The microorganism lives in extreme conditions and oxidizes sulfur, thereby participating in bio—leaching, the natural process ...
A "superpowered" fungus engineered at The University of Queensland could be used to extract critical minerals from toxic ...
Microorganisms mediate a wide range of biogeochemical and redox-driven transformations that influence metal speciation, ...
The urinash process offers a novel approach to fertilizer production, converting waste into green ammonia and calcium ...
Medications can save lives, yet for some drugs, the concentration in a patient's bloodstream determines whether a treatment ...
More than 100 countries now have circular-economy roadmaps or action plans, up about a third since 2024. The report’s point ...
Most people perceive a cork in a bottle of wine as a simple plug meant to keep the liquid in and the outside world out. In ...
Photo: Gabe Johnson A rugged mountain-and-valley landscape, the Intag region is remarkable for its cloud forests—lush ...
Cannabix Technologies Inc. (the "Company" or "Cannabix") developer of marijuana and alcohol breath testing technologies for workplace safety and law enforcement, announces the detection of ...
Nearly 100 years ago, a seemingly simple discovery revolutionized the microscope. The introduction of phase contrast, which ...
Chiral molecules present a particular challenge for analytical laboratories.Two enantiomers can share the same chemical ...
The University of Queensland (UQ) has engineered a ‘super-powered’ fungus, which could be used to extract critical minerals from toxic mining waste, while also helping to remediate sites.
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