Cranberry Almond Biscotti Recipe 395

Steps:

• Preheat oven to 350°. In a large bowl, beat eggs, sugar and vanilla until well-blended. In another bowl, whisk together flour, baking soda, baking powder and salt; gradually stir into egg mixture. Stir in ground almonds and cranberries (mixture will be stiff)., Divide dough in half. Using lightly floured hands, shape each portion into a 9x3-in. rectangle on a parchment-lined baking sheet. Bake until lightly browned, about 25 minutes., Cool on pans on wire racks until firm. Reduce oven setting to 325°. Transfer baked rectangles to a cutting board. Using a serrated knife, cut diagonally into 1/2-in. slices. Place on baking sheets, cut side down., Bake until lightly browned, 8-10 minutes per side. Remove from pans to wire racks; cool completely. Store in an airtight container.

Steps:

• 1. Preheat the oven to 350 with rack in center of the oven. Line a baking sheet with parchment (or you can do as I did and use the silpat for the first step).
• 2. In the bowl of a mixer, combine the baking powder, flour, sugar and salt. In a separate bowl, beat the eggs, egg yolks and vanilla. Add to the dry ingredients; mix on medium low until combined to a sticky dough. Stir in, by hand, the almonds, cranberries and zest.
• 3. Blending the nuts and cranberries and zest....
• 4. Turn the dough onto a lightly floured surface and sprinkle with more flour. Knead slightly. Shape into two 9" X 3 1/2" logs. Transfer to the baking sheet.
• 5. Bake until the dough sets, about 30 minutes. Remove from the oven and cool on the pan for 15 minutes. Reduce oven heat to 275. Slice the dough on a diagonal into 1/2 pieces; place, cut side down, on the baking sheet (this time use a piece of parchment). Bake for 20 minutes.
• 6. Sliced on diagonal...
• 7. Turn the pieces over and bake for another 20 minutes. Transfer to a wire rack to cool. Biscotti will keep for several weeks in an airtight container at room temperature.

Steps:

• Set oven to 350 degrees.
• Line a baking sheet with parchment paper.
• In a bowl whisk together flour with baking powder and salt.
• Using an electric mixer beat the butter, sugar and eggs with extract until well blended (about 4 minutes).
• Add in the flour mixture, then the cranberries and almonds; mix well to combine.
• Divide the dough in half.
• With floured hands shape the dough in about 9 x 2-inch logs.
• Transfer the logs to prepared baking sheet, spacing evenly.
• In a small bowl whisk the egg white until foamy, the brush the egg white on top and sides of each log.
• Bake the logs until golden brown, about 35 minutes (the logs will spread when baked).
• Cool completely in the baking pan (leave the oven heat on to 350 degrees).
• Transfer the logs to a work surface.
• Shake out any crumbs from the parchment paper, then place back on the baking sheet with clean-side facing upwards.
• Using a serrated knife, sliced the logs on diagonal about 1/2 - 3/4-inches.
• Arrange the sliced biscotti cut side down on the same baking sheet.
• Bake for 10 minutes; turn the biscotti over and bake for another 5 minutes, just until beginning to lightly brown.
• Transfer biscotti to a rack to cool.
• For the glaze: stir the white chocolate in a double boiler over simmering water until smooth.
• Remove from over the water.
• Using a fork, drizzle chocolate over biscotti.
• Let stand until chocolate sets (about 30 minutes).

Steps:

• Preheat oven to 325ºF.
• Combine dry ingredients in a medium mixing bowl.
• Beat eggs, egg whites, and vanilla in a separate bowl until frothy.
• Add egg mixture to dry ingredients, mixing just until moist, using an electric mixer on medium speed.
• Add almonds and cranberries; mix thoroughly.
• On a floured surface, divide batter in half and pat each half into a log about 14 inches long and 1 1/2 inches wide.
• Place on a cookie sheet and bake in oven for 30 minutes.
• Cool on wire rack.
• Reduce oven temperature to 300ºF.
• Cut biscotti into 1/2 inch slices. Stand upright on cookie sheet and bake another 20 minutes.
• Let cool and store in a loosely covered container.