It's blood cell sized.

That's the red blood cell layer.

This is my red blood cell here.

What that does is, you start building up the red blood cell count in your body, which helps you carry oxygen better.

And there's red blood cell moving in right

It's going to from from the blood vessel into a little red blood cell.

Look up the scientific term for pus Somatic Cell Count .

This is the red blood cell layer right here.

So this red blood cell has moved into the capillary right by this thigh cell.

Freitas has a design for a robotic white blood cell.

The closed sandwich is the intact red blood cell membrane.

It can cause osteomalacia, which just means weakening of the bones, and it can cause an anemia, which means a lowering of the red blood cell count.

And these hemoglobin molecules are still in our cell of course, inside of our red blood cell.

So this red blood cell goes off to do its delivery.

It's the RBC, and RBC just stands for red blood cell.

A blood vessel is made up of two different cell types.

And the red region is a slice into a red blood cell.

And the final layer, the third layer, is the red blood cell layer.

Almost like the cell is giving the little red blood cell floating through it a big hug or something like that.

There's one nano engineered device that cures type 1 diabetes. It's blood cell sized.

So this should be like a little red blood cell with hemoglobin in it.

Remember there is a lot of water in the red blood cell, and in fact there is water all over the blood.

The plasma we can view as just the general fluid of the blood, not including the red blood cells. So the red blood cell here isn't so red.

Or, a routine blood test might count too many white cells or elevated liver enzymes.

Well, this red blood cell, sometimes we think of it as a bag of hemoglobin.

So let's actually follow what happens once CO2 starts getting into the red blood cell.

What now fits in our pockets would fit in a blood cell in 25 years.

So just remember, red blood cell don't really need oxygen they're simply carrying it around.

Every red blood cell of your body right now has these hourglass shaped pores called aquaporins.

Sickle cell disease receives its name from the abnormally shaped red blood cells, like a sickle in appearance, that get stuck in the blood vessels.

There are four major conferences on building blood cell sized devices there are many experiments in animals.

You don't have to have things crossing through, in and out of, these red blood cell membranes.

Count cadence, count!

So instead of diffusing into the red blood cell, now it is going to want to diffuse out.

So this right here, I'm drawing some blood that's passing by a cell, maybe the blood is going in that direction over there and inside blood let me draw some small glucose molecules passing by.

According to this terminology, the stages of red blood cell formation would be rubriblast, prorubricyte, rubricyte, metarubricyte, and erythrocyte.

Every cell has a mission in life, and these cells, the mission is to move blood around our body.

Count Leon d'Algout. A count.

So the oxygen has made its way into the red blood cell, and where do you think it goes first?

Blood, blood!

Now the content of this plaque the lipid, the cholesterol, the fat, the dead white blood cell. Now it sudden is exposed to the blood flow. in particular to the clotting factor in the blood. This is highly thrombogenic material.

Count it, count your 19,000 lira.

You can actually see this bright green rings that actually show up are cell free DNA that's in your blood stream.

And this person, this third person, has a very low amount of red blood cell volume relative to the total volume.

So we still have, just as before, four cells, four nuclei and one little red blood cell poking its way through.