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Integrated Microdevices for Biological

Integrated Microdevices for Biological Applications, Fig. 1 The system consists of two reaction modules and one optical module for detection, (a) The complete reaction module, (b) the disposable 100 pi reaction tube, and (c) the four-color LED optical detection system (Reprinted with permission from Belgrader et al. [4])... [Pg.1406]

Integrated Microdevices for Biological Applications, Fig. 3 Images of the microfluidic genetic analysis device. Domains for DNA extraction (d), PCR amplification (e), injection, and separation (f) are connected through a network of channels and vias (Reprinted with permission from Easley et al. [6])... [Pg.1407]

Bead-Based Microfluidic Platforms Integrated Microdevices for Biological Applications Microdialysis... [Pg.1417]

Integrated microdevices for biological applications seek to create autonomous microfluidic devices capable of processing biological material from whole ceU sample introduction to component extraction, biological sample manipulation and analysis. Although, there has been con-... [Pg.828]

Integrated Microdevices for Biological Applications, Figure 7 (a) Operating principle of a multiplexor, (b) Optical micrograph of the microfluidic... [Pg.833]

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Integrated Microdevices for Biological Applications

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