 0:05This is a show where we discuss. The Critical.
- 0:07Crossroads that shape. SpaceX.
- 0:09Tesla X, The Boring Company and Neurolink.
- 0:13I'm your host, Will Walden. I got a question for you.
- 0:19Can brain implants become mainstream in medical treatment?
- 0:24Within the next decade? Neurolink announced plans to
- 0:29initiate clinical trials of its brain implant ships in Great
- 0:34Britain, targeting a start date in 2025.
- 0:38Elon Musk founded this company, and it's already received
- 0:42approval to begin similar human trials in the United States,
- 0:46marking Great Britain as Neurolink's first international
- 0:49testing site. Now, Neurolink's implants aim to
- 0:53enable direct brain to computer interactions, and they've
- 0:56already proven this. They've been designed initially
- 0:59to help individuals with severe neurological disabilities.
- 1:03Patients who have lost motor functions from conditions like
- 1:06paralysis, ALS, or spinal cord injuries could potentially use
- 1:10these chips to communicate and operate external devices like
- 1:15phones, computers, laptops. They've already played games
- 1:19with them. They're drastically increasing
- 1:24the autonomy of these people. Now, just to be clear here, the
- 1:29procedure involves placing microchips into your brain using
- 1:34specialized surgical robots, not people, allowing implanted
- 1:39electrodes to read neurological signals and relay those signals
- 1:43wirelessly to external technology.
- 1:48So think of Bluetooth similar to that.
- 1:54Now there's always regulations. British regulators granted the
- 1:59company permission after assessing extensive preclinical
- 2:02data from neuralinks laboratory testing.
- 2:05British healthcare authorities evaluated safety data from
- 2:08animal testing, including results from recent monkey
- 2:11trials in the United States. Approval came after EU KS
- 2:15Medicines and healthcare products Regulatory agency MHRA
- 2:20concluded that Neurolink's submission satisfied all safety
- 2:23requirements necessary to proceed with human participants.
- 2:29Now, Neurolink intends to begin the UK trials by implanting
- 2:31chips into a very limited group of patients with profound
- 2:35disabilities, specifically targeting those who have lost
- 2:39motor control due to severe injury or progressive
- 2:42neurological diseases. Participants will undergo
- 2:45neurosurgery to implant small devices.
- 2:48Approximately. The size of a coin directly
- 2:51embedded into brain tissue, enabling them to send signals to
- 2:54external electronic devices like computers, smartphones, or
- 3:00certain kind of specialized medical equipment for that
- 3:03specific patient. And Nerlink expects that these
- 3:06early trials will generate vital insights into how effectively
- 3:11the chips can facilitate communication in daily functions
- 3:14for patients with severe physical impairments.
- 3:18Now, the decision to conduct trials in Great Britain follows
- 3:21extensive discussions between Neuralink representatives and UK
- 3:24healthcare regulators. The UK possesses A comprehensive
- 3:28framework governing biomedical innovation, offering clear
- 3:31regulatory guidelines and prompt review processes.
- 3:35Great Britain's healthcare system frequently hosts
- 3:37pioneering clinical studies due to its structured approach to
- 3:40evaluating and moderating experimental technologies.
- 3:45Now in the United States, Neurolink has already commenced
- 3:50its initial human clinical trials earned studies following
- 3:53approvals from the FDA. The American trials involve
- 3:56similar patients with neurological impairments.
- 3:59The chips implanted into human subjects aim to test practical
- 4:03functionality, safety and the durability of neural interfaces.
- 4:08And British tests will complement the data obtained by
- 4:11US trials, providing comparative insights to fine tune the tech
- 4:16and enhances performance and reliability.
- 4:19Now Neural Link's brain chips hold potential beyond assisting
- 4:23disabled individuals. Musk has previously stated that
- 4:26long term goals involve enhancing human cognitive
- 4:29abilities and creating brain interfaces accessible to help
- 4:32the individuals interested in augmentation.
- 4:36So think of piercing your ears maybe, but instead Pierce your
- 4:40skull and implanting this in your brain.
- 4:43It's one of those things if you want to augment your your wealth
- 4:48of knowledge, that'd be kind of interesting, wouldn't it?
- 4:52If you have comments on your podcast platform post, if you
- 4:56would do that, would you get Neuralink just to be a little
- 4:59bit smarter or maybe absolutely smarter Interesting that's
- 5:07ethical consideration, right? So there's broader applications
- 5:13remain contentious here with Neuralink, privacy, data
- 5:18security, possible misuse. Despite these concerns, though,
- 5:24Neurolink maintains the strict protocols, regulatory oversight
- 5:28and ethical standards will guide any developments involving
- 5:32broader human enhancements. And beyond human trials,
- 5:36Neurolink faces ongoing scrutiny regarding animal testing,
- 5:41especially after previous allegations of animal welfare
- 5:44violations surfaced. The company addressed those
- 5:46concerns by highlighting adherence to establish
- 5:49guidelines, regular oversight by veterinary professionals, and
- 5:52implementing advanced care standards.
- 5:57Regulatory bodies and independent monitors closely
- 5:59oversee animal testing practices at Neuralink, ensuring
- 6:03compliance with humane treatment guidelines.
- 6:09Neurolink operates within a highly competitive domain domain
- 6:12right now. Several other companies globally
- 6:15also develop neurotechnological devices aimed at similar patient
- 6:19populations, including industry veterans like Synchron and
- 6:24BlackRock Neurotech. Synchron, for example, recently
- 6:27received approval from US regulators to test brain
- 6:30computer interfaces, offering a less invasive method than
- 6:35Neurolink, utilizing blood vessels rather than direct
- 6:38surgical insertion. Such competition pushes
- 6:42Neurolink to continually refine its methods and technology to
- 6:45maintain a technological and clinical advantage.
- 6:49Neurolink anticipates significant logistical hurdles
- 6:53and technical challenges throughout the upcoming clinical
- 6:56testing phase. Potential risks include
- 6:59infection and implantation sites, rejection by patient
- 7:02immune systems, or ineffective long term functioning of
- 7:06implanted electrodes. Continuous refinement,
- 7:09collaboration with clinical experts and careful data
- 7:13analysis will shape Neurolink strategies to address these
- 7:16complications during the clinical development process.
- 7:20Now, as Neurolink moves towards human trials in Great Britain
- 7:24and expands globally, the advancement signals a critical
- 7:28phase for wider adoption of neurotechnology in medical
- 7:33treatment. And hopefully these British
- 7:35trials are a plus. We want Neurolink to succeed.
- 7:39We want people to have better lives now.
- 7:43Once they enter the international clinical studies
- 7:46realm, they're going to confirm that the steady, the steady
- 7:51advancement towards broader medical acceptance of neural
- 7:54implants is going to be a real thing in the future for every
- 7:57single person. Hey, thank you so much for
- 7:59listening today. I really do appreciate your.
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