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The intertrophic relationship between algae and bacteria from the activated microalgae granules
Date issued
2019
Author(s)
DOI
10.37358/RC.19.1.6908
Abstract
Activated microalgae granules, as a technology at its initial steps, require sustained efforts for a better
understanding of the intertrophic relationship between algae and bacteria. The activated algae granules
samples from extensive lab-scale sequencing batch reactor experiments were selected for a total DNA
extraction and analysis. A relative quantitative analysis of bacterial genes involved in nitrification, denitrification, phosphorus accumulation as well as genes belonging to microalgae was performed by realtime
PCR / qPCR. Microscopic investigations of activated microalgae granule showed a gradual decrease of
microalgae concentration, together with an increase in bacterial populations inside the granule.
understanding of the intertrophic relationship between algae and bacteria. The activated algae granules
samples from extensive lab-scale sequencing batch reactor experiments were selected for a total DNA
extraction and analysis. A relative quantitative analysis of bacterial genes involved in nitrification, denitrification, phosphorus accumulation as well as genes belonging to microalgae was performed by realtime
PCR / qPCR. Microscopic investigations of activated microalgae granule showed a gradual decrease of
microalgae concentration, together with an increase in bacterial populations inside the granule.
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70 BUMBAC 3 1 19.pdf
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