… c, GRAIL network for all genes with GRAIL P < 0.05. Genes included in our previous GRAIL
… blue, newly connected genes in previously identified loci in dark blue, and genes from newly …

… To gain further insight into the genetic architecture of microbial trait abundances, we …
Importantly, our results also help to describe general features of the genetic architecture of bacterial …

… and quantifying the networks of various interaction types for microbial communities. We
map the host genetic architecture of how microbes interact and work together to determine …

… Here, we discuss challenges and recent advances in understanding the genetic architecture
of adaptation, many of which also apply more generally to understanding genotype-…

… to discuss aspects of the architecture connecting mutualistic plant–microbe interactions. …
The natural abundance of this type of plant–microbe interaction is generally unknown since they …

… correlations could leverage quantitative genetic theory for phenotypes influenced by
interacting conspecifics [13]. Lastly, our model assumes one microbe interacts with each host, but …

… in gene families other than R genes? If so, detailed studies of the genome architecture and
molecular evolution of plant R genes could … beyond the field of plant–microbe interactions. …

… experience selection due to conditions on the leaf surface and microbe-microbe interactions
… Host genetics play a role in the leaf microbiome; the similarity of leaf microbiomes across 56 …

… involved in neurodevelopmental disorders is reviewed by Hoischen and Eichler 61 , so we
focus here on implications of these studies for genetic architecture, with a brief overview of …

… Studies) to illustrate the genetic architecture of ecological interactions that take place in …
We reported 66 and 111 SNPs that were associated with interaction in E. coli and S. aureus, …