Ontology highlight
ABSTRACT:
INSTRUMENT(S): Q Exactive
ORGANISM(S): Coprothermobacter Methanosaeta
SUBMITTER: Magnus Arntzen
LAB HEAD: Vincent Eijsink
PROVIDER: PXD004538 | Pride | 2017-06-30
REPOSITORIES: Pride
Action | DRS | |||
---|---|---|---|---|
160304_Exp66_FREVAR_1_1.raw | Raw | |||
160304_Exp66_FREVAR_1_10.raw | Raw | |||
160304_Exp66_FREVAR_1_11.raw | Raw | |||
160304_Exp66_FREVAR_1_12.raw | Raw | |||
160304_Exp66_FREVAR_1_13.raw | Raw |
Items per page: 5 1 - 5 of 36 |
Hagen Live H LH Frank Jeremy A JA Zamanzadeh Mirzaman M Eijsink Vincent G H VGH Pope Phillip B PB Horn Svein J SJ Arntzen Magnus Ø MØ
Applied and environmental microbiology 20161230 2
In this study, we used multiple meta-omic approaches to characterize the microbial community and the active metabolic pathways of a stable industrial biogas reactor with food waste as the dominant feedstock, operating at thermophilic temperatures (60°C) and elevated levels of free ammonia (367 mg/liter NH<sub>3</sub>-N). The microbial community was strongly dominated (76% of all 16S rRNA amplicon sequences) by populations closely related to the proteolytic bacterium Coprothermobacter proteolytic ...[more]