Apple Butter Cupcakes

I found this on the web, wonderful! I used pumpkin butter as I thought I had apple butter but didnt! Turned out great!

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Apple Butter Cupcakes Save
Apple Butter Cupcakes

I found this on the web, wonderful! I used pumpkin butter as I thought I had apple butter but didnt! Turned out great!

  • Preparing Time: 10 minutes
  • Total Time: 10 minutes
  • Served Person: 24
  • Carbohydrate 37.0873247726664 g
  • Cholesterol 18.9802083333333 mg
  • Fat 4.16184598968291 g
  • Fiber 0.42210481465894 g
  • Protein 1.3011856404145 g
  • Saturated Fat 2.51346130236481 g
  • Serving Size 1 1 Serving (61g)
  • Sodium 106.964335353135 mg
  • Sugar 36.6652199580074 g
  • Trans Fat 0.346568432377835 g
  • Calories 187 calories

Step-by-step

  • Preheat oven to 350 F.
  • Stir together flour, baking powder, baking soda, and salt in a small mixing bowl; set aside.
  • Beat butter in a medium mixing bowl with an electric mixer on medium speed for 30 seconds.
  • Add sugar, beat until fluffy.
  • Add egg; beat well.
  • Beat in apple butter and vanilla.
  • Stir lemon juice into evaporated milk (mixture will curdle).
  • Alternately add flour mixture and milk mixture to apple butter mixture, beating on low to medium speed after each addition just until combined.
  • Grease muffin cups or line with paper bake cups; fill 2/3 full.
  • Sprinkle with sugar.
  • Bake for 20 to 25 minutes or until a toothpick inserted in the center comes out clean.
  • Cool on wire racks.
  • To transport, place desired number of cupcakes in a single layer in a covered container.

A list of measurements obscures the actual chemistry happening within the batter when acid meets dairy. Combining lemon juice with evaporated milk creates a sour milk substitute through rapid protein coagulation, yielding a localized acidic environment that reacts efficiently with the added baking soda to generate carbon dioxide gas. This precise chemical interaction provides the lift necessary to support dense fruit purees without requiring chemical emulsifiers.

Historically, concentrated fruit spreads served as primary sweeteners and flavor bases in rural baking long before refined sugars became universally accessible or affordable commodities. Traditional spiced apple preserves brought natural pectin, malic acid, and concentrated sugars directly into the crumb structure, imparting both moisture and stability that prevented the baked goods from staling rapidly on unheated pantry shelves. Integrating fruit butter into batter formulations reduces the total added fat needed because the natural pectin retains moisture effectively during thermal processing.

Swapping the primary fruit preserve for pumpkin puree or pear butter alters the moisture profile and acidity levels, which directly impacts how the batter rises in the oven. Cooks must monitor the consistency of the batter when making such substitutions, ensuring the moisture content remains balanced so the final crumb structure does not turn gummy or dense. Maintaining exact oven temperatures at 350 degrees Fahrenheit ensures that the starches gelatinize fully before the structure sets.

Proper cooling on wire racks allows residual steam to escape completely rather than condensing back into the paper liners, which preserves the structural integrity of the crumb. Storing the finished items in a single layer inside a sealed container prevents excess humidity from softening the sugared crust during transport.