Product Overview
Following are the Benefits of Purna Azoto: * Purna Azoto is an eco friendly nitrogen fixing biofertilizer in liquid form. * It contains micro - organisms which fix atmospheric nitrogen which is inert gaseous form and makes it available to the corps. * Formulation contains a strain of Azotobactor chroococcum having active ingredient in the form of 10 rest to 9 cells/ml of product * It increases the Fertilizer Use Efficiency (FUE) by increasing the availability of nutrient N naturally. * The estimated contribution of Nitrofix is 1.0 Litre of product = 40 kg N/ha. Hence, significant saving by reduction of dosage in nitrogen fertilizers up to 30 to 50%. Mode of Action: Azotobactor population of 10 rest to 9 cells/ml uses organic carbon from organic acids released by germinated seeds of root exudates and converts gaseous nitrogen from atmosphere to ammonical compounds which can be easily assimilated by crops. The reduction of atmospheric N to ammonia (NH4) + is biochemically mediated by nitrogenase, an enzyme produced by Azotobactor. During their growth cycle, the bacteria produce metabolites like vitamin nicotinic acid, indole acetic acid, gibberellins, etc. which promote plant growth. Usage also improves resistance of crops against insects-pests and diseases.
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Plot No.L-1,2,3, Syndicate House, Opp Agresan Bhavan, Bank Of Baroda Lane, City Light,
Following are the Benefits of Purna Azoto: * Purna Azoto is an eco friendly nitrogen fixing biofertilizer in liquid form. * It contains micro - organisms which fix atmospheric nitrogen which is inert gaseous form and makes it available to the corps. * Formulation contains a strain of Azotobactor chroococcum having active ingredient in the form of 10 rest to 9 cells/ml of product * It increases the Fertilizer Use Efficiency (FUE) by increasing the availability of nutrient N naturally. * The estimated contribution of Nitrofix is 1.0 Litre of product = 40 kg N/ha. Hence, significant saving by reduction of dosage in nitrogen fertilizers up to 30 to 50%. Mode of Action: Azotobactor population of 10 rest to 9 cells/ml uses organic carbon from organic acids released by germinated seeds of root exudates and converts gaseous nitrogen from atmosphere to ammonical compounds which can be easily assimilated by crops. The reduction of atmospheric N to ammonia (NH4) + is biochemically mediated by nitrogenase, an enzyme produced by Azotobactor. During their growth cycle, the bacteria produce metabolites like vitamin nicotinic acid, indole acetic acid, gibberellins, etc. which promote plant growth. Usage also improves resistance of crops against insects-pests and diseases.