AxioGen Biotech

Tharamani, Chennai, Tamil Nadu

• MOQ 1000 Litre
• Oligosaccharide content10%
• Viscosity25 cps
• AppearanceDark yellow liquid

Chitosan oligosaccharide chitosan oligosaccharide is a 100% organic product. It is widely accepted in western countries as foliar spray and plant growth promoter. properties of chitosan oligosaccharide : increases the overall yield by min 30% increases the load of beneficial microbes by 50% reduces the use of chemical pesticides by 50% if applied right from the seeding increases the quality and shelf life of the harvested product alleviates stress plant growth promoter immune booster applications of chitosan oligosaccharide : ã¢ï¿½ï¿½antiviral treatment ã¢ï¿½ï¿½antibacterial and antifungal treatment biopesticide ã¢ï¿½ï¿½growth promoter and immune modulator ã¢ï¿½ï¿½seed treatment

• MOQ 1000 Litre
• SiO20.8%

Osa is absorbed by the plants, benefiting the plant in terms of growth and resistance to disease and environmental stresses. Osa also has a significant effect on soil texture, water holding capacity, adsorption capacity, and soil erosion stability. Osa has many beneficial roles in crop performance and life. Few of them are listed below: - one of the main functions of osa is improving the plants growth and yield, especially in stress conditions. To achieve plant tolerance in stress conditions, silicon promotes photosynthesis by favourably exposing the leaves to light without dehydration. - osa regulates the uptake of other minerals in plants. - osa increases resistance to salinity and metal toxicity. - osa enhances kna ratio and alters ionic redistribution in both roots and leaves and thereby alleviates the salinity stress. - osa will reinforce the plant tissues. The strengthened plant tissues will be more resistant to fungal and pest attacks. - osa regulates the enzymatic activity of the plant and thereby increases the yield and growth of the plant. - osa reduces lipid peroxidation and thereby reduces the oxidative stress during drought conditions. - osa protects the plant from extreme high or low temperatures. - osa reduces osmotic stress. - osa limits transpiration. - osa strengthen the cell walls of the vascular tissues and thereby conducting more water and minerals throughout the vascular system. Strengthened vascular system will be more important for better and even distribution of water and minerals. - osa applications will result in fuller flowers and higher levels of sugar in the fruits. - osa increases the production of antocyanin pigments and thereby increasing the ripening and coloring of pigments.