Purple, Yellow and Green Tea Leaves Yield Chemically Distinct Matcha, Study Finds
A new metabolomics study shows that matcha made from purple- and yellow-leaf tea cultivars has chemically distinct taste and aroma ...
Tag: catechins
Caffeine-Free Tea Plant Reveals Its Chemical Secrets Across Eight Tissues
A comprehensive survey of the rare Chinese tea plant Camellia ptilophylla maps caffeine-free alkaloid chemistry, root-only theanine, and 89 aroma ...
Aged Wuyi Rock Tea Reveals a Hidden Chemical Rebalancing During Years of Storage
A decade-spanning metabolomics study of Wuyi rock tea Rougui reveals stage-wise polyphenol remodeling and a dramatic enrichment of gallic acid ...
Fungi and Gut Microbes Reshape the Tea Compound EGCG in Surprisingly Different Ways
New metabolomics research shows that the fungi behind dark tea fermentation and rat gut microbiota transform the tea catechin EGCG ...
Scientists Decode the Molecular Secrets Behind Liupao Tea’s Four Signature Aromas
A new flavoromics and molecular docking study identifies the volatile and non-volatile compounds that distinguish the betelnut, stale, ginseng, and ...
How Plucking Standards and Processing Methods Reshape the Flavor of Summer Tea
A new metabolomics study shows that matching summer tea leaf tenderness with the right processing method can transform bitter, astringent ...
How Sugar Rules the Tea Plant: New Review Reveals Carbon Secrets of the World’s Favorite Drink
A new review reveals how carbohydrate allocation and source–sink dynamics govern tea plant growth, stress resilience and flavor quality under ...
Golden Flower Fungus and Probiotic Bacteria Reshape the Flavor Chemistry of Dark Tea
A combined sensory and molecular networking study reveals how two probiotic strains transform the metabolites that make Liu-Pao dark tea ...
Purple Tea Under Fire: How Roasting Reshapes the Chemistry and Flavor of Zijuan Oolong
A systematic analysis of Zijuan oolong tea reveals how light, medium, and heavy roasting reshape anthocyanins, catechins, amino acids, and ...
Tea Catechins Transform Waste Rice Bran into Powerful Emulsion Stabilizers
Researchers show that tea catechin structure determines how insoluble rice bran waste particles can be engineered into stable, antioxidant Pickering ...
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Mothers who receive childcare support from maternal grandparents show more parental warmth, finds NTU Singapore study
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University of Seville Breaks 120-Year-Old Mystery, Revises a Key Einstein Concept
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Bee body mass, pathogens and local climate influence heat tolerance
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Researchers record first-ever images and data of a shark experiencing a boat strike
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Groundbreaking Clinical Trial Reveals Lubiprostone Enhances Kidney Function
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