Declared technologies base

TRANSFER OF INNOVATIONAL TECHNOLOGIES

NITROFIKS P - INOCULANTS FOR SOY ON DRY STERILE PEAT


Purpose of the development: Inoculum for the processing of soya seed in the dry sterile peat. Apply for available nitrogen plants and reduce the cost of technology of cultivation of legumes and nitrogen accumulation in the soil.

Recommended application field: Various agricultural lands.

Technical characteristic: Physical form: free flowing powder. Composition: Living cells bacteria Bradyrhizobium japonicum and Bradyrhizobium elkanii. The number of viable cells of not less than 2.5 109 cfu / g3. Shelf life: 12 months at a temperature from +4 to + 25 ° C, protected from direct sunlight. Safety: The product is harmless to humans, warm-blooded animals, insects, environment. It does not possess phytotoxicity. Packing: Plastic bag of 0.6 kg.

Advantages over analogues: - increases the yield of soybeans at primary processing by 3.0 t / ha and more, follow by 5.5 t / ha or more; - provides the biological fixation of atmospheric nitrogen; - contributes to the accumulation of nitrogen in the soil; - increases the protein content of the beans to 3%; - does not require additional operating costs for the use in contrast to addition of mineral nitrogen fertilizers; - uniform distribution of the phases of nitrogen fixed vegetation unlike soy nitrogen fertilizer; - contributes to the early formation of nodules; - it is an effective alternative to mineral nitrogen fertilizers and allows significant savings.

The development stage readiness: Introduced in production

Description of the development:
()
Nodule bacteria penetrate into the roots of leguminous plants through root hairs. With the advancement of root hairs bacteria secrete mucus as a consequence, form long filaments (or strands). These structures, called infection threads, penetrate deeply into the roots of the plant, where the bacteria begin to multiply rapidly, that stimulates the rapid division of plant cells around bacterial foci, which leads to the emergence of nodules. The interaction between rhizobia and legumes have symbiotic. Symbiosis - a close and lasting coexistence of representatives of different species. Legumes, providing nodule bacteria in carbohydrates and mineral salts, in return receive ammonia nitrogen, formed as a result of atmospheric nitrogen fixing rhizobia. Part of nitrogen assimilation by plants remains in the soil with plant residues.

corresponds technical description
Guarantees stable results getting

Possibility of transfer abroad:
Licence's sale
Realization of finished commodity

Photo

Country Ukraine

For additional information turn to:
E-mail: gal@uintei.kiev.ua

or fill out the form:
Organization name :
Address :
Settlement account :
Bank :
MFO :
OKPO code :

Scientific organization tutor's data :
Surname :
Name :
Patronymic :
Scientific degree :
Phone :
Fax :
E-mail :
Cooperation proposals (joint patent, joint enterprise, assembly sale and so on :
country: