AAWSAP DIRD, Biosensors and BioMEMS: A Survey of the Present Field, March 2010

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UNCLASSIFIED/ /P"OR: OP"P"l@IAL HS& 91'11.¥
Figure 30. Microfluidics in Glass........................................................................... 32
Figure 31. Commercial Lab-Chip Devices That Allow Analysis for Biomarkers of
Figure 32. Design of an Automated Cell Culture System for NASA Space
Applications Incorporating Microfluidics and Integrated Optical
Various Diseases Using On-Chip Electrophoresis in Microscale........... 34
Components ........................................................................................ 35
Figure 33. NASA Space Application of Microfluidic Cell Culture System Made by
Figure 34. Principle of a Microcantilever That Bends When It is Loaded With an
Figure 35. Scanning Electron Micrograph Showing a Cantilever Beam With a Single
Micromachining................................................................................... 36
Adherent Mass .................................................................................... 37
Vaccinia Virus Particle ......................................................................... 38
Figure 36. Antibodies Attached to a Cantilever Array Create Different Specificities
to Substances in Blood That are Indicative of Cancer.......................... 38
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