Fusarium graminearum
Bacillus species have prominent potential to suppress and compete with pathogenic microorganisms. In this study to elucidate the antagonistic mechanism, whole genome expression profiling of F. graminearum co-cultivated with EU07 culture filtrate was investigated in the presence and absence of culture filtrate of the bacterial strain. RNA-seq analysis obtained a comprehensive overview of the responsive pathogenic behaviour of F. graminearum classified according to biological and metabolic processes. We have determined all suppressed genes under biotic stress of EU07 on the pathogen. These findings delineate the functional inhibition of biosynthesis and corresponding pathways of F. graminearum by the antagonistic behaviour of EU07 and key insights targeting pathogen suppression.
strain
N/A
isolate
from John Innes Centre
cultivar
N/A
ecotype
N/A
collection_date
N/A
env_broad_scale
N/A
env_local_scale
N/A
env_medium
N/A
geo_loc_name
N/A
host
N/A
isol_growth_condt
N/A
lat_lon
N/A
isolation_source
wheat
neg_cont_type
N/A
pos_cont_type
N/A
Omur BAYSAL
Academic Researcher
Mahmut Tor
Academic Researcher
BioSampleModel
MIGS.eu
BioSampleModel
MIGS/MIMS/MIMARKS.plant-associated