54 I SEED WORLD EUROPE I SEEDWORLD.COM/EUROPE | OCTOBER 2026 PARTNER CONTENT E urope’s protein challenge has a notable soybean problem. The EU produces most of its crude protein needs for food and feed from roughage, cereals, oilseeds other than soy, and dry pulses. Soybean looks very different: more than 90% of EU con sumption is supplied through imports. That dependency is attracting atten tion as fertiliser costs remain exposed to geopolitical and energy-market volatil ity, with natural gas as a major input in nitrogen fertiliser production. Meanwhile, drought challenges established cropping systems, and EU policy looks for ways to strengthen domestic protein production. Soybean has a clear role here. As a legume, it can fix atmospheric nitrogen through its relationship with Bradyrhizobium bacteria, reducing its reliance on nitrogen fertiliser. Acreage is expanding in parts of Europe, but nowhere near enough to mean ingfully reduce import independence. Plant genetics determine whether varieties perform, however soybean also depends on a symbiosis with Bradyrhizobium bacteria that are not nat urally present in European soils and need to be introduced through inoculation. So how much does the bacterial side of the equation matter? Seed World Europe spoke with Benjamin Laga, CEO of Protealis, about that challenge and why the company developed MagNfix™, a soybean inocu lant designed for pre-application to seed. It combines a Bradyrhizobium japonicum strain selected for European conditions with a formulation intended to keep bac teria viable on seed for up to 90 days before planting. GROWTH IN THE NORTH, RETREAT IN THE SOUTH Laga notes soybean acreage growth in cooler northern regions alongside chal lenges farther south. “We’ve seen strong Are Plant Genetics Only Half of Europe’s Soybean Story? PLANT GENETICS HAVE TRANSFORMED SOYBEAN’S POTENTIAL IN EUROPE. PROTEALIS BELIEVES ANOTHER SET OF GENETICS MAY HELP DETERMINE HOW FAR THE CROP CAN GO. BY: BURCIN DILCI, PHD growth in Poland, northern France, and Germany: definitely moving the right way,” he says. “Unfortunately, the growth has declined in the south, mainly due to drought and irrigation problems. Considering the summer we have expe rienced, this year will probably be the pinnacle of that.” The result, he says, is that total EU soybean acreage has not dramatically changed. WHERE PLANT BREEDING HITS ITS LIMITS Laga argues that breeding alone cannot overcome the barriers to expanding soy bean production. The first is economic, though he frames it as a temporary value chain problem: “Farmers don’t want to plant without having a place to sell; processors won’t invest without local farmers’ production.” As cultivation shifts north, the value chain follows, just more slowly than he’d like. However, he adds, starting an entirely new island of produc tion from scratch, away from the outlet, is challenging. The second limit is agronomic. “A good soybean field depends on good plant and bacterial genetics,” Laga says. That is why, he says, Protealis developed the inoculant MagNfix™, in parallel with its breeding programme. Plant breeding determines the genetic potential, while inoculation helps plants establish the nodulation required for nitrogen fixation. Inoculation’s importance is easy to overlook, since its effects begin below ground. Poor inoculation can result from timing, uneven application, declining bac terial viability or problems with water or mixing. Benjamin Laga, CEO of Protealis
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