Linked from

The 54 pages that link to Gluten, each with the reason it gives.

• BakingRelated: Its elastic network traps expanding gases and helps bread retain its shape.

• Celiac diseaseRelated: Its peptides trigger the immune response that causes intestinal damage in celiac disease.

• Wheat flourRelated: Its development gives many wheat doughs their elasticity and gas-retaining structure.

• SourdoughRelated: Its elastic network holds the gas that expands sourdough during proofing.

• WheatRelated: It gives wheat dough elasticity and helps it retain gas.

• BreadRelated: Kneading develops this elastic network, which traps gas in many breads.

• PastaRelated: Gluten helps pasta dough stretch and retain its structure during cooking.

• CookingRelated: Mixing and heating shape gluten's contribution to bread and other baked foods.

• FlatbreadRelated: Gluten development determines whether a dough rolls easily or resists shaping.

• Gluten-free dietBroader topic: This is the protein group the diet removes.

• CoagulationRelated: Heat-induced setting of gluten proteins helps establish the structure of baked dough.

• Leavening agentRelated: Its elastic network traps leavening gases, allowing dough to expand before baking sets its structure.

• OatCompared with: Oats do not contain these cereal proteins, though contamination can occur during processing.

• Rice flourCompared with: Rice flour lacks gluten-forming proteins, so recipes cannot rely on its elastic network.

• CerealRelated: Wheat’s gluten-forming proteins make it behave differently from most other cereal grains.

• Durum wheatRelated: Durum's gluten proteins help pasta dough hold its shape during processing and cooking.

• Plant-based meatRelated: Wheat gluten can contribute chewiness and structure to plant-based meat.

• RyeRelated: Rye contains gluten proteins, though its dough behaves differently from wheat dough.

• PancakeRelated: Mixing develops gluten, which can make pancakes tougher when overworked.

• TortillaRelated: Gluten helps flour tortilla dough stretch without tearing.

• BatterRelated: Gluten can give a batter coating strength, though excess development may make it tough.

• CakeRelated: Mixing develops gluten, which can support a cake but make it tough when overworked.

• Glutinous riceCompared with: The name is misleading: glutinous rice contains no gluten.

• MillingRelated: Milling determines which wheat tissues and proteins enter flour used for dough.

• Puff pastryRelated: A strong but extensible gluten network lets the dough stretch around butter without tearing.

• SemolinaRelated: Hydrated semolina develops gluten that helps pasta dough hold its shape.

• ShorteningRelated: Shortening limits the hydration and bonding that build this elastic network.

• PastryRelated: Its development determines whether dough becomes stretchy, tender, or tough.

• SeitanNarrower topic: Hydrated gluten forms the structural network that gives seitan its characteristic elasticity.

• Shortcrust pastryRelated: Shortcrust handling aims to limit gluten development so the pastry stays tender.

• ToastRelated: Gluten helps determine the crumb structure and texture of wheat bread.

• CrêpeRelated: Mixing develops some gluten, affecting how pliable a wheat crêpe becomes.

• Rye breadRelated: Rye lacks wheat’s strong gluten-forming proteins, helping explain its denser crumb.

• Wheat noodlesRelated: It gives wheat noodles much of their elasticity and chew.

• ChapatiRelated: It helps chapati dough stretch thin without tearing.

• Sponge cakeRelated: Excessive gluten development can make a delicate sponge cake tough.

• Sourdough starterRelated: In bread dough, gluten helps retain the gas produced by starter.

• SpaghettiRelated: Gluten helps wheat spaghetti hold together during shaping and cooking.

• Potassium bromateRelated: Bromate strengthens dough by promoting bonds between gluten proteins.

• PseudocerealRelated: Pseudocereals are naturally gluten-free, unlike wheat, barley, and rye.

• BaoziRelated: Gluten lets the wrapper stretch around filling without easily tearing.

• Chinese noodlesRelated: Gluten gives many wheat noodles their stretch and resistance to chewing.

• Choux pastryRelated: Gluten contributes strength, though choux relies on starch and eggs as well.

• Egg substituteCompared with: In wheat recipes, gluten supplies structure that an egg substitute may not need to provide.

• LavashRelated: Gluten lets lavash dough stretch thin without tearing easily.

• UdonRelated: Kneading develops the elastic network that helps udon hold its shape.

• Chocolate cakeRelated: Mixing develops gluten, which helps the cake hold its shape but can make it tough.

• Common wheatRelated: It gives common-wheat dough the stretch and gas-holding capacity needed for many breads.

• CupcakeRelated: Excessive mixing can strengthen gluten and make cupcakes tough.

• EinkornRelated: Einkorn contains gluten proteins, so it is not suitable for people with celiac disease.