Synergistic interplay between quorum sensing and direct interspecies electron transfer enhances anaerobic granular sludge resilience under toxic stress

This dataset originates from a study investigating the molecular and community-level mechanisms that confer resilience to anaerobic granular sludge under toxic stress. The core hypothesis is that a synergistic interplay between microbial chemical communication (quorum sensing) and direct interspecies electron transfer (DIET) forms a critical adaptive response.