Strand.

Never strand your speaker.

Never strand your speaker on stage .

So this strand right here codes ACTG.

So this is the mRNA strand here.

Yes. There's a new restaurant on the Strand.

A strand of hair that has titanium dioxide.

And you copy it by going from strand separating.

A full DNA strand contains three billion genetic codes.

even a strand or two on the pillow? No.

The other strand is bundled up into the other sausage.

Your strand of hair is massive tree compared to you.

Let's say that that's the strand that got split up.

So, for example, if this is the DNA strand, then an RNA, an mRNA, in a messenger RNA strand, will be built complementary to this.

All this field of view is a single strand of DNA.

Now take a good close look at that strand of hair.

Her back leg had been caught in an eight strand wire snare.

I still have a strand of your r ed hair at home.

Thinking machine supercomputers and gene sequencers break down the strand in minutes.

Hello, John. Cloned from what? Loy extractions never recreated an intact DNA strand.

A DNA strand like me is a blueprint for building a living thing.

But things aren't so simple for the other strand because it must be copied backwards.

You're the randolph family doctor, so you could easily get a strand of tag's hair,

So that the newly formed DNA strand carries a mutation ... and you've got a virus again.

You cool it down to room temperature, and as you do, those short strands do the following thing each one of them binds that long strand in one place, and then has a second half that binds that long strand in a distant place, and brings those two parts of the long strand close together so they stick together.

One strand can be copied directly, and you can see these things spooling off to the bottom there.

But in each one of your cells, each strand of DNA is about 30 to 40 million nanometers long.

A single strand dipped in water that completely self folds on its own into the letters M I T.

These short DNA sequences are what are going to fold the long strand into this shape that we want to make.

So the net effect of all 250 of these strands is to fold the long strand into the shape you're looking for.

And if you were to code the opposite side of the strand, you could immediately I don't even have to look here.

These chromosomes are a super long strand of DNA that's all configured and bundled up, and it contains 220 million base pairs.

Just as one strand of spaghetti contacts many other strands on your plate, one neuron touches many other neurons through their entangled branches.

This is another part, single strand, dipped in a bigger tank that self folds into a cube, a three dimensional structure, on its own.

This whole idea that everything needs to be exactly the same works for a very very few strand of companies, and not for everybody else.

If we looked at screens like these once a second for eight hours a day, it'd take two years to look at the entire DNA strand.

I decided to use a type of DNA origami, where you take a long strand of DNA and fold it into whatever shape or pattern you might want.

I mix them together, add a little bit of salt water, and then add this long strand I was telling you about, that I've stolen from a virus.

You can just view it as a strand of so this one, if it has an adenine and then it has a cytosine, then it has a guanine.

Luckily, the genetic testing proved that, in fact, this strand came north, because, had it come from the south, it would have had a much wider impact in terms of transmission.

So DNA's entering the production line from the left hand side, and it hits this collection, these miniature biochemical machines, that are pulling apart the DNA strand and making an exact copy.

You can think about this kind of rapid prototyping strategy that we're talking about as being kind of like simulated annealing, where you have a space of possible options, some of them better than the others, and what often happens with serial iterative deisgn is that you can hillclimb to the best one.

Good night. It was working along into the small hours now, but I thought I might as well make a night of it and finish the thing up, so I rang up an hotel near the Strand.

And the information is there twice one on each strand which is important, because when new cells are formed, these strands come apart, new strands are synthesized with the old ones as templates in an almost perfect process.

So, all these things complexity, diversity are the long strand, the great movement that is starting billions of years ago is moving through us and it continues to go, and our choice, so to speak, in technology, is really to align ourselves with this force much greater than ourselves.