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In conclusion, ultrasonic irradiation can be applied to membrane-based deoxygenation for the enhancement of mass transfer, but cautions should be taken to choose proper membrane material, ultrasonic intensity and irradiated duration to avoid membrane damage.
The device can easily be applied to other high-throughput membrane studies and will pave the way for future applications using vesicle assemblies to model cellular tissues or even prototissues.
This technology can be applied to membrane proteins from any host source, and, uniquely, allows purification without the protein ever being removed from a lipid bilayer.
This technique can be applied to make a nanothin membrane skin which gives high rejection and at the same time allow a high water flux across it.
The proposed method can be applied to various membrane processes, independent of the specific structure of the membrane.
This, in turn, makes the prepared membranes can be applied for sea and brackish water treatment through membrane distillation technology.
The obtained results are very promising for future applications, since the presented technique can be applied in ready-to-use membrane modules and capillary membranes easily.
This type of membrane with controlled PNIPAM graft layer can be applied in many fields including smart separation.
This simple and efficient method can be applied to inhibit biofouling on the membrane surface.
This model can be easily applied to other phospholipid/detergent mixtures as well to other membrane proteins.