Raspberry Pinwheels

Raspberry Pinwheels Recipe
Photo: Kana Okada; Styling: Sara Quessenberry
Sweet cream cheese dough pairs well with the raspberry jam in these pretty pinwheels.

Yield:

Makes 54 cookies

Recipe from

Nutritional Information

Calories 82
Caloriesfromfat 550 %
Protein 1 g
Carbohydrate 9 g
Sugars 5 g
Fiber 0 g
Fat 4.6 g
Satfat 3 g
Sodium 16 mg
Cholesterol 17 mg

Ingredients

3/4 cup (1 1/2 sticks) unsalted butter, at room temperature
1 8-ounce bar cream cheese, at room temperature
1/2 cup granulated sugar
1/2 teaspoon pure vanilla extract
2 cups all-purpose flour, plus more for the work surface
1/2 cup seedless raspberry jam
1 large egg, beaten
2 tablespoons turbinado or some other coarse sugar

Preparation

With an electric mixer, beat the butter, cream cheese, and granulated sugar until fluffy. Mix in the vanilla. Gradually add the flour, mixing until just incorporated.

Turn the dough onto a floured work surface and gently knead it 2 to 3 times, just to bring it together. Form the dough into two 1-inch-thick squares. Wrap in plastic wrap and refrigerate for 1 hour.

On a lightly floured piece of parchment, roll one of the dough squares into a 9-by-12-inch rectangle. Spread half the jam over the dough. Cut the dough crosswise into thirds, making three 9-by-4-inch rectangles. Starting from the long side of each rectangle, roll into logs. Wrap in wax paper and refrigerate until firm, 30 minutes. Repeat with the remaining dough.

Heat oven to 350° F. Slice the logs into 1-inch pieces and space 1 1/2 inches apart on parchment-lined baking sheets. Brush with the egg and sprinkle with the turbinado sugar. Bake until golden, 20 to 25 minutes.

To Wrap: A 32-ounce glass canning jar will neatly hold 2 dozen pinwheels. You can play up the cookies' two-tone theme with a striped ribbon tied around the jar's mouth and a colorful adhesive bow.

To Freeze: Instead of refrigerating the logs, freeze them for up to 2 months. To bake, follow the recipe instructions, cutting and baking the dough from frozen, and use the upper end of the time range.

Note:

Sara Quessenberry,

December 2008
My Notes

Only you will be able to view, print, and edit this note.

Add Note