Phytoplankton have great potential for biodiesel production and offer promises and
opportunities in the long term. Phytoplankton species reach higher growth rates, and thus …

Astaxanthin is one of the secondary carotenoids involved in mediating abiotic stress of
microalgae. As an important antioxidant and nutraceutical compound, astaxanthin is widely …

Microalgal lipids are highly promising feedstocks for biofuel production. Microalgal lipids,
especially triacylglycerol, and practical applications of these compounds have received …

The great need for more sustainable alternatives to fossil fuels has increased our research
interests in algal biofuels. Microalgal cells, characterized by high photosynthetic efficiency …

Rising oil prices and concerns over climate change have resulted in more emphasis on
research into renewable biofuels from microalgae. Unlike plants, green microalgae have …

Microalgae have been considered as alternative sustainable resources for high-value
bioproducts such as lipids (especially triacylglycerides [TAGs]), polyunsaturated fatty acids …

Algal biofuels have received wide attention in recent years for its potential to reduce the
dependence on conventional fossil fuels. Despite the portrayed advantages of high growth …

In this work, we investigated the molecular basis of autotrophic vs. mixotrophic growth of
Chlorella sorokiniana, one of the most productive microalgae species with high potential to …

Increasing atmospheric carbon dioxide (CO 2) has led to a series of problems, impacting
both our lives and environment. One of the solutions to capture and reduce CO 2 is by …

The application of microalgae for CO 2 biosequestration of flue gas emissions from coal-
fired power plants has attracted widespread attention. In this study, one high CO 2 tolerant …