… synthetic cells in response to an external trigger. Herein, we have developed an artificial
cell … populations, providing novel directions for engineering lifelike communication pathways …

… Here, we aim to expand the communication capabilities of artificial cells by developing a
cellular mimic that produces and releases diffusive protein signals that travel in and get …

… We demonstrate that gene regulation in artificial cells appears at lower concentrations than
necessary … 1: Biological decision-making in an artificial cell at high and low gene densities. …

… The study and manufacture of vesicle aggregates, or multicompartment vesicle assemblies,
aid the development of artificial cell–cell communication, bioreactors and synthetic …

… artificial cells with … off, of artificial cell activity. Collectively this could enable the harnessing
of more complex functionality in artificial cells, providing additional control of communication …

… artificial cells that could interact with natural cells in order to evoke a behavioural response.
The artificial cells … In response, the artificial cells release a molecule that E. coli can naturally …

… interface bilayers (DIBs) are biomimetic, cell-sized artificial cell models, 13,14 but these …
Here we demonstrate for the first time the formation of asymmetric DIB-based artificial cells using …

… artificial cell, and also a specially developed communication … living biological cells:
multi-cellular organization (the artificial … number of artificial cells); cells differentiation (each cell …

… Once the architecture of an artificial cell has been equipped with a sustainable energy
generation system, the artificial cell will be able to … Artificial cells gain communication skills …

… -bound artificial cells and cell-like devices has seen rapid advances: from black lipid
membranes (BLMs) and liposomes, to communicating multicompartment artificial cells (28) and …