Examples of 'membrane surface' in a sentence
Meaning of "membrane surface"
membrane surface: relates to the outer layer or boundary of a membrane. It refers to the area exposed to the environment or where interactions occur. This phrase is commonly used in scientific or medical discussions, particularly in the study of cells, tissues, and biological systems
How to use "membrane surface" in a sentence
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membrane surface
The membrane surface can be formed by ablation or solvation.
The inoculum is thus immobilised on the membrane surface.
The planar membrane surface was never exposed to air.
Shrinkage can cause tears in the membrane surface.
S is the membrane surface.
It is therefore possible to save on membrane surface.
No fouling of the membrane surface appeared to occur during the process.
Very few beads remained on the membrane surface.
Scaling of the membrane surface occurs due to the precipitation of sparingly soluble salts.
The circular winding produces a smooth membrane surface.
That is because blocking in the membrane surface with solutes can be suppressed.
It can occur at any age and on a mucous membrane surface.
Various methods for modifying a membrane surface with a diacetone acrylamide monomer are explored.
Increased pH often results in precipitate formation on the membrane surface.
The remaining portion of the membrane surface was left uncoated.
See also
A method of maintaining a desired protein concentration at the membrane surface.
Aeration impose shear stress on the membrane surface reducing scaling and fouling.
Frequently the surrounding tissues also have a mucosal membrane surface.
A porous membrane surface is shown as a broken line and a condenser surface as a solid line.
An air knife was used to finish drying of the membrane surface.
The visualization of the membrane surface is made using optical and scanning electron microscopy.
Most cells contain fucose receptors on the membrane surface.
The enzyme is reacted with the oxidised membrane surface to generate a covalently linked indicator.
The channel leads the liquid to a perforated membrane surface.
The installed membrane surface área is fully utilized during such reduced demand conditions.
The patches are simply fused onto the roof membrane surface.
The concentration profiles along the membrane surface and the mass boundary layer are predicted.
The membrane yarns should be arranged so as to obtain a smooth membrane surface.
This allows continuous cleaning of the membrane surface and high filtration rates.
Pore size of the membranes is decreased by protein adsorption to the membrane surface.
A receptor may associate with the cell membrane surface or traverse the cell membrane.
The pores are uniform in size and perpendicular to the membrane surface.
The microorganisms live on the membrane surface and breakdown the organic material and trap nutrients.
Thus a fixation of the hydroxyalkylcellulose onto the membrane surface is proven.
TFF provides high flux by sweeping the membrane surface to reduce concentration polarization and fouling.
The primary defect in hereditary spherocytosis is a deficiency of membrane surface area.
Finally, the membrane surface can work as a catalyst.
Method of maintaining a protein concentration at the membrane surface of a filtering element.
Also, the membrane surface was clean and free of any evidence of biofouling.
Derivatization of the free hydroxyl groups from the membrane surface followed.
In another approach, the membrane surface utilized for separation is varied.
A major problem is the flux decline caused by fouling of the membrane surface.
The average roughness of the membrane surface is defined as follows,.
Another technique can be introduced to remove the layer on the membrane surface.
The basically rectangular membrane surface represents the functional region of the membrane 10.
Then a radial propagation of several ionization waves starts near the membrane surface.
Fouling occurs when contaminants accumulate on the membrane surface effectively plugging the membrane.
Materials transported inside are decided by the receptors present on the cell membrane surface.
Use of culture inserts with a suspended porous membrane surface allows for this application.
In this context there is defined a cross section in a plane perpendicular to the membrane surface.
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Examples of using Membrane
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Check that the membrane is not blocked
The membrane is only permeable to water molecules
Life expectancy of the membrane potentially extended
