Commercial production of biofuel from oleaginous microalgae is often impeded by their slow
growth rate than other fast-growing algal species. A promising strategy is to genetically …

Microalgae have long been considered as potential biological feedstock for the production
of wide array of bioproducts, such as biofuel feedstock because of their lipid accumulating …

Large-scale production of biofuels from oleaginous microalgal feedstocks in a commercially
feasible manner is hampered by their relatively slow growth rates and overall lipid yield than …

Oleaginous microalgae have great prospects in the fields of feed, nutrition, biofuel, etc.
However, biomass and lipid productivity in microalgae remain a major economic and …

As a consequence of the environmental concerns linked with the exploitation of fossil fuel
reserves, biofuel production using microalgae has been widely considered because of their …

Background Metabolic engineering has emerged as a potential strategy for improving
microalgal lipid content through targeted changes to lipid metabolic networks. However, the …

Metabolic engineering has been hailed as a promising tool to impart oil productivity in fast-
growing microalgae, thereby generating industry-suitable strains. However, complex …

Background Microalgae are ideal raw materials for biodiesel and bioactive compounds.
Glycerol-3-phosphate is formed from dihydroxyacetone phosphate (DHAP) through the …

Background The fast growing photosynthetic microalgae have been widely used in
aquaculture, food, health, and biofuels. Recent findings in the diatom has proposed a pivotal …

Microalgae have emerged as a promising feedstock for the sustainable production of lipid-
based products, including biofuels and omega-3 fatty acids, by utilizing CO2 as a carbon …