AI-guided discovery of fungal-derived salty and saltiness-enhancing peptides for sodium-reduced foods
An AI-assisted workflow screened fungal peptides for saltiness, identifying AHDQY as the strongest salty candidate and ANSDL as the most ...
An AI-assisted workflow screened fungal peptides for saltiness, identifying AHDQY as the strongest salty candidate and ANSDL as the most ...
A six-month storage study of Dezhou braised chicken combining sensory panels, electronic tongue and nose, and GC–IMS identifies octanal, diethyl ...
A new study in Food Chemistry: X pairs a tea-specific mass spectrometry database with an electronic tongue to trace how ...
A new study shows that harvest time reshapes the sugars, acids, phenolics, and aroma compounds of red and white strawberries ...
A new metabolomics and electronic tongue study shows that the black tea base, whether single-bud, traditional, wild, or shaded, fundamentally ...
An integrated analysis of 27 Corni Fructus samples from four Chinese regions identifies malic acid derivatives and galloylated tannins as ...
Researchers identified three short peptides from beech mushrooms that enhance the perception and duration of saltiness, pointing toward tastier low-sodium ...
A newly recognized white strain of the tea tree mushroom significantly outperforms the dominant brown strain in polysaccharides, protein, umami ...
A new metabolomics study shows that matching summer tea leaf tenderness with the right processing method can transform bitter, astringent ...
A new study identifies 90 degrees Celsius for 30 minutes as the optimal brewing condition for Xanthoceras sorbifolium bud black ...
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© 2025 Scienmag - Science Magazine