By Simona Badilescu
IntroductionIntroduction to BioMEMSApplication AreasIntersection of technology and EngineeringEvolution of platforms according to SizeCommercialization, strength, and MarketSubstrate fabrics utilized in BioMEMS DevicesMetalsGlasses and CeramicsSilicon and Silicon-Based SurfacesPolymersBiopolymersOrganic Molecules (Functional teams) focused on the Formation of Self-Assembled MonolayersBiomolecules and intricate Biological Entities: constitution and PropertiesAmino AcidsPolypeptides and ProteinsLipidsNucleotides and Nucleic AcidsCarbohydratesEnzymesCellsBacteria and VirusesEngineering of Bioactive SurfacesPl. Read more...
summary: IntroductionIntroduction to BioMEMSApplication AreasIntersection of technological know-how and EngineeringEvolution of structures in accordance with SizeCommercialization, strength, and MarketSubstrate fabrics utilized in BioMEMS DevicesMetalsGlasses and CeramicsSilicon and Silicon-Based SurfacesPolymersBiopolymersOrganic Molecules (Functional teams) enthusiastic about the Formation of Self-Assembled MonolayersBiomolecules and complicated organic Entities: constitution and PropertiesAmino AcidsPolypeptides and ProteinsLipidsNucleotides and Nucleic AcidsCarbohydratesEnzymesCellsBacteria and VirusesEngineering of Bioactive SurfacesPl
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Extra info for BioMEMS : Science and Engineering Perspectives
Blanco, F. J. 2007. Novel all-polymer microfluidic devices monolithically integrated within metallic electrodes for SDS-CGE of proteins. J. Micromech. Microeng. 17:1289–98. 4. , Blind, P. 2007. Deep microstructuring in glass for microfluidic applications. Microsyst. Technol. 13:447–53. 5. , Leib, J. 2004. Novel microstructuring technology for glass on silicon and glass substrates. In Electronic Components and Technology Conference, Las Vegas, 2004, pp. 939–42. 6. , You, J. , Soo, K. , Darveau, A.
7 (a) A photograph of a full-wafer (diameter 100 mm) array of enclosed Ormocomp separation microchips. (b) A scanning electron micrograph of the cross section of an Ormocomp separation channel (on Pyrex substrate), demonstrating the good bonding quality between the different Ormocomp layers. , Anal. , 1004053, 2010. ) lithography, and even mold pattern collapse. 2 to 5 µm thick polytetrafluoroethylene (PTFE) is formed on the channel surface. PDMS also lacks the ability to be easily functionalized with biologically active components due to the processing requirements (solvents, thermal processing).
23, 1558, 2006. 14 The structure of alanine. 13. The adsorption of alanine in the neutral form has been studied by reflection absorption infrared spectroscopy (RAIRS). The results show that both carboxylate oxygen groups are equidistant from the surface when the exposure time is short. 14. , are based on protein adsorption and cell adhesion at solid-liquid interfaces. The adsorption process depends mostly on various intermolecular forces that exist between protein molecules and surfaces, and also on intramolecular forces that may produce conformational changes upon the adsorption.
BioMEMS : Science and Engineering Perspectives by Simona Badilescu