… Host and microbe interactions are constantly evolving; as the host attempts to balance
infective responsiveness with tolerance, the microbes relentlessly evolve systems to ensure their …

… , it was recently discovered that rhizoxin is not secreted by the fungus, but from an endosymbiotic
bacterium [102], thus adding a new level of complexity to this plant–microbe interaction. …

… Interactions between genes (epistasis) are a key component of this genetic architecture, and
… but our understanding of microbe–microbe interactions in microbiota establishment remains …

… collo-cygni genome contains the genetic architecture to synthesize a wide range of SM and
suggests that coexpression of PKS and HPS is associated with competitive colonization of …

… Considering the various strategies from microbes and hosts focused on chitin recognition,
it is evident that this carbohydrate plays a central role in plant–fungus interactions. …

… plant-microbe interactions as examples, we demonstrate that one way that microbes can …
The diverse genetic architecture underlying plastic responses is rapidly coming to light and …

… Host-microbe interactions have shaped the genetic architecture of inflammatory bowel …
evidence indicates that host genetic interactions with microbes also shapes immunologic …

… In this article, we present potential mechanisms for host-microbe interactions through … as
well as RNA-based regulation of gene-expression are linked in shaping brain evolution and …

… We review recent advances in CEP biology with a focus on soil nutrient uptake, root system
architecture and organogenesis, and roles in plant–microbe interactions. Furthermore, we …