BIOGROVIT

1. THE SOIL PLANT ENRICHER BIOGROVIT

2. ABOUT BIOGROVIT • It’s a unique technology that utilizes naturally occurring beneficial micro organisms to enhances the soil fertility • It’s the combination of organic pest control, soil stimulation and soil tiller • It enhances the drop yield and quality also increases the self life of the product • So the consecutive use of BIOGROVIT will reduce the economical loss in farminig

3. COMPISITION OF BIOGROVIT • Basically it’s a jaggery based liquid solution contains most of the beneficial soil microbes • Few of the soil microbes are • Bacillus species • Lactobacillus species • Pseudomonas species • Photosynthetic bacteria • Saccharomyses species • Schizosaccharomyses species • The combinations of these micro organisms has providing the suiltable environment for the better growth of crops

4. FUNCTIONS OF BIOGROVIT • Nitrogen fixation • Increasing of pigment production • Organic waste decomposition • Degradation of toxicants • Inhibition of soil pathogens • Solubilization of minerals • Limitation of heavy metal uptake • Stabilization of soil pH

5. NITROGEN FIXATION • The microbes in BIOGROVIT has the ability to convert atmospheric nitrogen into available form for the plants • The microbes has produce nitrogenase enzyme which reduce atmospheric nitrogen into ammonia which is easily taken by plants • Further the microbes secrets acidic by products during the fermentation of sugars which dissolves the nitrate in soil and rocks

6. MECHANISM OF N2 FIXATION Nitrogen in air (N2) Hydrogen in air (H) NITROGENASE ENZYME FROM MICROBES N2 + 6H 2NH3 (AMMONIA) Nitrogen fixing organism in root nodule

7. INDUCTION OF PIGMENT PRODUCTION • The pigments are bio active chemical secreted by plants for the regulation of their metabolism • They controls the Photosynthesis, Nutrient Transportation and Growth Regulation. • The presence of Photo Synthetic bacteria in our product will enhance the production of chlorophyll pigment which increases the photo synthesis reaction

8. INDUCTION OF PIGMENT PRODUCTION • The chloroplast are the site of photosynthesis in plant cell • A green pigment in chloroplast called chlorophyll, they absorbs energy from sun light • This energy is used to convert CO2 & H2O into glucose and oxygen • So the increased chlorophyll will results in more sugar and oxygen production

9. THE CHLOROPLAST ARRANGEMENT OF CHLOROPLAST IN CELL The chlorophyll absorbs energy from sun & initiates the photosynthesis

10. ORGANIC WASTE DECOMPOSITION • It increases the decomposition rate of organic agricultural wastes • The extra and intra cellular enzymes secreted by microbes has decompose the waste materials • The acids produced by microbes has alters the chemical stability of wastes results in easier decay • Microbes utilizes the organic wastes as a nutrient source for their growth

11. DECOMPOSITION • Decomposition is the process of breaking down the organic molecules in to simpler units

12. DEGRADATION OF TOXICANTS • It degrades the remaining traces of chemical pesticides and insecticides • The acids from microbes reacts with pesticides and facilitates the break down of chemical bonds in their structure • The organism like Pseudomonas species has the ability to accumulate the inorganic toxic materials in their cell wall • The microbial enzymes also degrades the pesticides into simpler forms

13. TOXIN INACTIVATION TOXINS WHICH INHIBITS PLANT GROWTH EXTRA CELLULAR ENZYMES PRODUCED BY MICROBES INACTIVATED TOXINS UNABLE INFECT PLANTS

14. INHIBITION OF SOIL PATHOGENS • The beneficial microbes secretes antibiotics and other antimicrobial compounds which inhibits the growth of plant pathogens • Few microbes competes with soil pathogens for the nutrients and water and make it unavailable for them • The acid and enzyme production has provide a unfavorable condition for the groth of microbes

15. SOLUBILIZATION OF MINERALS • Usually the minerals in soil are mostly in the form of unavailable to plants • The organic acids produced by microbes enhances the solubility of microbes from rocks. • The extra cellular proteins produced by microbes acting as capping agents and increases the mineral absorption • Few proteins increases the pore size of root hairs to uptake more nutrients

16. MINERAL SOLUBILISATION EXTRACELLULAR MICROBIAL ENZYMES LIVE MICRO ORGANISMS WHICH SOLUBILISE MINERALS SIMPLIFIED MINERALS MINERALS PACKED IN ROCK ARE UN AVAILABLE TO PLANT SOLUBILISED MINERALS EASYLY ABSORBED MY PLANTS

17. LIMITATION OF HEAVY METAL UPTAKE • The microbial proteins selectively blocks the receptors for the heavy metal in root systems which reduces their uptake • Few protein couples with heavy metals and make them unavailable form by increasing their molecular weight • Some enzymes helping in the elimination of heavy metals from ht plant cells

18. STABILIZATION SOIL PH • The acidic by products from microbes dissolves most of the soil minerals and maintains the soil pH near to neutral • Few microbes decompose the waste materials and releases the alkaline by product in gaseous form which prevents the increase of soil pH • The organic acids produced during waste fermentation reduces the soil which has alkaline pH

19. FIELD TRIALS • Just use our product BIOGROVIT • Try it on any crop to experience the efficiency and productivity • The true friend of mother earth will provide you good healthy, quality & quantity of your crops • SELF EXPERIENCE WILL GIVE YOU THE BEST JUDGEMENT

20. THE TRUE FRIEND OF MOTHER EARTH THANK YOU