Thanks to their specific properties, they allow for the control of critical processes such as fermentation, moisture retention, and structural stability, even in complex formulations like gluten-free ones. Their use improves the quality of the final product and facilitates the development of new, healthier, more sustainable, and functional recipes, without compromising either tradition or innovation.
Benefits of enzymes in baking and desserts
Desserts are an essential part of the dining experience. Beyond flavor, they are valued for their texture, freshness, and appearance. To achieve these qualities without resorting to artificial additives, enzymes offer natural solutions that transform ingredients during the preparation process. They act directly on starches, proteins, and sugars, modifying their structure and behavior to optimize the final product’s quality.
Their incorporation allows for improved texture, enhanced aromas, longer preservation of freshness, and adaptation of recipes to new market demands, such as gluten-free products or those with improved nutritional profiles. Furthermore, they promote more sustainable production processes, reducing resource use and minimizing waste. Let’s look at some examples:
Improved texture and structure
Enzymes allow for the production of doughs that are, for example, more homogeneous, lighter, and with better air retention during baking. This results in a spongy and stable crumb with a pleasant texture. Enzymes such as transglutaminases strengthen protein networks, while amylases act on starches to promote efficient fermentation and controlled expansion during baking.
Prolonged freshness
After baking, some products quickly lose their freshness due to starch retrogradation. Certain enzymes help retain internal moisture and slow down this process, prolonging the product’s tender texture without the need for artificial preservatives. This is key for industrial bakeries and products with a long shelf life.
Enhancement of flavor and aroma
Enzymes such as proteases break down proteins into peptides and amino acids that enhance the natural flavor.
Improved nutritional value
Enzymatic action also increases the bioavailability of nutrients. By breaking down macromolecules into simpler forms, the body can better absorb the beneficial components of food. This is especially relevant in products designed for sensitive populations or those with specific requirements.
Cost reduction and process efficiency
The use of enzymes accelerates processes such as fermentation and improves dough stability, allowing for reduced production times, minimized waste, and standardized quality. In the long term, this translates into greater operational efficiency and reduced costs.
Development of allergen-free products
In gluten-free formulations, enzymes help replicate the structural and sensory properties of gluten without the need for complex additives. Specific combinations allow for the elimination of gluten protein from raw materials or the creation of new protein networks with similar functionality, achieving results comparable to traditional products.
Enzymes in panettone
Panettone is an ideal example to showcase the potential of enzymes in baking. It is a technically demanding product that requires an airy structure, an elastic crumb, a well-developed aroma, and long shelf life. Enzymes allow these objectives to be achieved naturally and efficiently.
Practical examples
Stability and volume in long fermentations
In making panettone, a long fermentation is essential to develop the proper aroma and texture. Transglutaminase is used to stabilize the proteins in the dough, creating cross-links that strengthen its internal network. This allows the dough to better withstand the long fermentation without losing its integrity, and to maintain its volume and shape with a well-structured crumb during baking.
Optimization of yeast activity
During fermentation, amylases break down starches to release simple sugars that feed the yeast. This results in a more active and homogeneous fermentation, leading to increased gas production and, consequently, a lighter, airier texture. It also enhances the panettone’s aromatic profile, intensifying its natural flavor.
Preservation without preservatives
After baking, certain enzymes prevent the crumb from hardening too quickly. By slowing down starch retrogradation, they help retain moisture for longer. This results in a tender and pleasant texture for several days, extending shelf life without the need for artificial preservatives.
Gluten-free Panettone with improved texture
In gluten-free versions, the absence of the wheat protein network can compromise the structure. To address this, enzyme combinations such as proteases are used to modify the existing proteins, and transglutaminases are used to create new bonds between them. This results in a dough with the necessary cohesion and elasticity to develop a good crumb, even without gluten.
Ease of use in industrial or artisanal processes
The enzymes used in panettone are easily integrated into the process. They can be added during the mixing or fermentation phase without altering the rest of the recipe. Their dosage is low and their effectiveness high, allowing for consistent results without negatively affecting the flavor or the natural appearance of the product.