Signal amplification, bifurcation, modulation, juxtaposition.

Bare minimum, that makes you indispensable.

The body destroys its own muscles and organs.

It would kind of deliver all the blood to the various organs, then the organs would use up the oxygene, so let me show it kind of now going back to blue.

And that's exactly what we did here.

Cells form tissues, tissues form organs, organs form us.

In Germany, 12 percent check the box.

So this is more challenging

I witnessed the technical difficulty.

Taste buds, every ten days or so.

He was an organ donor.

What you die of is increasing organ failure, with your respiratory, cardiac, renal, whatever organs packing up.

You could now start doing surgery everywhere, on the gut, on the liver, on the heart, on the brain.

When food is scarce, they divert nutrients towards the really critical organ, the brain, and away from other organs

I don't know.

Especially in the vital organs.

It may be organic damage.

Doctor Any complains?

The truth is, there are just simply not enough donor organs to go around.

The brain is a very complex organ.

Twelve percent are organ donors.

I found this life model in my science room.

I love you, too.

We need everything. Tissue, bone marrow, blood.

And then the most complex are the solid organs.

Well, we'd heard about the deferrals.

Օրինակ իմ լյարդը ենթամիավոր է Սալ ի և դա օրգան է, օրգանոիդը բջջի ենթամիավոր է

like the liver, what we do is we take discard livers.

But we have a major shortage of organs.

The strategy here, is if a patient comes in to us with a diseased or injured organ, you can take a very small piece of tissue from that organ,

I mean things like the brain. So it coud be an organ, like the brain, the liver. Or it can also be maybe things like bones and your fingers, could be the toes, could be any part of your body that you can think of.

So, we do regenerate, but for limited distances.

We exercise these prior to implantation.

lipid membranes in our body, starting with cells of the skin, the cells of organs.

We use now some type of technologies, where for solid organs, for example,

So, that's a challenge, not just for organs but also for tissues.

Hollow organs have a much higher degree of complexity, because you're asking these organs to act on demand.

The big growth industry are these.

How many wouldn't?

They have on the other end of those tethers a little muscle. This makes perfect sense if you think about it.

So you call that the visceral pericardium. The name visceral, this right here would be visceral, the reason it's called visceral is because viscera means organs.

I don't know if you realize this, but 90 percent of the patients on the transplant list are actually waiting for a kidney.

So many of these devices really kind of focus on the ways in which we relate to ourselves.

Again, fairly more complex organs, but by far, the most complex solid organs are actually the vascularized, highly vascularized, a lot of blood vessel supply, organs such as the heart, the liver, the kidneys.

So what you're looking at is one of the most amazing organs in your body.