This, for example, is an antibody staining against serotonin transporters in a slice of mouse brain.

Using fruit and vegetable staining, create organic patterning.

What I could have, is this antibody,

They attach the bismuth 213 to an antibody.

Antibody is essentially like a lock and key.

Minty Thins are bad for your teeth anyway. They cause gum recession, staining...

You mix it up with these carbon nanotubes and this antibody.

That trick of staining the fishes' scales of a delicate pink is quite peculiar to

But in that time, that antibody can go and find a cancer cell.

We saw earlier that HlV is highly variable, that a broad neutralizing antibody

1,000 dollar antibody injections under the skin, by the way, and 20 of them.

And antibody stainings like this one can be used to understand that sort of question.

Instead of staining all of the cells inside of a tissue, it somehow only stains about one percent of them.

What happens is you just change this antibody in the sensor, you can detect anything, any protein.

Being a pervert, his delight at staining an example sentence with his sperm for the 100th time will stay with him.

And if an antibody is stuck to one of these things on the cell, it means that's food.

They're currently making a cocktail an antibody cocktail that can be used to treat severe, overwhelming cases of flu.

What if we could harness them and convince them to not be an antibody that does something like HlV?

Antibody is basically a lock and key molecule that attaches specifically to a certain protein, in this case, the mesothelin.

This strategy, working backwards from an antibody to create a vaccine candidate, has never been done before in vaccine research.

What I could do is I could put an antibody in this network such that would react specifically to the mesothelin.

The Thai results tell us we can make an AlDS vaccine, and the antibody findings tell us how we might do that.

By switching out that antibody, you can look at a different protein, thus, a different disease potentially any disease in the entire world.

I could essentially lace these nanotubes with the antibody and it would have a network that would react only with that specific protein.

I was rolling around this concept, how could I connect the carbon nanotube's amazing properties to how this antibody reacts with the only protein?

So for instance, a biotechnology company has now found broadly neutralizing antibodies to influenza, as well as a new antibody target on the flu virus.

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What happens is when you put a blood sample that contains that target protein in it on this network, that protein will go into the network and form a larger molecule with that antibody.

Now, it sounds easier than it is because the structure actually looks more like this blue antibody diagram attached to its yellow binding site, and as you can imagine, these three dimensional structures are much harder to work on.