It is urgent to find alternatives to fossil fuels to mitigate the effects of climate change. High
light intensity during microalgal growth can promote lipid and carbohydrate accumulation …

Considering the variations of optimal light intensity required by microalgae cells along with
growth phases, growth-phase light-feeding strategies were proposed and verified in this …

In this study, the green microalga Chlorella vulgaris was exposed to monochromatic light at
six different wavelengths in order to study the effect on biomass productivity and fatty acid …

This study aims to investigate the growth behaviour and lipid production of Chlorella vulgaris
(a microalga) by manipulating the effect of light and nutrients. In our presumptive two‐staged …

Effective strategies to optimize algal growth and lipid productivity are critical for the
sustainable production of biomass for various applications. Light management has emerged …

The effects of continuous light exposure (24L: 0D) and a 12 h: 12 h light/dark regime (12L:
12D) were compared on the growth and carotenoid, protein, sugar, lipid, and fatty acid …

Microalgae are gaining importance as a source of high‐value bioproducts. However, data
regarding optimization of algal productivity via variation of environmental factors are lacking …

Microalgae are a source of highly valuable bioactive metabolites and a high-potential
feedstock for environmentally friendly and sustainable biofuel production. Recent research …

Microalgae are thought to be prospective sources for a number of high value added
compounds, including lipids and carbohydrates. In addition to biomass productivity and …

Microalgal based biofuels have been reported as an attractive alternative for fossil fuels,
since they constitute a renewable energy source that reduces greenhouse gas emissions to …