Basic concepts related to pizza

Preparing the perfect pizza dough is a process that combines craftsmanship with science. To fully control the structure, flavor, and digestibility of the final bake, professional pizza makers use specific terminology that describes the individual stages of working with dough. Understanding these concepts is the key to consciously managing fermentation and maturation. Below is an explanation of the most important abbreviations and techniques.

TO, meaning room temperature

This abbreviation refers to the conditions in which the dough remains outside of refrigeration equipment.

Keeping dough at room temperature strongly stimulates the yeast to work, causing a rapid increase in volume.
In a warmer environment, gas production happens very quickly, so the time the dough spends in these conditions must be strictly controlled to avoid over-fermentation, for example by properly adjusting the amount of yeast.

TK, meaning controlled temperature

This is an environment with a reduced temperature, most often around 4-6°C, used in refrigerators or special proofing chambers. Placing the dough in a TK environment is intended to drastically slow down yeast activity, thereby preventing rapid rising. At the same time, in the lower temperature, the natural enzymes found in flour (amylases and proteases) can continue their work without interruption. This process is called maturation. Thanks to this, complex proteins and starches break down into simpler, more easily digestible elements, which ultimately gives the pizza a deep flavor, beautiful color after baking, and makes it very easy to digest.

Puntatura, meaning bulk fermentation

Immediately after the kneading process is completed, the entire mass of prepared dough is left in one large piece – that is, “in bulk.” This is the first phase of resting and fermentation. Resting in bulk allows the gluten network to relax after the mechanical stress it experienced in the mixer. During this time, the dough develops proper structure, stabilizes, and the trapped yeast begins to evenly produce the first bubbles of carbon dioxide. The duration of this stage can range from several minutes to several hours, depending on the method used (direct or preferment-based) and the strength of the flour used.

Dividing into dough balls – fermentation in balls (Staglio)

The next extremely important step is portioning. The dough that has rested in bulk is divided into smaller, precisely weighed pieces, which are then shaped into round dough balls. This stage is not only about dividing the mass, but above all about giving the portions the proper shape and tension. Hand-shaping the ball seals the outer structure of the dough, creating a barrier that retains gases inside during the second rising phase. A properly formed dough ball ensures stable and regular growth, protecting the dough from spreading excessively to the sides. The shaped portions are placed into special sealed boxes, where they spend the rest of the planned time – either at room temperature or in cold storage.

Folding the dough

The technique of folding and stretching dough is used mainly in the final stage of mixing or immediately after it. It consists of gently stretching and folding the edges of the dough toward its center. This action is intended to mechanically strengthen the newly formed protein structure (gluten) and introduce additional air (oxygen) into the mass. Oxygen is essential for the proper reproduction of yeast during the initial stages of working with dough. However, it is important that these movements are thoughtful and gentle – handling already-developed dough too aggressively could tear the delicate gluten network.

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