Skip to main content
Anise Seed Borrachio Cookies
Photo: Molly Mears

Anise Seed Borrachio Cookies

12 ingredients 4 steps fandom
Share this recipe

Estimated Nutrition (whole recipe, rough)

735
Calories
20g
Protein
18g
Fat
110g
Carbs

Counts 8 of 10 ingredients — the other 2 aren't in our nutrition table and contribute nothing above, so the real totals are higher.

What these numbers assume — 8 portions →
Ingredient Portion assumed kcal
Flour 1 cup (125g) all-purpose 455
Butter 1 tbsp (14g) 102
Egg 1 large egg (50g) 78
Sugar 1 tbsp (12.5g) granulated 49
Rum 1/2 oz (15ml) 32
Vanilla 1 tsp extract (4ml) 12
Cloves 1 tsp ground (2g) 7
Salt 1 tsp (6g) 0
Anise not in our table 0
Seed not in our table 0

Totals for the whole recipe, adding one typical portion per ingredient — listed above. Quantities in the recipe are not counted, so this is a rough guide only — not suitable for medical or dietary planning.

Ingredients

  • =
  • 2 tablespoons anise seed
  • 3 tablespoons rum
  • 1 1/4 cups butter
  • 3/4 cup white sugar
  • 1 1/2 teaspoons vanilla extract
  • 2 1/2 cups all-purpose flour
  • 1 egg
  • 1/2 teaspoon salt
  • 1 teaspoon baking powder
  • 1 1/2 teaspoons ground cloves
  • =

Directions

1

Place the anise seeds in a small bowl with the rum. Set aside to marinate overnight.

2

In a medium bowl, cream together the butter, sugar and vanilla until smooth. Stir in the anise seed and rum. Mix in the egg. Combine the flour, salt, baking powder and cloves; stir into the butter mixture until well blended. Cover and refrigerate until chilled, about 1 hour.

3

Preheat the oven to 350 degrees F (175 degrees C). On a lightly floured surface, roll the dough out to 1/8 inch thickness. Cut into desired shapes using cookie cutters. Place cookies on a greased cookie sheet.

4

Bake for 10 minutes in the preheated oven, or until golden brown at the edges. Cool for a few minutes on baking sheets before removing to wire racks to cool completely.

Recipe sourced from fandom

Curious what else pairs well?

Use our flavor tools to explore molecular pairings, find substitutes, and discover novel combinations.