Microalgae extract in winemaking: A bio-based alternative to sulfites to fight Brettanomyces bruxellensis
Research on microalgae as a reservoir of metabolites with antifungal potential for innovative oenological applications remains unexplored.
Research on microalgae as a reservoir of metabolites with antifungal potential for innovative oenological applications remains unexplored.
The wine industry is undergoing major changes in response to global climate change and societal concerns.
Yeast interactions during microbial fermentations represent a central topic in understanding the dynamics of microbial populations including their metabolic exchanges and the consequences for the final composition of wine.
Wildfire smoke exposure has continued to be a threat for the wine industry, causing smoke tainted wines, reminiscent of medicinal, smoky smell and ashy aftertaste.
This research investigates the potential of four minority red grape varieties from Northwest Spain—Bruñal, Cenicienta, Mouraz, and Puesto Mayor—as sustainable bio-templates for the green synthesis of gold nanoparticles (AuNPs).
Vine water status affects grape ripening, metabolite accumulation, and wine quality. In the sub-Mediterranean climate of western Slovenia, terraced vineyards are increasingly exposed to summer droughts.
Innovating means introducing a change in a process, from mistakes, a curiosity or the desire to do better.
The wine industry is undergoing profound changes. Climate change, evolving pest pressure, and shifting oenological practices - notably the reduction of SO2 and increasing pH levels - are creating an environment conducive to the emergence of contaminating molecules and organoleptic defects.