Cooking quality, rendered in black and white. Among the endeavors envisioned by MYO-PASTA, this is the one upon which we gladly linger: a canon intimate to anyone who has ever drained a pot, here rediscovered within a project financed by the Italian Space Agency. One is seized by the desire to discover what destiny awaits that dough.

A tangible milestone arrived on October 28, 2026: CREA published call IT_IR_1_2026 for a twelve-month research tenure, subject to potential renewal, at the Roman premises of the Research Centre for Engineering and Agro-Food Processing. Presiding over the project is Laura Gazza, leading researcher and academic tutor for the call. Candidacies shall remain open until November 12, at 11:59 PM.

The objective is declared with exquisite precision: the crafting of pasta shapes enriched with myo-inositol, defined as possessing «metabolic efficacy». To attain this, the call stipulates the characterization of the starchy components of wholemeal flours milled from high-amylose durum wheat grains and an ancient variety of einkorn wheat (monococcum), even subsequent to parboiling. There follow the artisanal transformation into pasta within the Centre’s pilot facilities and the rigorous appraisal of the cooking performance of these myo-inositol-imbued pastes.

The endeavor is funded by the Italian Space Agency through an implementing agreement stemming from the CREA-ASI framework accord. Within this pact, the genesis of this pasta is wedded to the ambition of countering insulin resistance amidst the solitude of space exploration. Such is the vanguard of the inquiry. Yet metabolic efficacy remains an avowed aspiration, not a definitive outcome: the call outlines the labors to be undertaken, and the consulted archives reveal no clinical findings substantiating the efficacy of these creations. To ascribe therapeutic virtues to them will demand dedicated trials.

The sought-after profile is one of technical rigor: a master’s degree in Food Science and Technology (LM-70) and proven mastery in the noble transformation of grains.

Meanwhile, the traced path invites our gaze for the sheer palpability of its steps: to examine the millings, to knead them, to witness how the pasta conducts itself within the bubbling cauldron. Einkorn appears beside myo-inositol, the pilot vats alongside an inquiry so deeply etched in our culture: what pasta shall grace the plate?

We are captivated by this passage of the craft, where the recipe remains an unwritten dialogue and every element must find its harmonious proportion. Within the cosmic horizons of MYO-PASTA, the act of cooking retains its sacred, exacting place. For those who revere pasta, that alone is reason enough to follow this quest.

Sources and Editorial Note

Verification of primary sources: October 30, 2026.

•      Full CREA call IT_IR_1_2026 on inPA: premises (ASI funding, implementing agreement 2026-16-HH.0 of the CREA-ASI framework accord 2025-11-Q.0, project head Laura Gazza), articles 1–2 (scope, activities, duration, location), article 4 (requirements), article 12 (tutor).

•      Official inPA record: publication October 28, 2026; application deadline November 12, 2026, at 11:59 PM.

•      CREA call listing: entry of October 28, 2026, concerning MYO-PASTA.

•      ASI Decree no. 670 of July 9, 2026: implementing agreement 2026-16-HH.0, promulgated October 1, 2026, project purpose.

The documents certify the project and its scheduled endeavors; they do not constitute clinical proof of the pastes’ efficacy. Personal observations within the text are editorial musings. The accompanying artwork is conceptual and does not depict the laboratory, the shapes genuinely fashioned, or an actual person.