[图书][B] Surface modifications of poly (dimethylsiloxane) for biological application of microfluidic devices
JM Dechene - 2010 - search.proquest.com
2010•search.proquest.com
The spatial control of cellular adhesion is fundamental to the development of studies of cell
interaction, cellular microarrays, and cell based biosensors. The ability to pattern cell
adhesion on flat substrates and in microfluidic channels is important for locating cell near
microdetectors in cell based biosensor devices. Cell adhesion can be controlled by
patterning a material's wettability, as cells are able to adhere to hydrophilic surface and will
generally avoid hydrophobic materials.
interaction, cellular microarrays, and cell based biosensors. The ability to pattern cell
adhesion on flat substrates and in microfluidic channels is important for locating cell near
microdetectors in cell based biosensor devices. Cell adhesion can be controlled by
patterning a material's wettability, as cells are able to adhere to hydrophilic surface and will
generally avoid hydrophobic materials.
Abstract
The spatial control of cellular adhesion is fundamental to the development of studies of cell interaction, cellular microarrays, and cell based biosensors. The ability to pattern cell adhesion on flat substrates and in microfluidic channels is important for locating cell near microdetectors in cell based biosensor devices. Cell adhesion can be controlled by patterning a material's wettability, as cells are able to adhere to hydrophilic surface and will generally avoid hydrophobic materials.
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