Microbe sample from Fusarium commune
Fusarium commune
This project investigates how the fungal denitrifier Fusarium commune adapts its energy metabolism to oxygen limitation under nitrite-supplemented conditions and how this controls nitrous oxide (N2O) production. By combining gas kinetics, nitrogen mass balances, stable isotope analyses, and transcriptomics, it shows that nitrite reduction to ammonium is the main electron sink, while denitrification contributes only marginally to N2O and energy conservation, and that expression of nirK and p450nor is driven primarily by nitrite rather than oxygen.
isolate
JCM11502
isolation_source
laborarory
collection_date
not collected
geo_loc_name
not collected
sample_type
whole organism
BioSampleModel
Microbe, viral or environmental