This is an arterial, right.

That explains the arterial spray.

It doesn't have to be always dissection.

A doctor doesn't perform his first dissection

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

That's an awful lot of arterial spray for a miss.

Your skin tone suggests you might be suffering from arterial hypertension.

When I asked you to bring me a subject for dissection...

So an arterial is carrying blood that initially came from the heart.

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

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

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.

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

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

And sure enough, we found a dose response relationship, just like we found in the arterial blockages in our cardiac studies.

I had a heart catheterization, where they measure this internal arterial pulmonary pressure, which is supposed to be between 15 and 20.

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.

We took him to the MRI machine, we took him to the CAT scanner, we took this day old child and gave him over for an arterial blood draw.

It's gonna come down let's say, this way, through the arterial, and let's say some of the blood is gonna continue down this way, maybe to another capillary bed.

So the blood from the arterial side is coming from the aorta and on the venous side it's actually not even dumping into the inferior or superior vena cava, kind of little known fact that is coming directly into the right atrium.

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.