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.

Why not? Every plant virus, every insect virus, every marine virus.

Avelile had the virus, she was born with the virus.

We know the virus will mutate. It will be a different virus.

Virus Killer

The virus is defeated.

And each spot represents a different family of virus or species of virus.

This is the polio virus.

So, we clone the whole virus.

And a pig disease, a pig virus, and a human virus can both proliferate, and because of their kind of reproduction, they can combine and produce a new virus.

Virus protection and virus development constitute an uneven arms race. A virus can be just a couple hundred lines of computer code, compared to hundreds of thousands of lines for anti virus programs, which must be designed to detect wide classes of enemies.

Clearly the bottom line is the virus eventually attenuates, and ceases to be a lethal virus to humanity, and finds other hosts.

These are virus assembled nanowires.

AIDS was discovered 1981 the virus, 1983.

They also stop passing on the virus.

The second parameter, target, contains the PI target.

And I'm coloring these small windows blue if another virus shares an identical sequence in its genome to that virus.

And so we use a virus that's a non toxic virus called M13 bacteriophage that's job is to infect bacteria.

It could be some virus types.

Does this virus cause prostate cancer?

He called it the virus Latin for poison.

So things were looking very exciting, and then about five years ago, this virus, this ancient virus, started to fight back.

But in fact this virus crossed over into humans many decades before, from chimpanzees, where the virus originated, into humans who hunt these apes.

You know, the problem is if this virus occasionally mutates so dramatically, it essentially is a new virus and then we get a pandemic.

And what we've been able to do is engineer a virus to basically take dye absorbing molecules and line them up on the surface of the virus so it acts as an antenna, and you get an energy transfer across the virus.

Although the virus remains contained in Uige and has not spread nationwide, the cycle of transmission has not been stopped and the virus is still active.

So let's take a look at the flu virus.

The PC virus problem is 25 years old now.

For example, let's go with the Centipede virus first.

This virus can only survive in people.

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And then we did respiratory syncytial virus.

These guys really do have this virus.

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These are the guys who wrote the first PC virus.

And the last example, guess what the Walker virus does?

The first problem we ran into was that, in these last four countries, the strongholds of this virus, we just couldn't seem to get the virus rooted out.

And the idea is, let's experimentally inoculate people with virus.

It's the first virus we ever found for PC computers.

So one part of the virus grabs a carbon nanotube.

But we think this virus is pretty ubiquitous.

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So this is a virus based solar cell.

The swine flu virus, at the moment, is a symmetrical object.

The smallest virus, on the other hand, is about 25 nanometers.