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Two synthetic cells (liposomes, purple) that are about to divide, driven by dynaminA protein (green). Credit: Image Nicola De Franceschi, Cees Dekker Lab, TU Delft.
Synthetic cells in the making as a microfluidic device produces liposomes with octane droplets that spontaneously split off subsequently. Credit: Image Siddharth Desphande, Cees Dekker Lab, TU Delft
Synthetic cells in the making as a microfluidic device produces liposomes with octane droplets that spontaneously split off subsequently. Credit: Image Siddharth Desphande, Cees Dekker Lab, TU Delft
Synthetic cells in the making as a microfluidic device produces liposomes with octane droplets that spontaneously split off subsequently. Credit: Image Siddharth Desphande, Cees Dekker Lab, TU Delft
Synthetic cells in the making as a microfluidic device produces liposomes with octane droplets that spontaneously split off subsequently. Credit: Image Siddharth Desphande, Cees Dekker Lab, TU Delft
Source Cees Dekker Lab TU Delft / EVOLF
Sonam Marapin working in lab, TU Delft
Sonam Marapin working in lab, TU Delft