expansum, and Mucor circinelloides, were reported to be capable of
forming large pellets (2–5 mm in diameter) under optimized operating
conditions [9–11], which may provide an alternative cost
effective way to harvest microorganisms. On the other hand, in nature,
it was found that some algae species could be in symbiotic relationship
with other microorganisms such as filamentous fungi
[12,13]. In this symbiosis, algae could fix CO2 through photosynthesis
and produce organic carbons and thus promote filamentous
fungi growth, which could in turn entrap algae by producing fungal
hyphae (a typical example is lichen) [12,13]. Therefore, it is hypothesized
that these filamentous fugal strains could entrap microalgal
cells and form fungi–algae pellets, thus allowing efficient algae harvesting.
However, research in the area especially with regard to
microalgae harvesting using filamentous fungi has not been
reported.
expansum, and Mucor circinelloides, were reported to be capable offorming large pellets (2–5 mm in diameter) under optimized operatingconditions [9–11], which may provide an alternative costeffective way to harvest microorganisms. On the other hand, in nature,it was found that some algae species could be in symbiotic relationshipwith other microorganisms such as filamentous fungi[12,13]. In this symbiosis, algae could fix CO2 through photosynthesisand produce organic carbons and thus promote filamentousfungi growth, which could in turn entrap algae by producing fungalhyphae (a typical example is lichen) [12,13]. Therefore, it is hypothesizedthat these filamentous fugal strains could entrap microalgalcells and form fungi–algae pellets, thus allowing efficient algae harvesting.However, research in the area especially with regard tomicroalgae harvesting using filamentous fungi has not beenreported.
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