In the capillary.

Or capillary adhesion?

pre capillary sphincters

It must be capillary action.

The nuclear membrane consists of two lipid bilayers the inner nuclear membrane, and the outer nuclear membrane.

And then you have that little basement membrane like a thin line of membrane called the basement membrane

So this is a fenestrated capillary.

Sometimes, they call them capillary beds.

Incomplete basement membrane

This is its membrane right here, super thin, almost one cell thick. And then you have a capillary running right next to it. Let me do that in a neutral color.

Basement membrane. And maybe there's a bit of basement membrane right here.

How about wet adhesion? Or capillary adhesion?

This is our second type of capillary.

These pores are all over the capillary.

The membrane is translucent.

These cells make up the wall of the capillary but behind them so that the blood doesn't actually see this layer, except for at the intercellular cleft, is a layer called the basement membrane.

So basically what you're doing is, you're basically completely avoiding this capillary bed, by clamping down on these pre capillary sphincters.

It's literally like a membrane.

Intermembrane space The intermembrane space is the space between the outer membrane and the inner membrane.

The mucous membrane is very sensitive.

Offshore Membrane Enclosures for Growing Algae.

This is a phospobilipid layer membrane.

Capillary electrophoresis separations can have several hundred thousand theoretical plates.

So let me show you the third type of capillary.

And this one we call this a discontinuous, discontinuous capillary

So these little vesicles, they're docked to the presynpatic membrane or to this axon terminal membrane right there.

And as before there is a basement membrane.

So you have a capillary that's maybe running right along the surface.

And you might be thinking there's gotta be one more vessel type and there is and that's the capillary. So let me draw the capillary, so I'll do that over here.

And another name for it, discontinuous capillary, is, sometimes they call it sinusoids

And these pre capillary sphincters, what they do is they basically squeeze down.

So, if we look at this basilar membrane, you start to see different parts of the membrane will move according to the frequency.

Membrane proteins are proteins that interact with biological membranes.

There is no appearance of a membrane about them.

So seawater reverse osmosis is a membrane filtration technology.

And this pressure forces the seawater through a membrane.

The membrane working with the chorion is the allantois.

Or can we do it as an exclusive membrane?

A cell membrane must be both sturdy and flexible.

So, the ideal membrane falls somewhere in the middle.

We take water and push it against a membrane.

Integral membrane proteins Thylakoid membranes contain integral membrane proteins which play an important role in light harvesting and the light dependent reactions of photosynthesis.

This law is valid if the tube radius is smaller than the capillary length.

There is no net flow of water through the membrane.

It may be dangerous due to its easy membrane transport.