Additional file 1 of Clostridium autoethanogenum alters cofactor synthesis, redox metabolism, and lysine-acetylation in response to elevated H2:CO feedstock ratios for enhancing carbon capture efficiency

Additional file 1: Supplemental Tables 1–5. Proteome Discoverer Results Table S1. All Conditions Protein results. Proteome Discoverer protein results filtered for common contaminates. Table S2. Peptide results. Proteome Discoverer peptide results filtered for common contaminates. Table S3. Peptide results with Acetylation Modifications. Proteome Discoverer peptide results with added search parameter to look for lysine-acetylation and filtered for common contaminates. Table S4. Peptide results with Biotinylation Modifications. Proteome Discoverer peptide results with added search parameter to look for lysine biotinylation and filtered for common contaminates. Table S5. Peptide results with Methylation Modifications. Proteome Discoverer peptide results with added search parameter to look for single, double, or triple methylation on Lysine or arginine residues and filtered for common contaminates. NA = not detected.