TOMTOM

Engineering High Yields: The Genetic Potential of 'Tomtom'

Italian breeding by La Societa Delle Scienze Umane S.R.L. has introduced a systematic solution for intensive farming. The 'Tomtom' hybrid is the result of extensive work on phytopathological resistance, prioritizing not just fruit mass, but the stability of plant physiological processes.

Plant Architecture: Semi-Determinate Growth

The semi-determinate growth type was selected by the company's engineers as the optimal balance between vegetative mass and generative development. In field conditions, this allows for predictable growth termination, simplifying bush formation and optimizing stem load. The plant efficiently distributes photoassimilates, channeling energy into 150–200 gram fruits.

Phytosanitary Shield

The core value of 'Tomtom' lies in its comprehensive pathogen defense. The hybrid's genetic code contains resistance markers against the most aggressive threats:

• Viral Block: High resistance to Tobacco Mosaic Virus and various other viral infections prevents premature chloroplast degradation.
• Soil-borne Pathogens: Immunity to Verticillium and Fusarium wilt allows 'Tomtom' to be used in crop rotations with high infection pressure without risking root system loss.

Performance Metrics

A 90-day vegetation period classifies this hybrid as mid-early, which is critical for supply chain planning. Yields of 100–130 tons per hectare are achieved through the uniformity of the round-shaped fruits and high flesh density, ensuring superior transportability and shelf life. Red pigment accumulates evenly, ensuring an attractive commercial appearance without blotchiness.