Carolina Vacca

TL;DR: The actJK regulatory system presented here provides insights into an evolutionary process in rhizobium adaptation to acidic environments and suggests that actJk-controlled functions are crucial for optimal symbiosis development.

TL;DR: The present work shows the relevance of bacterial laccases and highlights the importance of environmental plasmids as valuable sources of new genes encoding enzymes with potential use in biotechnological processes.

TL;DR: An ubiF homolog is reported for the first time being essential for nodulation competitiveness and tolerance to specific stresses in rhizobia.

TL;DR: In this paper , the authors identify several ActJ-regulated genes in S. meliloti, highlighting key components associated with ActJK regulation that will contribute to a better understanding of rhizobia adaptation to acid stress.

TL;DR: Genome sequence of B. yuanmingense P10 130 is a valuable source of information to continue the research of its potential industrial production as a biofertilizer of D. incanum and to establish its phylogenetic relationship with other species of Bradyrhizobium genus.