Champagne Brut
Champagne, France
Traditional method with secondary fermentation in bottle on lees. Lees contact builds autolysis amines. Dosage typically 6-12 g/L.
- Congeners
- Moderate
- Histamines
- High
- Polyphenols
- Low
- Sulfites
- High
- Tannins
- Low
- Sugar
- Low
- Additives
- Moderate
In its favor
- ✓Lower sugar than Prosecco/Cava
- ✓Premium production standards
What to watch
- !Yeast autolysis raises biogenic amines
- !CO₂ accelerates absorption
Factor by factor
Congeners Moderate ▾
Byproducts of fermentation (methanol, acetaldehyde, fusel alcohols). Strongly linked to hangover severity; darker, less-distilled spirits carry more.
Histamines High ▾
Produced by bacteria during fermentation/aging. Trigger flushing, headaches, congestion in sensitive drinkers. High in red wine, beer, aged spirits.
Polyphenols Low ▾
Plant compounds with antioxidant activity. Slightly protective at low doses but at high concentrations may worsen hangover via tannin/quercetin reactions.
Sulfites High ▾
Preservatives (SO₂) added to wine and some beers. Common trigger of headaches, asthma, and allergic-type reactions.
Tannins Low ▾
Astringent polyphenols from skins, seeds, barrels. Bind proteins, slow alcohol clearance, and aggravate dehydration-style symptoms.
Sugar Low ▾
Residual sugar amplifies hangover via blood-sugar swings and dehydration. Liqueurs and cocktails are the main offenders.
Additives Moderate ▾
Colorants, flavorings, glycerin, propylene glycol, sorbates. Cheap spirits and ready-to-drinks often hide these in trade-secret formulas.
Champagne is chemically more complex than tank-method sparklings because of long lees contact. More flavor, more amines.