Don't look for the best pizza chef or pastry chef. Try to understand what flour he uses.

Beyond flour: because without enzymes there is no longer any excellence in baking.

Today, in the world of leavened products, from pizza to panettone, the real difference is no longer just manual skill or the recipe, but the ability to govern acomplex systemin which flour is a living, variable material and, without targeted interventions, intrinsically unstable.

Modern milling is not a banal industrial process. It is a refined art that has a precise objective: to enhance the grain, not flatten it.

Each batch of wheat brings with it natural variability, proteins, starches, intrinsic enzymatic activity, which make it impossible to obtain constant performance without formulation work.

The flours on the market, in fact, are almost always mixtures of different grains, selected to balance technical and economic characteristics.

But this balance, alone, is not enough.

For decades we have measured the quality of flour through technical parameters: strength, toughness, extensibility, but today we know that it is not enough.

The real test is the behavior inleavening, especially in continuous processes, where the correction window is limited and any deviation translates into a loss of quality or yield.

A mixture that produces too much or too little gas cannot be corrected retrospectively on a large scale.

And this is where they come into playenzymes.

Enzymes are not an artificial addition: they are precision instruments that replicate, amplify and stabilize natural processes already present in flour and fermentations.

Proteases, amylases and other enzymatic systems act on key components of the dough:

leproteasemodulate the structure of gluten, improving the ability to retain gases;leamylasetransform starch, promoting fermentation and contributing to moisture retention;other enzymes intervene on the lipids, slowing down staling and improving the shelf life of the product.

The crucial point is this: without a correct enzymatic balance, the flour remains incomplete.

Historically, these effects were achieved throughmother yeast.

An extraordinary, but intrinsically variable system, based on spontaneous fermentations in which microorganisms produce enzymes in an uncontrolled way.

Today technology allows these same mechanisms to be isolated and dosed with precision.

It's not a shortcut. It's an evolution.

It means moving from an empirical model to a scientific one, maintaining the sensory benefits but reducing uncertainty.

In the debate on pizza, we often talk about digestibility.

The long leavening times, the maturation times, the quality of the grain are mentioned.

But the central issue is rarely addressed:the enzymatic transformation of the dough. A freshly prepared dough is rigid and not very extensible.Only after a maturation period, often 24 hours, does it become workable, elastic, capable of developing correctly during cooking.

This is not a “magical” phenomenon. It's biochemistry.

And without an adequate enzymatic system, natural or added, this transformation is incomplete.

The result?

Less developed, less balanced products… and often more difficult to digest.

Today there is a widespread narrative according to which excellence derives from the absence of technological interventions. It's a romantic vision, but technically fragile.

Without adequate enzymatic support, the dough loses balance: the gluten can be too tenacious or, on the contrary, poorly structured; starch is not transformed efficiently; the capacity to retain gases is reduced and, consequently, the shelf life of the final product is also significantly shortened. In other words: the product gets worse.

It's not a matter of opinion. It's a question of the functionality of the dough.

This does not reduce the role of the pizza chef or the industrialist. It redefines it.

Excellence today is no longer just execution, but the ability to manage complex systems: choosing correctly formulated flours, understanding enzymatic balance, working with raw materials designed to perform.

Because the truth is simple: alsothe best operator cannot compensate for technically incomplete flour.

Flour has always been a subtle balance: half science, half art. But today the real leap in quality lies in no longer seeing these two dimensions as opposite. Art, in fact, is not ignoring science, but rather knowing how to interpret and use it intelligently.

In this context, the targeted use of enzymes does not represent a break with tradition, but rather itsnatural evolution. It means taking what was once entrusted to experience, intuition or even chance, and making it more controllable, replicable, reliable. In other words, it means expressing the potential of the grain to the maximum, without distorting it.

In the world of contemporary baking, this approach is increasingly central. Quality is no longer something that simply "happens" during the production process: it is something that is designed, built, calibrated in every detail.

And in this scenario, enzymes are no longer an ancillary option, buta fundamental tool. Without them, today, reaching certain standards of consistency and performance becomes simply insufficient.