Water is the cellular milieu, drives all biochemistry within Earth's biosphere and facilitates
microbe‐mediated decay processes. Instead of reviewing these topics, the current article …

This comprehensive review explores the intriguing potential of extremophiles in
revolutionizing the remediation of toxic pollutants. Extremophiles, remarkable …

Ribosomal genes are widely used as 'molecular clocks' to infer evolutionary relationships
between species. However, their utility as 'molecular thermometers' for estimating optimal …

Recent geological, hydrochemical, and mineralogical studies performed on hypersaline salt
flats have given insights into similar geo-morphologic features on Mars. These salt …

Halophilic archaea are the dominant type of microorganisms in hypersaline environments.
The diversity of halophilic archaea in Zehrez-Chergui (Saharian chott) was analyzed and …

The haloarchaeal diversity of four hypersaline alkaline lakes from the Wadi El-Natrun
depression (Northern Egypt) was investigated using culture-independent polymerase chain …

In this study, we assess the phylogenetic diversity of the halophilic archaeal community of
biotechnological interest that inhabit in geothermal water in southern Tunisia. These waters …

Ribosomal genes are widely used as “molecular clocks” to infer the evolutionary relatedness
of species. It is unclear, however, whether these genes can also serve as “molecular …

Solid/gas (SG) biocatalysis is a non-conventional catalytic process, which is carried out by
immobilizing enzymes or whole-cells on a solid support through which the substrates flow in …

Halophiles, a class of extremophiles, have the remarkable capacity to grow and survive in
environments of high salt concentrations. They are the natural inhabitants of the saline …