Fungi survive in diverse ecological niches by secreting proteins and other molecules into the
environment to acquire food and interact with various biotic and abiotic stressors. Fungal …

Background Since the first fungal genome sequences became available, investigators have
been employing comparative genomics to understand how fungi have evolved to occupy …

Saprotrophic and parasitic microorganisms secrete proteins into the environment to
breakdown macromolecules and obtain nutrients. The molecules secreted are collectively …

Introduction The fungal secretome comprise diverse proteins that are involved in various
aspects of fungal lifestyles, including adaptation to ecological niches and environmental …

Despite their global presence and ubiquity, members of the class Geoglossomycetes
(Pezizomycotina, Ascomycota) are understudied systematically and ecologically. These …

The ability of countless representatives of the Kingdom Fungi to adapt to and proliferate in
diverse environments is facilitated by regulation of their secretomes to respond to changes …

Fungi are major players in the carbon cycle in forest ecosystems due to the wide range of
interactions they have with plants either through soil degradation processes by litter …

Fungi have evolved over millions of years and their species diversity is predicted to be the
second largest on the earth. Fungi have cross-kingdom interactions with many organisms …

The aim of this study was to elucidate the evolution of enzyme secretome of early lineage
fungi to contribute to resolving the basal part of Fungal Kingdom and pave the way for …

Fungi are ecologically important heterotrophs that have radiated into most niches on Earth
and fulfil key ecological services. Despite intense interest in their origins, major genomic …