FERMENT · FERMENTS LAITIERS

Greek yogurt

Στραγγιστό γιαούρτιstraggistó giaoúrti

Yaourt grec — yaourt classique égoutté jusqu'à épaississement

Durée de fermentation Same as base yogurt (4-8 hours), plus 2-12 hours straining
Plage de température 40-45°C (104-113°F) ferment, 4°C (39°F) strain
Sel / saumure none
Difficulté Facile
Importance Établi
Avis de traduction

Le texte principal de cette page est disponible uniquement en anglais dans la v1. L'interface et les métadonnées sont traduites en français. La traduction éditoriale est prévue pour la v2.

Profil

Greek yogurt is, microbiologically, the same product as standard set yogurt — the same Lactobacillus delbrueckii subsp. bulgaricus and Streptococcus thermophilus, the same fermentation, the same end pH. What distinguishes it is a finishing technique applied after fermentation: the finished yogurt is strained through cheesecloth, butter muslin, or a specialized straining bag for 2-12 hours in refrigeration, removing approximately half its volume as whey. The result is a yogurt three to four times thicker than the standard set, with a fat content (in the strained portion) roughly doubled, and a strikingly different mouthfeel and culinary utility.

In Greek cooking, the strained yogurt occupies a different role than thinner yogurts. It is the base for tzatziki — combined with grated cucumber, garlic, dill or mint, lemon juice, and olive oil — where its body holds the sauce together. It is eaten with honey and walnuts as a dessert. It is used as a sauce for grilled meats, where its higher density resists weeping under heat. The standard yogurt of supermarket-style runny consistency would not perform any of these roles.

The editorial position is that Greek yogurt is best understood as a finishing technique, not a separate ferment. The fermenter who masters one yogurt has mastered both; the difference is whether the finished product is strained or not. The marketing-driven proliferation of "Greek-style" supermarket yogurts has, in recent years, included thickening agents like milk protein concentrate, gelatin, or modified starch — products that achieve thickness through additions rather than through straining. These should not be confused with the actual preparation.

The whey that drains off during straining is itself useful: it can be used as the liquid in bread doughs (the lactic acid contributes to fermentation), in marinades for chicken (it tenderizes), in lacto-fermented vegetable starters, or as a tangy addition to smoothies. Discarding it is wasteful but common; collecting and using it elevates the practice.

Techniques clés

  1. \1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1
  2. \1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1
  3. \1n\1n\1n\1n\1n\1n\1n\1*\1n\1*\1n\1n\1n\1n\1
  4. \1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1
  5. \1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1

Erreurs courantes

  1. \1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1
  2. \1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1n\1
  3. \1n\1n\1n\1n\1n\1n\1n\1n\1
  4. \1n\1n\1n\1n\1n\1*\1n\1*\1n\1
  5. \1n\1n\1n\1n\1n\1n\1n\1n\1

Références croisées

Cultures associées

Catégories associées

Origines associées