Turning Kitchen Scraps Into Chemical Gold: Heat and the Right Produce Supercharge Fermentation
A new study shows that fermenting fruit and vegetable waste at 45 degrees Celsius and choosing sugar-rich substrates like apple ...
A new study shows that fermenting fruit and vegetable waste at 45 degrees Celsius and choosing sugar-rich substrates like apple ...
A new comparative review reveals stark disparities in how developed, developing, and least developed economies cultivate, process, and profit from ...
Researchers combined supercritical CO2, a food-grade deep eutectic solvent, and microwave heating to recover highly soluble, antioxidant-rich protein from avocado ...
A new review finds cold plasma can boost phenolic recovery from fruit and vegetable waste by 20 to 40 percent ...
A new review shows that pulp and paper mill sludge, long treated as a disposal burden, can be pretreated and ...
A new review shows that microalgae grown on industrial, agricultural and municipal wastewater can simultaneously purify polluted water and generate ...
A new review details how fermentation can transform household and industrial food waste into probiotics, biofuels, organic acids and other ...
A comprehensive new review maps the chemistry and manufacturing science needed to turn abundant plant-derived lignin into commercially viable carbon ...
A new review details how genetic engineering, CRISPR editing and algal biotechnology could transform biofuels into a scalable, carbon-conscious alternative ...
A new mini-review from Technical University of Munich researchers synthesizes the mechanisms, threats, and biotechnological potentials of the fungi that ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine