CORDIS Project
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This project develops a microfluidic device for long-term cell culture and analysis. By enabling precise control over cellular environments, it aims to study the interactions between genetic and epigenetic factors in yeast cells, enhancing our understanding of evolution.
A wide range of microfluidic systems are emerging as powerful tools for various studies in physics, chemistry and biology.
Due to their unique liquid handling capabilities, outstanding analytical performance, miniaturization and automation microfluidics have attracted a special attention among biomedicine and biological disciplines.
For cell-based assays in particular, this new technology can bring an unprecedented level of control over single-cells and their populations, provide precise control…
VILNIAUS UNIVERSITETAS
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