… Here we discuss the dynamic properties of cell–cell communication modules, how they can
be … of cell–cell communication, the design of communication-based multicellular systems and …

… elaborate systems in multicellular organisms developed through the evolution of cell–cell …
engineer cell–cell communication networks to drive new multicellular biological behaviors. …

… Thus, elements of the glycome are at the forefront of molecular and cellular communication,
not least the flow and exchange of information required to transform a collection of …

… To demonstrate synthetic multicellular cell-to-cell communication, we printed cells with a
3-mm vertical spacing but 0.5, 1.0, and 3.0-mm horizontal spacing distances, using initial …

… how multicellular signal processing modulates single-cell sensitivity to … cell–cell communication
can enhance the ability of cell … cells and mathematical modeling, we find that multicellular …

… We are much more familiar with large multicellular organisms in the eukaryote domain, such
as animals, plants and fungi, than with the unicellular organisms from which they evolved. …

… migration, or how partly erasing the cellular memory of cell state is critical to allow bioswarmers
… of a multicellular ensemble might control the differentiation of its constituent cells without …

… as a cell’s control center. Here, we present a model in which cellular information is a distributed
system that includes non-genomic information processing in the cell membrane that may …

… cells, thereby coordinating cellular behavior. Here we show that cell density, which quantifies
cellular communication… multirhythmicity in a synthetic multicellular system, where individual …

… output to program multicellular behaviors using mammalian systems. This review article …
customized cell-cell communication to program synthetic self-organizing multicellular structures. …