In this study, the Proteobacteria were the most abundant at the beginning of the MP operation (73.08% of the total reads) and were represented mainly by b-proteobacteria, whereas the
presence of other classes (a-proteobacteria, c-proteobacteria, d-proteobacteria, e-proteobacteria) did not exceed 10% of the total reads. Interestingly, at the beginning of the MP operation, the b-proteobacteria were mainly represented by the families Comamonadaceae and Rhodocyclaceae (21.9% and 11.2% of total reads), characterized by versatile (aerobic or denitrifying) metabolic capabilities. Later, their abundance as well as the abundance of b-proteobacteria did not exceed 1% of the total reads
In this study, the Proteobacteria were the most abundant at the beginning of the MP operation (73.08% of the total reads) and were represented mainly by b-proteobacteria, whereas thepresence of other classes (a-proteobacteria, c-proteobacteria, d-proteobacteria, e-proteobacteria) did not exceed 10% of the total reads. Interestingly, at the beginning of the MP operation, the b-proteobacteria were mainly represented by the families Comamonadaceae and Rhodocyclaceae (21.9% and 11.2% of total reads), characterized by versatile (aerobic or denitrifying) metabolic capabilities. Later, their abundance as well as the abundance of b-proteobacteria did not exceed 1% of the total reads
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