Myxococcus are known to form
fruiting bodies using chemical signals. The cells communicate with each other, and in response to stress factors, most often starvation, form dense fruiting bodies that allow them to survive harsh environments. The genetic programs underlying fruiting body formation in
Myxococcus exhibit an unexpected level of plasticity, suggesting that the genetic program underlying fruiting body formation in various Myxococci is not conserved, leading to diverse reactions in all
Myxococcus species.
Myxococcus, specifically
Myxococcus xanthus, has been found to use direct communication between cells to form fruiting bodies rather than
chemotaxis.
Myxococcus are social microbes and often seen as exhibiting behavior akin to a pack of
wolves. They are able to communicate with each other via
quorum sensing. In
Myxococcus, quorum sensing is mediated by two signaling molecules: A-factor and C-signal. A-factor is a small, diffusible molecule produced by all cells in the population. When the concentration of A-factor reaches a certain threshold, it binds to receptors on the surface of cells and triggers a cascade of events that leads to aggregation. ==Sources==