lab-on-chip biosensor Noua
$100
In stock
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Creative Biolabs uses our microfluidic technology platform to pair micropores and protein patterns together in a single microchannel, making it easy to pattern cells. Cells can survive in the microchannel for up to 6 days, meanwhile, cell attachment, migration, proliferation, and cell colony formation are observed. Our microfluidic devices are not constrained by the topography of the patterned cells and do not require complex chemical modifications of the substrates, thus providing a simple, fast and easy way to map cells at the level of a single cell in a closed microfluidic channel. lab-on-chip biosensor https://microfluidics.creative-biolabs.com/microfluidics-based-analysis-in-cell-patternin.htm
Creative Biolabs uses our microfluidic technology platform to pair micropores and protein patterns together in a single microchannel, making it easy to pattern cells. Cells can survive in the microchannel for up to 6 days, meanwhile, cell attachment, migration, proliferation, and cell colony formation are observed. Our microfluidic devices are not constrained by the topography of the patterned cells and do not require complex chemical modifications of the substrates, thus providing a simple, fast and easy way to map cells at the level of a single cell in a closed microfluidic channel. lab-on-chip biosensor https://microfluidics.creative-biolabs.com/microfluidics-based-analysis-in-cell-patternin.htm
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