Apricots, Cranberries, and Ginger

5 February 2025
Apricots, Cranberries, and Ginger | Bakery Academy


Apricots, Cranberries, and Ginger: Exotic Fruits in Baking

Dried apricots, cranberries, and ginger are exotic ingredients increasingly used in bakery products. Scientifically, these fruits have distinct chemical properties that make them suitable for baked goods and confections.

Apricots: The Chemistry of Drying

Dried apricots are often treated with sulfur dioxide (SO₂) to retain their color and extend shelf life. The drying process removes moisture while preserving vitamins (such as A and C) and minerals. The sugar concentration in dried apricots is significantly higher than in fresh ones, enhancing their sweetness.

Cranberries: Antioxidants and Flavor

Cranberries are rich in antioxidants, including vitamin C and flavonoids, which provide health benefits. Drying concentrates these compounds, ensuring they remain well-preserved. Dried cranberries are often sweetened and mixed with other fruits or juices to enhance their flavor. They are commonly used in muffins and cakes, offering a tart contrast to sweet ingredients.

Ginger: The Science of Dried Ginger

Dried ginger is often candied or processed in syrup and has a strong, warming flavor. The chemical compounds responsible for ginger’s sharp taste—gingerols and shogaols—become more concentrated during drying. Ginger is frequently used in baked goods, where it adds an intense flavor. Its strength varies depending on the age of the ginger root and drying techniques.

Application in Baking

Dried apricots, cranberries, and ginger are commonly used in cakes, cookies, and other bakery products. Since they are dried, they can alter the dough or batter texture, making it essential to add the right amount of moisture for balance. Proper rehydration is necessary to achieve the desired taste and texture before use.

Need to know more? Feel free to contact us!

Post a Comment

Please login to post a comment.

Inloggen

Recent posts

Sourdough: What Really Lives in Your Starter

Sourdough: What Really Lives in Your Sta...

An explanation of the microbial composition of sourdough, lactic acid bacteria vs. wild yeasts and how this varies depending on flour type and ferment...

How Hydration Influences the Formation of Different Bacteria in Sourdough

How Hydration Influences the Formation o...

Hydration plays a crucial role in the development of bacteria in sourdough and affects both fermentation processes and the final flavor and texture of...

How Temperature Influences the Growth of Different Bacteria in Sourdough

How Temperature Influences the Growth of...

Temperature has a significant impact on the growth of various bacteria in sourdough, which in turn affects fermentation and the final flavor of the br...