[PDF] Top 20 Materials matter in microfluidic devices

... of materials that are currently used to fab- ricate microfluidic devices and consider how these influence the eventual perform- ance of the final ...such materials will be considered, as these ... See full document

... Additionally microfluidic technologies require much less volume of samples and reagents, they have shorter reaction times due to higher surface area to volume ratios and thus help towards reducing overall ... See full document

... Various materials such as silicon, glass and polymer have been used to fabricate the ...brittle materials such as silicon and glass cannot be handled with micro ... See full document

... of microfluidic devices. These miniaturized devices possess superior analytical performance while reducing the amount of reagents ...prominent microfluidic devices was the ... See full document

... Magnetic separation methods are increasingly being incorporated in µTAS. Magnetic separation usually involves magnetic carrier particles that will respond to magnetic fields and field gradients. When magnetic particles ... See full document

... polymeric materials is of major interest for surface modification applications across multidisciplinary fields intersecting biomedical engineering, bio-nanoengineering, clinical/medical science, material science ... See full document

... In Chapter 3, we used optical epifluorescence microscopy and three-dimensional finite element simulations to investigate the binding of biotin-coated QDots to an array of streptavidin-coated agarose beads immobilized in ... See full document

... in microfluidic devices have grown significantly due to their wide variety of applications in physics, chemistry and ...of microfluidic devices focuses on the generation of micro-emulsions ... See full document

... early devices were based on rigid materials such as glass and silicon, elastomeric materials such as polydimethylsiloxane (PDMS) are rapidly emerging as a ubiquitous platform for applications in ... See full document

... The materials used in the fabrication of the micro devices vary depending on the ...these devices and the chemicals used in them are important criteria when choosing which material to use, as they ... See full document

... biomimetic materials suitable for cornea transplantation, and in addition, such studies must examine the collective migration of cells opposed to single cell ... See full document

... Recent advances in nanofabrication have enabled control of selective ionic transport by designing various nanostructures of controlled surface charge, such as aligned nanochannels, 11-14 nanopippettes 15, 16 and ... See full document

... Advances in diagnostics, cell and stem cell technologies drive the development of application- specific tools for cell and particle separation. Acoustic micro-particle separation offers a prom- ising avenue for ... See full document

... Ferrocene formation has been widely used throughout supramolecular chemistry, for example in the formation of the [3]rotaxane 7 Figure 1.15.36 Here, ferrocene is not only part of the axl[r] ... See full document

... Free energy lattice Boltzmann model has been used to simulate immiscible fluids in microfluidic devices. An improved stress-free boundary condition is proposed to treat multiphase outlet boundaries, which ... See full document

... Figure 4 compares the flow patterns predicted numerically and captured experimentally at the center plane of the microchannel S 2 for the two flow directions and at different Reynolds numbers in order to highlight the ... See full document

... times enabled, thanks to a model, the representation of both phenomena: reaction kinetics and mass transfer. A global set of parameters is valid for all ethanol to oil molar ratios used.[r] ... See full document

... As covered in Chapters 2 and 3, there are many emerging applications for the 3! method which reach beyond its use as a thermal conductivity measurement technique. These appli- cations utilise the 3! method to apply heat ... See full document

... From the traditional fluorescence-based imaging to X-ray-based micro-CT, we are seeing a range of new im- aging technologies being applied to multicellular systems, including genetic model systems such as Drosophila. ... See full document

... In Chapter 3.3, leveraging the analytical hardware described in Chapter 3.2, a new analytical approach has been successfully innovated and implemented for the characterization of phenols and alkyl phenols in organic ... See full document