Linked from

The 25 pages that link to Casein, each with the reason it gives.

• MilkBroader topic: Its micelles carry much of milk’s protein and calcium.

• CheeseBroader topic: Rennet and acid coagulate casein micelles, forming the curds that give cheese its structure.

• YogurtRelated: As acidity rises, casein particles aggregate and form yogurt’s gel-like structure.

• Infant formulaRelated: Its proportion relative to whey helps determine formula's protein profile and digestion characteristics.

• WheyRelated: Casein proteins gather into curds during coagulation, leaving much of whey’s protein in the liquid.

• CoagulationBroader topic: Acid or rennet coagulates casein into the curds used in many cheeses.

• Cow's milkBroader topic: Casein makes up most of the protein in cow's milk and forms the curds used in cheese.

• EmulsifierRelated: Milk proteins help stabilize emulsions in dairy foods and beverages.

• Cheese ripeningBroader topic: Its breakdown changes the firmness and cohesiveness of ripening curd.

• Frederick Gowland HopkinsRelated: Hopkins supplemented a purified casein-based diet to test whether milk contained additional growth factors.

• Goat milkRelated: Goat milk’s casein composition affects how it coagulates and which textures its cheeses develop.

• Milk powderRelated: Casein contributes to the powder’s protein content and its behavior when reconstituted.

• Parmigiano-ReggianoRelated: Casein coagulation creates the protein framework of each Parmigiano-Reggiano wheel.

• Sour creamRelated: Acidification changes casein interactions, helping the fermented cream thicken.

• American cheeseRelated: Emulsifying salts alter casein’s behavior to stabilize the cheese mixture.

• Crème fraîcheRelated: Acidification changes casein’s behavior and contributes to cultured cream’s thick texture.

• Dairy productRelated: Its coagulation gives many cheeses their solid structure.

• Lactobacillus delbrueckii subsp. bulgaricusRelated: Acid produced during fermentation destabilizes casein micelles, helping milk set into yogurt.

• Streptococcus thermophilusRelated: Acidification destabilizes casein micelles, helping yogurt and cheese develop structure.

• Processed cheeseRelated: Emulsifying salts alter casein’s mineral balance so it can stabilize melted cheese.

• Cream cheeseRelated: Acidification alters casein interactions, helping create the cheese’s soft body.

• PaneerRelated: Acid disrupts casein micelles, producing the curds that become paneer.

• QuarkRelated: Acid makes casein proteins aggregate into the curd that forms quark.

• Macaroni and cheeseRelated: Heating and acidity affect how cheese proteins soften, clump, or separate in sauce.

• Non-dairy creamerRelated: Sodium caseinate, a casein derivative, can appear in products labeled non-dairy.