INNOVATION

The innovative design of YieldON^TM – Integrated Approaches

We utilize an integrated “omics & field-trials” approach to characterize the physiological effect of YieldON^TM using different model plants (Arabidopsis thaliana, corn, and soybean – Figure 1). We focus on gene expression and plant phenomic analyses. Thanks to the most recent “Next Generation Sequencing Technology,” we obtain an accurate measurement of all the expressions of genes that regulate plant processing. Our gene testing results complement, at the molecular and physiological levels, the plant response and yield increases observed in hundreds of field trials over multiple years.

COMBINATION

A new combination of
extracts never used!

More than 65% of the composition on a dry basis of YieldON^TM is characterized by a selection of extracts from three distinct families of donor plants enriched with trace elements Mn, Zn, and Mo.

After a strict screening of many different plants, we selected these three families due to their high concentration of proven elite biomaterials capable of superior crop upregulation.

PRODUCTIVITY

How does YieldON^TM
increase productivity?

Next Generation Sequencing (NGS) allows us to detect the expression of corn and soybean genes related to increased plant productivity.

Thanks to this technology, we know the molecular mode of action of YieldON^TM is:

1. Better transport of sugars and nutrients (Figure 2).
2. Promotion of cell division resulting in larger seeds, better seed retention, and more yield (Figure 2).