The world seems to be raising its energy needs owing to an expanding population and
people's desire for higher living standards. Diversification biofuel sources have become an …

Green microalgae in the genus Dunaliella have become increasingly important in
biotechnology and industry. The high adaptability of Dunaliella to high salinity, as well as its …

Green microalga, Dunaliella, isolated from the saltpan of Tamil Nadu, India, was identified
both morphologically and genetically via 18S rDNA specific primers. Amplified 18S rDNA of …

This study aimed to explore the effect of sodium bicarbonate (0–200 mM) on the production
of β-carotene and lipid content in Dunaliella salina and Dunaliella bardawil. Total carotenoid …

It is an incredible phenomenon that algae drive photo energy to synthesize their food and
widely donate their nutrient potentials to other organisms in the form of food and feed by …

Microalgae are present in all aquatic ecosystems on the planet; they are a large group of
photosynthetic unicellular eukaryotes and prokaryotes, and its diversity is even larger than …

Deficiency of nitrogen and phosphorus induced b-carotene accumulation in the cells of 35
clonal cultures of D. salina isolated from 6 habitats in Ukraine and 1 in Russia. Nitrate and …

Dunaliella salina has been widely reported in the halophilic environment. The present study
first time reveals and reports the presence of green alga D. salinaidentified by both …

Dunaliella parva grew in different nitrogen concentrations, which were associated with lipid
accumulation. D. parva could accumulate lipids. However, the underlying mechanism of lipid …