Bioalcohols produced by microorganisms from renewable materials are promising
substitutes for traditional fuels derived from fossil sources. For several years already ethanol …

Microalgae are now the focus of intensive research due to their potential as a renewable
feedstock for biodiesel. This research requires a thorough understanding of the biochemistry …

We examined responses of batch cultures of the marine microalga Nannochloropsis sp. to
combined alterations in salinity (13, 27, and 40 g/l NaCl) and light intensity (170 and 700 …

Chlorella sp. and Nannochloropsis salina cultivated in a lab-scale open pond simulating
reactor grew well and produced 350–500mgL− 1 of biomass containing approximately 40 …

The use of contained plant systems for the production of biopharmaceuticals represents a
powerful alternative to current methods, combining the benefits of whole-plant systems and …

Microalgae have gained the attention of the scientific community, particularly lipid
biochemists and microalgal biotechnologists, as a source of valuable nutritional ingredients …

Experiments were conducted to investigate the application of virus infection and amylolytic
enzyme treatment on sugar release from Chlorella variabilis NC64A and bioethanol …

Microalgae offer renewable and sustainable sources for the bioindustrial production of next-
generation biofuels and biomaterials. In this work, we heterologously expressed a lipid …

Algal systems are gaining popularity in biosynthetic operations owing to their ability to
capture and assimilate carbon into biomass through the photosynthetic processes, generate …

Although a promising technology, using microalgae as feedstock for biofuel production faces
a broad range of grand challenges to become technologically and economically viable …