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Figure 1. Time course of OD660 (Í), and acetate (Æ), nitrate (○), nitrite (●), chlorate (▵), and/or chloride (▴) concentration in minimal medium supplemented with acetate, nitrate, and chlorate and inoculated with cultures of A. denitrificans strain BC that are pre-grown with acetate and nitrate (a), or chlorate (b).

Figure S2.

Figure 3. Time course of OD660 (Í), and acetate (Æ), oxygen (□), nitrate (○), nitrite (●), chlorate (▵), and/or chloride (▴) concentration in minimal medium supplemented with acetate and oxygen and inoculated with cultures of A. denitrificans strain BC that are pre-grown with acetate and nitrate (a), or chlorate (b).

Figure 4. Whole-proteome analysis of chlorate- versus oxygen-grown A. denitrificans strain BC cells. The Log of the total intensity based absolute quantification (iBAQ) intensity is plotted against the total protein abundance ratio (in Log label-free quantification (LFQ)). Proteins of which two peptides were identified (blue filled circles) and of which more than two peptides were detected (red filled circles) and the contaminant trypsin (filled circle including yellow dot) are shown.

Figure 5. Whole-proteome analysis of nitrate- versus oxygen-grown A. denitrificans strain BC cells. The Log of the total intensity based absolute quantification (iBAQ) intensity is plotted against the total protein abundance ratio (in Log label-free quantification (LFQ)). Proteins of which two peptides were identified (blue filled circles) and of which more than two peptides were detected (red filled circles) and the contaminant trypsin (filled circle including yellow dot) are shown.

Figure 6. SDS-PAGE gel with cell-free extracts of nitrate- (b and c), chlorate- (d and e) and oxygen-adapted (f and g) A. denitrificans strain BC cells. A size marker (a) with sizes as indicated is shown additionally.

Table 1. Raw data of proteome analysis of A. denitrificans strain BC adapted to acetate with chlorate, nitrate or oxygen.

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