Discover why certain wines transform a meal — rooted in chemistry, structure, and the sensory science behind every sip.
Choose a food category and we'll match it with wines selected for structural compatibility — not just tradition.
Six principles — rooted in food chemistry and sensory science — that govern every great wine and food match.
High-acid wines — Sauvignon Blanc, Champagne, Barbera — cut through fatty richness and complement acidic dishes by matching their pH profile. A low-acid wine against an acidic dish tastes flat and flabby.
Tannins are polyphenols that bind to salivary proteins, creating astringency. Red meat's protein and fat neutralise this reaction — making tannic Cabernet Sauvignon and Barolo the classic match for aged beef.
Sugar molecules reduce heat perception from capsaicin by occupying the same TRPV1 receptors. Off-dry Riesling (15–40g/L RS) is the winemaker's choice for spicy cuisines — heat vanishes, aromatics soar.
The weight and texture of a wine should mirror the dish. Delicate sole needs mineral Chablis; braised short rib demands the full structure of an Amarone. Mismatching overwhelms or disappears.
Glutamates in umami-rich foods (aged cheese, mushrooms, soy) intensify tannin bitterness and astringency. These dishes need low-tannin, high-acid wines — or wines with residual sweetness to counterbalance.
Centuries of co-evolution mean local wines and local cuisines are naturally calibrated. Chianti and tomato-based pasta share high acidity. Alsatian Riesling and choucroute — both shaped by the same terroir.