27: Neural Engineering, Brain Computer Interfaces, and 3D Printing Combined to Sculpt Neurons to Interface the Optic Nerve to Create an Artificial Eye with Dr. Ben Paul, CEO and Founder of Neuroloom from Learning With Lowell

Learning With Lowell

Lowell Thompson

27: Neural Engineering, Brain Computer Interfaces, and 3D Printing Combined to Sculpt Neurons to Interface the Optic Nerve to Create an Artificial Eye with Dr. Ben Paul, CEO and Founder of Neuroloom

43 minutes Posted May 8, 2018 at 6:41 pm.

] *What made him choose Deep Science Ventures, what he got from partnering with them, and how they helped awaken his inner entrepreneur. Also, you will get a sense of his background in this section.

] How Deep Science Ventures helped him completely changed his perspective and gave him more lenses to view the world. Quick quote from this section: "Totally different way to view the world"Ben Paul.

] If he has intellectual idols and the issue of meeting your heroes.

] Where Neuroloom's name came from, the goal he is trying to achieve, and how it ties into his ancestors' entrepreneurial spirit.

] Does he have an external versus internal locus of control, and how we view it as a spectrum.

] How sometimes we think or need something, and then we start seeing it everywhere.

] Why he choose to make Neuroloom over being an accountant and the winding road he took to get to starting it. Three big reasons.

] Why he is happy he deviated and went his own way.

] What all he needed to bring together and do to create Neuroloom (i.e. validation from people in the field and building a team of advisers.)

] **He describes what he has built in a simple,

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Show notes

Neural Engineering, Brain Computer Interfaces, BCI, Neuroscience, and Artificial Eyes

Taking Neurons, combining them with 3D printed materials, and then hooking them into the brain. Dr. Ben Paul and I talk about how he built Neuroloom, how his technology is going to give people back their sight (among other applications), and who he is as a person. This is one of the all-time best conversations I've been lucky enough to have on the podcast. His passion and love for what he is doing is evident. This episode is for you: 1) If you want to learn about a new, cutting edge biotech Neuro engineering startup, 2) Want to hear what it takes to build a biotech startup, 3) Get great advice on breaking the mold/box you've built yourself into to start living your dream, and 4) If you want to learn about the science.

Linkedin Company Profile

Neuroloom Website

Neuroloom

OPPORTUNITY

For conditions such as macular degeneration, which affects 14 million people, it is possible to restore sight by stimulating the retina with an image from a camera. However, not only is the resolution of stimulation very low, but the signal loses fidelity as the 2D stimulating arrays activate multiple cell types, including inhibitory circuits which cancel out parts of the signal.

This challenge is not restricted to macular degeneration, but whenever we would like to create an interface between an external sensor and part of the brain. Existing technologies suffer a seemingly inevitable trade-off between the lifetime of the solution (scarring, rejection) and the fidelity of the interface (proximity to nerves).

But, if we overcome these challenges, we open up the possibility of sending and receiving information directly to the brain.

SOLUTION

Neuroloom use living electrodes to interface with the brain. Their approach allows exceptionally high definition transmission of information to the brain with much lower likelihood of rejection and no loss of fidelity from scarring. The team use breakthroughs in photon-scale polymeric 3D printing techniques and insights from developmental neurobiology to create adaptors for the brain. Their first application is in restoring sight." from Deep Science Ventures website.

Hyperlinked Timestamped Show Notes (only clickable on this website):

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