Jacob Robinson Profile picture
Nov 29, 2022 13 tweets 8 min read Read on X
Before we all start dissecting the neuralink show and tell tomorrow I wanted to share some of the other neurotech startups that I think are doing cool stuff (besides us at @motifneuro of course!)

It’s a great #neurotechrevolution community!! 🧵
.@BlackrockNeuro_ one of the OG BCI companies. Their Utah arrays are the most used implantable human BCIs. They also just announced their new product “Neuralace” - its at the concept stage, but looks sweet! 💥 ImageImage
.@paradromics is building a high-bandwidth BCI initially for people with paralysis. They’ve also been at it before neuralink and I think they have a good shot at breaking the record for most single unit recordings in humans sometime soon. They also have great swag. ImageImage
.@synchroninc is also building a BCI for initially for paralysis. They won’t have the bandwidth of some of these other companies, but their surgical approach through the blood vessels has the benefit of avoiding traditional “brain surgery.” Plus “Stentrode” is a great name! Image
Precision Neuro is working toward a minimally invasive flexible electrode array they implant on the surface of the brain through a tiny hole. I’m bullish on minimally invasive neurotech like this. precisionneuro.io Image
.@phantom_neuro is building a bioelectronic interface to muscles for the control of prosthetic limbs. They just closed some serious funding and have a great concept. Plus they are also in TX! ❤️ 🤠 Image
Science corp led by @maxhodak_ just revealed their concept for a bioelectronic interface to the retina. Like phantom I think the peripheral interface play has a lot of advantages especially for sensory and motor prosthetics. science.xyz Image
InBrain and @Panaxium are building neural interfaces based on interesting new materials for flexible high performance materials like graphene and organic electronics. ImageImage
Lots of folks on the non-invasive side, but I’ll just mention a few of the ones I’m tracking. @neurable hit the headphones game early and have a good looking product for monitoring neural activity. Image
.@Cognixion_AI is creating a hybrid AR/BCI for assistive speech. Love their user-driven approach to help people who have difficulty speaking. It’s like a useful version of the metaverse. Image
On the data side there is of course @RuneLabsCEO creating the badly needed platform for integrating brain data. Image
On the Neuromodulation front @magnusmed just got FDA approval for a targeted and accelerated TMS therapy for major depressive disorder, which has shown great efficacy in early studies. (I have a lot of thoughts on this..) Image
There are many more and I didn’t even get into some of the new therapeutic spinal and peripheral nerve stimulation startups like @Neuronoff (with the “Injectrode”) and @ReachNeuro. Please add more that I missed!

Exciting time for neurotech!!

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More from @JTRobinsonLab

Dec 1, 2022
If anyone wants to live tweet while watching the neuralink show and tell we can group chat here if you're a nerd like me..
lots to unpack overall the intro was WAY better than previous stuff. claims way more in line with reality, but 6 mo to human seems very challenging...
typing demo was a great visual but would like to hear from @chethan and @neuroamyo what they think about the performance here. Looked good to me but not sure how it compares to state-of-the-art in academia.
Read 17 tweets
Jul 16, 2021
Thrilled to share our latest pre-print: Stimulating peripheral nerves from within blood vessels with a millimeter-sized battery-free implant.

Buckle up, it's #bioelectronics #tweeprint time!

biorxiv.org/content/10.110…
The main idea is that by making bioelectronics small enough to fit through a catheter we can use a vascular neurosurgical approach to avoid open surgery and hit hard-to-reach targets like spinal cord.
This is hard to do because we need a way to deliver data and power to a millimeter-sized implant deep within tissue. We discussed in a recent review, magnetoelectric (ME) materials have many advantages for solving this problem: onlinelibrary.wiley.com/doi/full/10.10…
Read 9 tweets

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