The approach, which combines self-consistent field and density functional theories, can facilitate the design of hybrid materials with the desired morphology for novel opto-electronic devices, separation membranes and catalysts.
We also demonstrated the capability of our device for separation of blood cells into multiple fractions.
We developed a paper-based device for separation and cultivation of single microalga.
This system can measure biological specimens directly from bio fluids instead of using a complex microfluidic device containing separation and detection elements.
We have designed and constructed a microfabricated device for separation of double-stranded DNA fragments using a crosslinked sieving medium and spatially selective extraction of the desired fraction.
In recent development of the R2R nanoimprint lithography device, the separation of the cured resin from the mold is generally assisted by a deflection roller and a certain amount of web tension.
Nanomaterials have been used in different steps of the analytical process of a microfluidic device: preconcentration, separation, reaction, and detection [ 15].
CD14+ monocytes were purified by incubation with anti-CD14-coated microbeads (Miltenyi Biotec, Bergisch Gladbach, Germany), followed by sorting with a magnetic device (MiniMacs Separation Unit; Miltenyi Biotec), according to the manufacturer's instructions [ 21].
Various devices for separation of different (bio chemical components from a mixture could be miniaturized in silicon, but they need detectors at their output to identify and characterize the separated elements.
Nanometer-sized gold particles gold nanoparticles (Au NPs)—are attracting a great deal of attention for their use in various technologies, including catalysis, optical and electronic devices, and separation science.
Carry-over contamination can be limited using dedicated devices, physical separation of the different experimental steps and stringent experimental procedures [51].
