In an important development for Russian agriculture, the Taldom-based enterprise Valmix has announced a major leap forward in producing seed potatoes of domestic varieties. According to the Ministry of Agriculture and Food of the Moscow Region, Valmix is now using microclonal propagation “in vitro” to create a healthier and more resilient seed stock.
Microclonal propagation involves cultivating tiny potato plants under sterile conditions inside laboratory test tubes. This technique dramatically reduces the time needed compared to conventional breeding methods and produces genetically uniform and disease-free planting material. Representatives of Valmix emphasized that their use of “in vitro” technology ensures the absence of viral and other pathogenic infections, a major advantage in securing consistent crop yields.
Currently, Valmix specializes in growing seed potatoes suitable for chips, frying, and also popular high-yield varieties like ‘Gala’, which is well-known among farmers for its reliability and robust performance. From an area of 400 hectares, Valmix annually produces over 10,000 tons of certified seed potatoes, positioning itself as one of Russia’s leading suppliers. Their seed potatoes are shipped across the country — from the Northwest to Siberia and the Russian Far East.
Globally, the use of micropropagation techniques for potatoes is expanding rapidly. The International Potato Center (CIP) and FAO data show that over 20% of the world’s commercial seed potato production now involves “in vitro” methods, especially in countries focused on achieving higher yields and better disease resistance. In Europe, nations like the Netherlands and Scotland have long used similar techniques to maintain their leadership in high-grade seed potato exports.
Moreover, the global seed potato market was valued at around $14.5 billion in 2023 and is expected to grow at a CAGR of 3.7% until 2030, driven largely by innovations like micropropagation and increasing demand for processed potato products.
By embracing these advanced agricultural technologies, Valmix not only enhances its production efficiency but also contributes to Russia’s strategic goal of reducing dependency on imported seed materials — a critical factor in ensuring national food security.
Valmix’s adoption of “in vitro” microclonal propagation marks a significant milestone for Russia’s agricultural sector. By producing certified, virus-free seed potatoes at scale, Valmix strengthens the country’s seed independence and provides farmers across vast regions with reliable planting material. This technological edge will be key to meeting future challenges in food production and maintaining competitiveness on both domestic and global markets.
