Recipe courtesy of Aunt Lena's Creamery
Gelato di Crema - Vanilla Cream Base for Gelato
- Level: Intermediate
- Yield: 4 to 6 servings
-
- Nutritional Analysis
- Per Serving
- Serving Size
- 1 of 6 servings
- Calories
- 333
- Total Fat
- 21
- Saturated Fat
- 12
- Carbohydrates
- 31
- Dietary Fiber
- 0
- Sugar
- 31
- Protein
- 6
- Cholesterol
- 217
- Sodium
- 59
- Total: 4 hr 40 min
- Prep: 20 min
- Inactive: 4 hr
- Cook: 20 min
Ingredients
5 large egg yolks
3/4 cup sugar
2 1/4 cups (18 ounces) whole milk
1 cup heavy cream
1 vanilla bean
Directions
- In a large bowl whisk together the egg yolks and the sugar until pale yellow and thickens up.
- Combine the whole milk, heavy cream and 1 vanilla bean, sliced in half lengthwise in a saucepan. Heat the mixture just until it starts to bubble along the edges. Do not allow the mixture to boil. Remove from the heat.
- Remove the vanilla bean and scrape out the seeds with the tip if a small knife and add the seeds back into the milk mixture. Discard the vanilla bean shell.
- While whisking the egg mixture add in about a cup of the warm milk mixture and combine together. Then add in the rest of the egg mixture to the milk. Heat the mixture slowly to 175 to 180 degrees F. The custard should be thickened and coat the back of a wooden spoon. Do not allow the custard to simmer.
- Strain the custard through a fine mesh sieve, cover and refrigerate until well chilled.
- You can transfer this custard into the ice cream maker and follow manufacturer's instructions. This will make vanilla gelato, or you can make the following variations.
- Espresso: add 1/2 cup of chilled espresso coffee into the custard.
- Chocolate: add 3 ounces melted bittersweet chocolate into the warm custard before chilling.
- Pistachio or hazelnuts: In a blender add 6 ounces shelled pistachios with the heavy cream and puree before adding into the saucepan.
- Amaretto: Stir in 1/2 cup of crushed amaretto cookies into the milk before heating and add 1-ounce amaretto liqueur into the finished chilled custard before freezing.