Here you've got the aortic valve.

We call that the aortic arch.

It doesn't have to be always dissection.

Since it's digital, we can do reverse dissection.

That external aortic root, it will never work, you know.

You know, cadaver dissection is the traditional way of learning human anatomy.

So I set out to change the entire treatment for aortic dilation.

You're reading about this smart stuff, this intelligent dissection of the immune system.

You can see two of the leaflets of the aortic valve working there.

So with this Anatomage Table, students can experience the dissection without a human cadaver.

Sentinel lymph node dissection has really changed the way that we manage breast cancer, melanoma.

So to address this, we developed with a Dr. Brown in Stanford virtual dissection table.

It has a funny tri lobal shape at the bottom, which contains the aortic valve.

So we learned the majority of anatomic classes taught, they do not have a cadaver dissection lab.

So when you have dub, you have noise coming from the pulmonic and the aortic valve snapping shut.

And then if that node has cancer, the woman would go on to get the axillary lymph node dissection.

You can see how the pulmonary and aortic valve are closed when the mitral and tricuspid valve are open.

In the middle, you can see that little structure squeezing out, that's the left ventricle, pushing blood out through the aortic valve.

However, when we have a real patient on the table, this is the same neck dissection not so easy to tell the difference between different structures.

And then the final valve, I need to find a nice spot to write it maybe to right here, this final valve that passes through is called the Aortic valve.

If you compare our new treatment to the existing alternative, the composite aortic root graft, there are one or two startling comparisons which I'm sure will be clear to all of you.

What's happening between these two, time like here, is that blood is actually squeezing out because the pulmonic and aortic valves just opened, blood is squeezing out and going to the whole body.

But you also know that if that is what's making the noise, you can kind of guess, and it's a smart guess that at the same time the pulmonic and the aortic valve just opened.

And since this was introduced in 1999, a lot of these robots have been out and being used for surgical procedures like a prostatectomy, which is a prostate deep in the pelvis, and it requires fine dissection and delicate manipulation to be able to get a good surgical outcome.