Fungi interact with bacteria in specific environmental niches through microbial cell–cell
interactions and carry out various ecological functions collectively. However, there are a …

Fungi interact closely with bacteria, both on the surfaces of the hyphae and within their living
tissues (ie endohyphal bacteria, EHB). These EHB can be obligate or facultative symbionts …

The ecological modes of fungi are shaped not only by their intrinsic features and the
environment in which they occur, but also by their interactions with diverse microbes. Here …

Endohyphal bacteria (EHB) can influence fungal phenotypes and shape the outcomes of
plant-fungal interactions. Previous work has suggested that EHB form facultative …

Plant microbiomes are increasingly appreciated as major drivers of plant health and
ecosystem services, and are of ever-greater interest for their potential in human applications …

Endofungal bacteria are bacterial symbionts of fungi that exist within fungal hyphae and
spores. There is increasing evidence that these bacteria, alone or in combination with their …

Interactions between fungi and tropical trees help shape some of the most biodiverse
communities on earth. These interactions occur in the presence of additional microbes that …

This review examines the symbiotic, evolutionary, proteomic and genetic basis for a group of
fungi that occupy a specialized niche as insect pathogens as well as endophytes. We focus …

Endohyphal bacteria (EHB), dwelling within fungal hyphae, markedly affect the growth and
metabolic potential of their hosts. To date, two EHB belonging to the family …

Endophytic microbes are known to live asymptomatically inside their host throughout
different stages of their life cycle and play crucial roles in the growth, development, fitness …