Elevated CO2modulates the metabolic machinery of cyanobacteria and valorizes its potential as a biofertilizer
V Kokila, R Prasanna, TK Saniya, A Kumar… - Biocatalysis and …, 2023 - Elsevier
Elevated CO 2 is one of the drivers of global warming and cyanobacteria can be promising
options to gainfully convert this to useful biomass. The present investigation was carried out
to understand the metabolic changes underlying the CN dynamics in two cyanobacteria-
Anabaena laxa and Calothrix elenkinii grown under ambient CO 2 (400±50 ppm) and
elevated CO 2 (700±50 ppm) environments. Total chlorophyll, phycobilins, proteins, IAA,
total sugars, organic carbon, and total-N increased by 14–16% in both the cultures under …
options to gainfully convert this to useful biomass. The present investigation was carried out
to understand the metabolic changes underlying the CN dynamics in two cyanobacteria-
Anabaena laxa and Calothrix elenkinii grown under ambient CO 2 (400±50 ppm) and
elevated CO 2 (700±50 ppm) environments. Total chlorophyll, phycobilins, proteins, IAA,
total sugars, organic carbon, and total-N increased by 14–16% in both the cultures under …
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