Microalgae are increasingly recognised as suitable microorganisms for heavy metal (HM)
removal, since they are able to adsorb them onto their cell wall and, in some cases …

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 microalgae are highly efficient and cost-effective in the removal of heavy metals from
water. However, dissolved organic matter (DOM), such as fulvic acid (FA), can impact their …

Owing to the increase of pollutant sources in oceans, seas, and lakes, there is an expected
effect on growth and metabolism of planktonic algae which are considered primary …

This work aims to measure the role of zinc as an essential micronutrient for algal growth and
the effect of using different concentrations of this heavy metal on growth and essential …

Nickel acts as an essential trace nutrient or toxicant for organisms, depending on its
concentration. The increased concentrations of nickel, due to anthropogenic activity, in the …

Due to human activity and natural processes, heavy metal contamination frequently affects
the earth's water resources. The pollution can be categorized as resistant and persistent …

Addressing heavy metal contamination in leafy vegetables is critically important due to its
adverse effects on human health. In this study, we investigated the inhibitory effects of foliar …

The runoff of textile dye effluents into public water bodies is a major environmental and
health problem. Color removal, in particular, has recently become of substantial scientific …

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 …