Ectomycorrhizal fungi, living in soil forests, are required microorganisms to sustain tree
growth and productivity. The establishment of mutualistic interaction with roots to form …

In ectomycorrhiza, root ingress and colonization of the apoplast by colonizing hyphae is
thought to rely mainly on the mechanical force that results from hyphal tip growth, but this …

Trees are able to colonize, establish and survive in a wide range of soils through
associations with ectomycorrhizal (EcM) fungi. Proper functioning of EcM fungi implies the …

The ectomycorrhizal (ECM) symbiosis is increasingly seen as a crucial component for
nutrient cycling in sustainable forest ecosystems. To date, the complete genome sequence …

The development of ectomycorrhizal (ECM) symbioses between soil fungi and tree roots
requires modification of root cell walls. The pectin‐mediated adhesion between adjacent …

The ectomycorrhizal symbiosis involving trees and soil fungi is a process of major ecological
importance in forest ecosystems. The establishment of an effective symbiosis encompasses …

Ectomycorrhizal fungi establish a mutualistic symbiosis in roots of most woody plants. The
molecular underpinning of ectomycorrhizal development was only explored in a few …

Background Pectin is one of the major and most complex plant cell wall components that
needs to be overcome by microorganisms as part of their strategies for plant invasion or …

In ectomycorrhiza, root penetration and colonization of the intercellular space by symbiotic
hyphae is thought to rely on the mechanical force that results from hyphal tip growth …

Frequently, laccases are triggered during fungal cocultivation for overexpression. The
function of these activated laccases during coculture has not been clarified. Previously, we …