Titlebook: Lab-on-a-Chip Devices and Micro-Total Analysis Systems; A Practical Guide Jaime Castillo-León,Winnie E. Svendsen Book 2015 Springer Interna

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https://doi.org/10.1007/978-3-319-08687-3Biosensors; Lab-on-a-chip devices; Medical Microdevices; Micro-total-analysis-systems; Microfabrication;

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Basic Microfluidics Theory,ce is that the chaotic turbulent flow we most often observe, e.g., rivers flowing or tap water running does not appear on the microscale. Here, the flow is more smooth and most often what we call laminar flow. Other parameters considered important on the macroscale such as inertia are insignificant

EWE

Design and Simulation of Lab-on-a-Chip Devices,o B or mixing or separating liquids. As production costs for such systems are not insignificant, it is essential that the systems are designed properly before the fabrication, in order to avoid unnecessary fabrication repetitions. The use of simulations can give a good idea of how microfluidic syste

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A Considered Approach to Lab-on-a-Chip Fabrication,these devices can be enhanced though the adoption of a considered engineering based approach to chip fabrication which encompasses the design, material selection and manufacture process stages. Fabrication considerations in this chapter extend to the potential for mass production of LOC devices usin

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FUSC

Microfluidic Electrochemical Biosensors: Fabrication and Applications,R. Lowe .). It consists of bio-recognition systems (enzymes, DNA, proteins, cells, etc.), immobilized onto the surface of a transducer (electrochemical, optical, mass and thermal for the most common). Specific interactions between the target (analyte) and the complementary bio-recognition layer prod