Seawater, which comprises more than 95% of the Earth's water, could become a key resource in the sustainable production of clean hydrogen fuel with use of water-splitting catalysts developed by a KAUST-led team.
Analytical Chemistry
Nov 1, 2022
0
307
Precise details of how a master regulator of gene expression binds its activating partner could open new avenues for cancer drug development.
Biochemistry
Oct 10, 2022
0
82
Ultrathin polymer-based ordered membranes that effectively remove salt from seawater and brine could provide a promising alternative to existing water desalination systems, a KAUST-led team demonstrates. Their research appears ...
Polymers
Oct 6, 2022
0
37
A comprehensive analysis of bacterial communities from Deception Island, an active volcano in Antarctica, highlights the potential for using heat-loving bacteria to clean up oil contamination, new research led by KAUST researchers ...
Cell & Microbiology
Oct 3, 2022
0
13
Model animals, such as mice and fruit flies, have provided scientists with powerful insights into how cellular biology works. However, model animals are really just a guide, and it can be risky to generalize findings across ...
Ecology
Sep 23, 2022
0
234
Microporous conductive membranes developed at KAUST are expected to help shape the future of microbial electrosynthesis for CO2 conversion technologies. The membranes simultaneously stimulate the growth of CO2-eating microbes ...
Biochemistry
Sep 20, 2022
0
105
An electronic mismatch in the pairs of materials used to make organic solar cells can enhance cell operation, KAUST researchers have shown. The surprise finding—published in Advanced Materials and made following a comprehensive ...
Analytical Chemistry
Sep 13, 2022
0
132
Chemical reactions often produce messy mixtures of different products. Hence, chemists spend a lot of time coaxing their reactions to be more selective to make particular target molecules. Now, an international team of researchers ...
Analytical Chemistry
Aug 29, 2022
0
1437
Enhancement of adhesion molecules improves the ability of blood-forming stem cells to take root in transplant recipients.
Cell & Microbiology
Aug 25, 2022
0
13
Deep molecular analysis of the bone marrow microenvironment reveals that the cells regulating blood stem cell maintenance are more diverse than expected and have features likely to be conserved between species.
Cell & Microbiology
Aug 16, 2022
0
56
