Description
High‑hydration no‑knead dough relies on autolyse and periodic stretch‑and‑fold to develop gluten through shear rather than kneading.
Technical
During autolyse, water penetrates flour, activating endogenous enzymes that hydrolyze proteins and starches, forming a viscoelastic gluten network. Stretch‑and‑fold introduces shear that aligns gluten strands and expels excess CO₂, strengthening the dough while preserving an open crumb structure. The extended fermentation at 20–25 °C allows yeast to produce CO₂ and lactic acid, lowering pH and further strengthening gluten via acid‑mediated cross‑linking.
Science
Primary Reaction
Gluten network formation via protein hydration and shear alignment, coupled with yeast fermentation producing CO₂ and organic acids.
Sensory Profile
Aroma ()