Why it works: Milk and butter are a kitchen classic. They rank in the top 7% of all ingredient pairs, and cooks put them together in 81,283 recipes. Both carry (z)-4-heptenal, which smells biscuit, cream. The science ↓
Yeast Dough
Ingredients
Directions
Prepare the dough
Combine the milk and butter in a saucepan and bring to boil.
Remove from the heat and cool to lukewarm.
In a bowl, stir together the yeast, sugar, and water. Let stand until it becomes foamy, for about 5 minutes.
Add the milk mixture, beaten eggs, and salt to this and mix well with a wooden spoon.
Stir in 3 and 1/2 cups of the flour, 1 cup at a time, stirring well each time.
Transfer the dough to a floured surface and knead until smooth and elastic, about 10 minutes, adding as much of the remaining flour as needed to prevent sticking.
Rise and shape
Place the dough in a buttered bowl and coat it with butter.
Cover with a cotton kitchen towel and let rise in a warm place until doubled in bulk, for about 1-2 hours.
Punch the dough down and knead for a short time before using.
Makes enough dough of the size you wish to serve.
Nutrition, whole recipe (rough)
Counts 6 of 7 ingredients. The other 1 aren't in our nutrition table and add nothing above, so the real totals are higher.
What these numbers assume: 6 portions
| Ingredient | Portion assumed | kcal |
|---|---|---|
| Flour | 1 cup (125g) all-purpose | 455 |
| Milk | 1 cup (244ml) whole | 149 |
| Butter | 1 tbsp (14g) | 102 |
| Egg | 1 large egg (50g) | 78 |
| Sugar | 1 tbsp (12.5g) granulated | 49 |
| Salt | 1 tsp (6g) | 0 |
| Water | not in our table | 0 |
One typical portion per ingredient; the recipe's quantities are not counted. A rough guide only, not for medical or dietary planning.
Steps grouped into stages for easier reading; the method is the source's own.
Explore the science
The flavor team
The pairs that carry this dish. Each one is judged two ways: how much their aromas overlap, and how often cooks already put them together.
-
Milk + buttertop 7% of all pairsSmell alikemoderateCooked together81,283 recipes
Shared aroma: (z)-4-heptenal (biscuit, cream).
-
Butter + flourtop 12% of all pairsSmell alikelowCooked together124,287 recipes
Shared aroma: isobutyraldehyde (malty, green).
-
Milk + flourtop 14% of all pairsSmell alikelowCooked together78,219 recipes
Shared aroma: isobutyraldehyde (malty, green).
-
Sugar + flourtop 15% of all pairsSmell alikemoderateCooked together92,116 recipes
Shared aroma: phenylacetaldehyde (hawthorne, honey).
-
Egg + flourtop 15% of all pairsSmell alikelowCooked together106,462 recipes
Shared aroma: isobutyraldehyde (malty, green).
Butter and flour barely smell alike, yet cooks put them together in 124,287 recipes: they work on texture and structure more than aroma.
Ranks compare each pair with 20,000 random ingredient pairs on CompKitchen. How we score pairs
What each ingredient does
- All-purpose flour
- Provides gluten structure that traps gas and gives the dough its chewy body.
- Yeast
- Ferments sugars and releases carbon dioxide, which makes the dough rise.
- Eggs
- Add richness, structure and a tender crumb through their proteins and fat.
- Butter
- Adds fat for a tender texture and rich flavor.
- Milk
- Adds moisture and milk solids that help browning and a soft crumb.
- Sugar
- Feeds the yeast and adds a little sweetness and browning.
The step that matters
Kneading until smooth and elastic. Kneading develops gluten strands that hold the gas yeast produces. Adding too much extra flour makes the dough stiff and dense, so add flour only as needed to stop sticking.
“What each ingredient does” and “The step that matters” were written by Claude from this recipe’s own method and reviewed in samples by CompKitchen.
More yeast dough recipes
You might also like
Cornbread345 recipes
Bread Pudding336 recipes
Milk Bread Rolls242 recipes
Potato Bread124 recipesThe free Flavor Lab newsletter: one surprising pairing a week and the molecular reason it works, in 60 seconds. No spam, unsubscribe anytime.
Prefer an account? Create a free account to save pairings and unlock the full chemistry.