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Establishing programmable liposome fusion to enable synthetic cell growth (BEP/MEP)

Short description: To accomplish sustained growth and division, synthetic cells must expand their membrane surface. Providing extra lipids…

/en/faculty-of-applied-sciences/about-faculty/departments/bionanoscience/research/research-labs/koenderink-lab/student-projects/establishing-programmable-liposome-fusion-to-enable-synthetic-cell-growth-bep-mep

Building a living cell from scratch using microfluidics (MEP)

Short description: To shed light on the fundamental blueprint of a cell and get a better understanding of the governing principles of…

/en/faculty-of-applied-sciences/about-faculty/departments/bionanoscience/research/research-labs/koenderink-lab/student-projects/building-a-living-cell-from-scratch-using-microfluidics-mep

Model intercellular bridge with septin and other proteins (MEP)

Short description: In the intercellular bridge, proteins are important for the recruited and organized in the intercellular bridge. In our…

/en/faculty-of-applied-sciences/about-faculty/departments/bionanoscience/research/research-labs/koenderink-lab/student-projects/model-intercellular-bridge-with-septin-and-other-proteins-mep