The Institute of Experimental Botany offers TRIONA® ion-exchange substrate to consumers on the basis of a manufacturing agreement, is looking for partners interested in acquiring substrate production technology on the basis of a license agreement, as well as partners to conclude a distribution services agreement.

Institute of Experimental Botany. F. Kuprevich National Academy of Sciences of Belarus offers TRIONA® ion-exchange substrate and its production technology. TRIONA® is designed for year-round growing of plants in simulated artificial conditions without additional fertilization: indoor and ornamental plant growing, accelerated reproduction of woody and shrubby plants, modern technologies of micropropagation of plants.

Composition and advantages of ion-exchange substrates: TRIONA® is an ion-exchange substrate optimized for a specific culture, consisting of natural and synthetic ion-exchange materials with high selectivity for binding mineral elements. The substrate does not contain organic additives and is a biologically sterile, seed-free, weed, pest, and pathogen-free root environment for plant cultivation.

The substrate is intended for year-round cultivation of plants in simulated artificial conditions without additional fertilization: indoor and ornamental crop production, accelerated reproduction of woody and shrubby plants, modern technologies of micropropagation of plants.

Booklet in Russian - http://ictt.by/Docs/tp/off/2453/TRIONA__RU.jpg
Booklet in English - http://ictt.by/Docs/tp/off/2453/TRIONA__EN.jpg
Booklet in Chinese - http://ictt.by/Docs/tp/off/2453/TRIONA__ZH.jpg

The substrate for a long time retains 14 major macro-and microelements in optimal ratios and quantities necessary for the mineral nutrition of plants: nitrogen, phosphorus, potassium, calcium, magnesium, sulfur, iron, copper, zinc, boron, manganese, molybdenum, cobalt, nickel, excluding leaching during watering. This makes it possible to grow plants for a long time (up to 7 years) without the additional application of mineral fertilizers.

The TRIONA® ion-exchange substrate has proved to be a promising nutrient medium for adaptation and reproduction of plants improved in vitro culture. The TRIONA® substrate was tested in China, the Russian Federation, in the Republican Unitary Enterprise "SPC of the National Academy of Sciences of Belarus for Potato and Horticulture" and showed excellent results in the cultivation of various types of ornamental and medicinal plants, potatoes, grapes, Karelian birch, vegetable crops, in the adaptation of grapes, rhododendrons, genera, and other microclonal obtained plant species.

Trademark. Certificate No. 24289 RB.

The Institute is the leading scientific institution coordinating botanical, physiological, and biochemical research in Belarus, provides scientific support for state regulation and management in the field of handling flora objects, entrusted to the National Academy of Sciences of Belarus in accordance with the Law of the Republic of Belarus "On the Flora".

The Institute takes part in international technical assistance projects, projects of the Belarusian Foundation for Fundamental Research within the framework of international competitions, projects of the UN Development Program, and others.

A Russian-Belarusian laboratory of innovative bioengineering technologies was created (partner organization - Institute of Biophysics of the Siberian Branch of the Russian Academy of Sciences, Krasnoyarsk, Russia) with the aim of conducting scientific research in the field of developing new principles for the formation of a phototrophic link of higher plants of closed ecosystems (ZES) for space and terrestrial purposes based on obtaining priority scientific data of innovative bioengineering technologies.

Consumers interested in purchasing TRIONA® ion-exchange substrate under a manufacturing agreement.

Partners interested in acquiring TRIONA® substrate production technology under a license agreement.

Partners interested in purchasing TRIONA® ion exchange substrate under a distribution agreement.