| Metadata |
| datasetIdentifier | PASS00514 |
| datasetType | MSMS |
| submitter | Matthew Monroe <matthew.monroe@pnnl.gov> |
| submitter_organization | Pacific Northwest National Laboratory |
| lab_head_full_name | Richard D. Smith |
| lab_head_email | dick.smith@pnnl.gov |
| lab_head_organization | Biological Sciences Division |
| lab_head_country | United States |
| datasetTag | LignoEthanogenesis |
| datasetTitle | Effect of ammonia-pretreated lignocellulose aromatic inhibitors on bacterial ethanologenesis regulatory circuits |
| publicReleaseDate | 2014-06-20 00:00:00 |
| finalizedDate | 2014-06-20 11:52:53 |
| summary | |
| contributors | David H. Keating, Sean McIlwain, Mary Lipton, and Robert Landick |
| publication | Keating, DH, Zhang, Y, Ong, IM, McIlwain, S, Bates, DM and Landick, R, Aromatic inhibitors derived from ammonia-pretreated lignocellulose hinder bacterial ethanologenesis by activating regulatory circuits including the Rob regulon, submitted |
| growth | |
| treatment | |
| extraction | |
| separation | |
| digestion | |
| acquisition | |
| informatics | |
| instruments | Thermo Scientific Velos Orbitrap |
| species | Escherichia coli K-12 |
| massModifications | static: K+144.102063, NTerm+144.102063, variable: O+15.9949 |
