like the nerves.

And most importantly, what we do is we use a rigorous, and often uncomfortable, process of physical therapy and occupational therapy to retrain the nerves in the nervous system to respond normally to the activities and sensory experiences that are part of everyday life.

And most importantly, what we do is we use a rigorous, and often uncomfortable, process of physical therapy and occupational therapy to retrain the nerves in the nervous system to respond normally to the activities and sensory experiences that are part of everyday life.

The sensory cues are very similar.

Those nerves can put out command signals.

And what I'm talking about are nerves.

Restoration of basic sensory function is critical.

Now, another thing is the sensory issues.

We have been able to see nerves for facial expression, for facial movement, for breathing every single nerve nerves for urinary function around the prostate.

The central nervous system nerves, there is no cure.

Nerves are yellow, arteries are red, veins are blue.

So you send a command out, you get sensory feedback back, and that transformation is governed by the physics of your body and your sensory apparatus.

This is the sensory part of the program, people.

They predict the sensory consequences and subtract it off.

Bear in mind, there are no nerves in the teeth.

And we eventually discovered molecules that were specifically labeling nerves.

It's because the brain is faced with tremendous sensory conflict.

You have data, and data in neuroscience is sensory input.

I'm looking at nerves here. So these are nerves you see, down on the bottom, and the microscope probe that's being held by the robotic hand, up at the top.

But you care about nerves, if you are a surgical patient.

Nerves, if they are injured, can cause paralysis, can cause pain.

We're trying to preserve nerves we can't see where they are.

And the nerves themselves are the ones who are receiving input.

And what's true for sensory information is true for information generally.

They assumed that they were for protection and for sensory structures.

He knows it's a mirror reflection, but it's a vivid sensory experience.

So we work in a whole sensory movement task soup of noise.

And the memory system is sitting over the sensory part of the brain.

And suppose they have, you know, very different sensory apparatus, and so on.

So I have sensory input, which I can take in to make beliefs.

You'll find out why it's called a bristlecone pine. A little sensory experience.

Trying to replace pancreas, trying to replace nerves that can help us with Parkinson's.

So we could think of adding on different, new sensory capacities and mental faculties.

Now I get an extra source of sensory information due to that external act.

Now, the animal mind, and also my mind, puts sensory based information into categories.

And after six months, the nerves grew in well, and you could see strong contractions.

And to do that, I'll tell you about how the brain deals with sensory input.

This is the sensory data, and that data is transferred to the devices through the computer.

This was something in the complex sensory motor action of brushing her teeth was triggering orgasm.

So one thing that makes controlling movement difficult is, for example, sensory feedback is extremely noisy.

And we take the nerve away from your chest muscle and let these nerves grow into it.

These stories saturated my cells and nerves, and to be honest, I stopped sleeping for three years.

You touch yourself, there's a stimulus that comes up those very same nerves back up to your brain.

And after about three months, the nerves grew in a little bit and we could get a twitch.

So I said, wouldn't it be great if we could find a way to see nerves with fluorescence?