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

(G) Bursting disk

Incomplete basement membrane

It's literally like a membrane.

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

The membrane working with the chorion is the allantois.

The membrane is translucent.

The closed sandwich is the intact red blood cell membrane.

And as before there is a basement membrane.

A cell membrane must be both sturdy and flexible.

And this basement membrane basically like a foundation for a house.

So, the ideal membrane falls somewhere in the middle.

And each of these heme groups can bond to oxygen molecules. They're very good binders of oxygen. And we're going to see in a little bit probably the next video how they release the oxygen, but this has tons, this has millions of heme groups in it and the oxygen diffuses across the membrane of the red blood cells and bonds to to the heme groups on your hemoglobin.

Think of this waterproof membrane as the in and out doors of the egg.

So that's the vesicle and then the presynaptic membrane will

And the thing that's in the basement membrane is mostly protein.

Maybe I'll draw two layers here just so you realize it's a bi layer membrane.

But it comes in like a mallet, and it literally cracks space, wobbling it like a drum.

But it comes in like a mallet, and it literally cracks space, wobbling it like a drum.

They actually push their nucleus out of the cell and the whole reason why that's beneficial is, that's more space for hemoglobin. Because the more hemoglobin you have, the more oxygen you can take up. And I can do a ton of videos on hemoglobin and all of that and actually, I'm going to do a lot more on the circulatory system so don't worry about that, but I want to go over one other really interesting thing about hemoglobin.

The Ultrafiltration hollow fibre membrane ensures bacteria elimination and other microscopic impurities.

This membrane, this ATP synthase, wouldn't allow just any molecule to go through it.

So this green stuff that I'm drawing for you is the basement membrane.

Life needs a membrane to contain itself so it can replicate and mutate.

This is another layer of protein, just like the basement membrane, but different composition of proteins.

And then we wonder why the membrane clogs and why it takes so much electricity.

Nitrocellulose membranes are cheaper than PVDF, but are far more fragile and do not stand up well to repeated probings.

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

The last and perhaps the most important development is the amnion, the membrane for which the egg is named.

So now, the enzyme is locked up with the penicillin molecule, no more bacterial cell wall being built, and the penicillin has effectively killed the bacteria.

And right behind it, just to orient you is the basement membrane, but really again it's the endothelial cells that're being irritated.

In the third paragraph, replace the safety valve and the bursting disc with the combination of the pressure relief devices .

So, that's because this organ, this membrane only has the ability to represent and vibrate according to that frequency spectrum.

The antibody solution and the membrane can be sealed and incubated together for anywhere from 30 minutes to overnight.

The first is the chorion, which is the protective layer that oxygen passes through after entering the shell's tiny pores.

The 300 SL needed the door design as its tubular frame race car chassis design had a very high door sill, which in combination with a low roof would make a standard door opening very low and small.

Because the outer membrane is freely permeable to small molecules, the concentrations of small molecules such as ions and sugars in the intermembrane space is the same as the cytosol.

If they compared the surface area of that monolayer to the surface area to the intact red blood cells, they'd be able to tell whether the red blood cell membrane is one or two layers thick.

Now, the membrane, it's important to understand the construction of that, because this membrane cannot represent all the different frequencies or pitches of vibrations that are coming into our ears.

To achieve the inside out configuration, the pipette is attached to the cell membrane as in the cell attached mode, forming a gigaseal, and is then retracted to break off a patch of membrane from the rest of the cell.

Well, at the turn of the 20th century, chemists Charles Overton and Hans Meyer demonstrated that the cell membrane is composed of substances that, like oil, have a water loving part and a water loathing part.

Low and behold, they observed a two to one ratio, proving beyond the shadow of a doubt that a cell membrane is a bilayer, which when unstacked, yields a monolayer twice its size.

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.

If we unfold that cochlea, which is filled with fluid, we see the basilar membrane and you can see the vibrations as the membrane moves in sync with the vibrations of the sound.

Nothing but the thinnest membrane of denial separates the notion of scientific immortality through priority of discovery from this deeper, older, and wholly non scientific dream of escaping one s own inevitable death.