Archive: 2006 - Moldavian Journal of the Physical Sciences

05 Jan 2006

2006
V. 5
1
(p.78 - 87)

Flat fluidics: programmable on-chip networks for biological and chemical applications

Authors:

Wixforth, Achim; Strobl, Ch.; Gauer, Ch.; Toegl, A.; Scriba, J.; Guttenberg, Z.

Summary:

Surface acoustic waves are used to actuate and process smallest amounts of fluids on the planar surface of a piezoelectric chip. Chemical modification of the chip surface is employed to create virtual wells and tubes to confine the liquids. Lithographically modulated wetting properties of the surface define a fluidic network, in analogy to the wiring of an electronic circuit. Acoustic radiation pressure exerted by the surface wave leads to internal streaming in the fluid and eventually to an actuation of small droplets along predetermined trajectories. This way, in analogy to microelectronic circuitry, rogrammable biochips for a variety of assays on a chip have been realized.

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BibTeX

@article{ibn_3422,
author = {Wixforth, A. and Strobl, C. and Gauer, C. and Toegl, A. and Scriba, J. and Guttenberg, Z.V.},
title = {Flat fluidics: programmable on-chip networks for biological and chemical applications},
journal = {Moldavian Journal of the Physical Sciences},
year = {2006},
volume = {5 (1)},
pages = {78-87},
month = {Jan},
abstract = {(EN) Surface acoustic waves are used to actuate and process smallest amounts of fluids on the 
planar surface of a piezoelectric chip. Chemical modification of the chip surface is employed to 
create virtual wells and tubes to confine the liquids. Lithographically modulated wetting 
properties of the surface define a fluidic network, in analogy to the wiring of an electronic circuit. 
Acoustic radiation pressure exerted by the surface wave leads to internal streaming in the fluid 
and eventually to an actuation of small droplets  along predetermined trajectories. This way, in 
analogy to microelectronic circuitry, rogrammable biochips for a variety of assays on a chip 
have been realized. 
 },
url = {https://ibn.idsi.md/vizualizare_articol/3422},
}

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create virtual wells and tubes to confine the liquids. Lithographically modulated wetting 
properties of the surface define a fluidic network, in analogy to the wiring of an electronic circuit. 
Acoustic radiation pressure exerted by the surface wave leads to internal streaming in the fluid 
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<dc:description xml:lang='en'>Surface acoustic waves are used to actuate and process smallest amounts of fluids on the 
planar surface of a piezoelectric chip. Chemical modification of the chip surface is employed to 
create virtual wells and tubes to confine the liquids. Lithographically modulated wetting 
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Acoustic radiation pressure exerted by the surface wave leads to internal streaming in the fluid 
and eventually to an actuation of small droplets  along predetermined trajectories. This way, in 
analogy to microelectronic circuitry, rogrammable biochips for a variety of assays on a chip 
have been realized. 
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<dc:source>Moldavian Journal of the Physical Sciences 5 (1) 78-87</dc:source>
<dc:title>Flat fluidics: programmable on-chip networks for biological and chemical applications</dc:title>
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“ ... ”

SM ISO690:2012

WIXFORTH, Achim; STROBL, Ch.; GAUER, Ch.; TOEGL, A.; SCRIBA, J.; GUTTENBERG, Z.. Flat fluidics: programmable on-chip networks for biological and chemical applications. In: Moldavian Journal of the Physical Sciences. 2006, nr. 1(5), pp. 78-87. ISSN 1810-648X.