… Bioaugmentation with anaerobic fungi (AF) is promising for … , community structure and
transcriptional activity in agricultural … digesters, indicating transcriptional cellulolytic activity of AF. …

… It was assumed that during anaerobic conditions the fungus would not be able to … To study
which of the transcriptional responses observed were specific for the transition from anaerobic …

… Anaerobic fungi (AF) decompose plant material with their … detecting AF and their transcriptional
activity in in vitro cultures … to quantify their transcriptional cellulolytic activity. The third …

… contributions to this transcriptional response. Here, we integrate genomic sequencing and
strand-specific RNA-Seq to characterize the role of NATs in anaerobic fungal biology. We …

… the transcriptional response of M. lusitanicus when transferred from aerobic to anaerobic
atmosphere, … While some of the transcriptional changes identified correspond well with previous …

… transcriptional activity, FDD transcripts represent the absolute majority of transcriptional activity
… endoglucanases, roughly half the transcriptional activity in GH9 putative endoglucanases…

… in anaerobic fungi cultivated with associated methanogens. Co-cultivation of the anaerobic
fungus … Methanobacterium bryantii suggests that elevated transcription plays a key role in the …

… transcriptional activity of LTR retrotransposons across several species of the early-branching
Neocallimastigomycota, otherwise known as the anaerobic gut fungi … % of anaerobic fungal …

… anaerobic fungal species, with a focus on the differential transcriptional response of anaerobic
fungi … Gut fungi function within a community of biomass-degrading bacteria, protozoa, and …

… Synthetic cocultures were established for at least 24 h, as verified by active fungal and
bacterial transcription. A. robustus upregulated components of its secondary metabolism in the …