Tag: coffee

Hot Beverages and Cancer Risk: What the Evidence Shows About Temperature, Not the Drink

The temperature at which you consume beverages—not the drinks themselves—carries a measurable esophageal cancer risk. The IARC classified very hot…

Coffee’s Dose-Response Puzzle: Why 2–3 Cups Daily May Shield Against Dementia

Moderate coffee consumption—2 to 3 cups daily—is associated with the lowest dementia risk in a new meta-analysis of 450,000+ participants,…

Coffee brewing method significantly affects LDL cholesterol, study finds—paper filters protective

Randomized trials show unfiltered coffee raises LDL cholesterol by 5–10 mg/dL due to cafestol, a fatty molecule trapped by paper…

Coffee and Heart Health: New 2025 Evidence Reshapes Clinical Guidance

New 2025 evidence reshapes clinical guidance on coffee consumption and heart health, showing that brewing method, timing, and dose matter…

Light roast coffee retains highest chlorogenic acid levels, study shows

Light roast coffee preserves 8.0 mg/g of chlorogenic acids compared to 4.35 mg/g in dark roast, with implications for glucose…

How brewing method reshapes coffee’s chemical profile—espresso and cold brew lead extraction efficiency

Espresso and hot-brewed coffee extract significantly more antioxidant compounds than cold brew at the same coffee dose, according to comparative…

Light Roast Retains Most Chlorogenic Acids, But Dark Roast Offers Different Antioxidants

Light roast coffee retains 8.0 mg/g of chlorogenic acids—nearly twice the concentration found in dark roasts—but roasting transforms the antioxidant…

How Brewing Method Changes What’s in Your Cup: Science of Tea, Coffee, Matcha, and Beyond

The nutritional content of tea, coffee, matcha, cacao, and yerba mate is not fixed. Steeping time, roast level, temperature, and…

Operated by the Public Health Institute of Georgia (PHIG) · non-profit, ID 404407815 · 3 Betlemi Rise, Tbilisi 0105, Georgia · info@accreditation.ge · Policy Framework · Legal notice · Privacy · Accessibility · Part of the PHIG network