Try this Italian Thumbprint Cookies recipe, or contribute your own.
- 2 teaspoons vanilla extract
- 3 cups all-purpose flour
- 2 tablespoons cornstarch
- 1 cup granulated sugar divided
- 1 cup unsalted butter softened
- 1/4 teaspoon table salt
- 1/3 cup orange marmalade
- 2 teaspoons lemon zest from 1 lemon
- 1/3 cup plum preserves or seedless raspberry jam
- 2 ounces white chocolate finely chopped
- Carbohydrate 10.4312787602393 g
- Cholesterol 16.3913000031927 mg
- Fat 6.67137316905554 g
- Fiber 0.312696248816521 g
- Protein 1.28409789058409 g
- Saturated Fat 4.11513083188165 g
- Serving Size 1 1 Serving (26g)
- Sodium 155.595013362179 mg
- Sugar 10.1185825114228 g
- Trans Fat 0.543313514412511 g
- Calories 107 calories
Step-by-step
- Beat butter and 2/3 cup of the sugar with an electric mixer on medium speed until light and fluffy, about 5 minutes. Beat in lemon zest and vanilla. Whisk together flour, cornstarch, and salt in a medium bowl. Gradually add the flour mixture to butter mixture, beating at low speed until well combined, about 2 minutes. Shape dough into a disk, and wrap with plastic wrap; chill 1 hour.
- Meanwhile, place marmalade and preserves into 2 separate small microwave-safe bowls; microwave both on HIGH until and bubbly, about 3 minutes, stirring at 1 minute intervals. Cool completely, about 30 minutes.
- Preheat oven to 350 degrees and line 2 baking sheets with parchment paper. Place remaining 1/3 cup sugar in a shallow dish. Shape dough into 36 balls, about 1 tablespoon each, and place 2 inches apart on prepared baking sheets. Press thumb into the center of each cookie, leaving an indentation. Fill half of the cookies with marmalade and the remaining half with plum preserves or jam. Bake until cookies are set but not browned, 12 to 14 minutes. Cool on pans about 3 minutes. Transfer cookies to wire racks to cool completely, about 20 minutes.
- Place white chocolate in a small microwave-safe bowl; microwave on HIGH, stirring every 15 seconds, until completely melted and smooth, about 45 seconds. Drizzle cookies with melted chocolate, and let stand until dry and set, about 20 minutes.
When limiting preparation equipment to standard mixing bowls and a single baking sheet, moisture control becomes the primary structural challenge. Softened unsalted butter traps air efficiently when beaten with granulated sugar for five full minutes at medium speed, creating a lipid matrix that prevents the flour and cornstarch blend from developing excessive gluten. This mechanical aeration is what keeps the baked crumb tender rather than tough, establishing the baseline physical integrity required for successful multi-day storage.
Heating fruit preserves in a microwave on high power for three minutes drives off excess free water before the jam ever touches the dough. If fruit fillings retain too much moisture, that liquid will migrate directly into the surrounding crumb during baking and subsequent storage, dissolving the sugar structure and turning the centers soggy. Boiling the marmalade and preserves reduces their water activity, ensuring that the finished centers remain gelled and stable even as the cookies sit on the counter.
Starch retrogradation occurs rapidly in butter-rich doughs containing cornstarch, meaning these cookies undergo significant textural shifts twenty-four hours after baking. As the amylose molecules in the flour and cornstarch recrystallize, the crumb tightens slightly while absorbing aromatic compounds from the lemon zest and vanilla extract, which actually intensifies the citrus notes by day two. Storing the batch in an airtight container at room temperature prevents ambient humidity from softening the crisp exterior edges.
White chocolate contains cocoa butter with a complex melting point range that demands careful temperature control during the final finishing stage. Microwaving the chopped chocolate in short fifteen-second intervals prevents scorching while preserving the stable crystal forms necessary for a clean, dry surface finish. Drizzling this chocolate over cooled cookies creates a physical barrier that helps seal the top surface against moisture loss, extending the optimal eating window through the end of the week.
