Microalgae can produce lipids and high-value by-products under abiotic stress conditions,
including nutrient starvation, high light intensity, extreme temperature, high salinity and the …

Microalgae have many commercial applications including biofuel production, use in human
and animal nutrition, as pharmaceuticals and therapeutic compounds, in beauty-related …

Microalgae cultivation is booming in agriculture, aquaculture, and bioenergy sectors. A wide
range of bioactive compounds with attractive properties can be produced with microalgae …

In the present study, an optimized process involving integrated events of flue gas CO 2
sequestration and wastewater utilization was developed for improved microalgal biomass …

Microalgae growth-promoting bacteria (MGPB), both actinobacteria and non-actinobacteria,
have received considerable attention recently because of their potential to develop …

Microalgal biodiesel production depends on high biomass and lipid yielding strain grown in
a low-cost medium. The present study had identified marine microalga Chlorella vulgaris …

Black soldier fly larvae (BSFL), high-fat-containing insects, are a promising non-edible
feedstock for biodiesel production. Extracting fat from BSFL biomass for biodiesel production …

The rapid development of large-scale aquaculture leads to wastewater accumulation,
increasing environmental problems. Microalga cultivation is a potential biotechnological …

In the present work, indigenous freshwater microalga Scenedesmus obtusus Meyen was
isolated and cultivated under supplementation of additional carbon sources and …

Recently, the use of phytohormones has been found to be expedient for improving biomass
and lipid productivity for algal biofuel production. The comparative effect of phytohormones …