Advantages

Advantages

Our Biofertilizers provide and excellent source of crop nutrition, weather being used to supplement the performance of our Products or as your primary fertilizer with these as with all our products we are proud to offer the very best in quality, so you always get the best out of your crops. You need every advantage you can take to not only ensure the health of your crops but maximize their productivity. Biofertilizers such as Trichoderma sp., Aspergillus sp., Nitrogen fixing and Phosphorus and Zinc solubilizing Bacteria are available in our Bloom Biotech.

Trichoderma sp., naturally present in most soils. Commercialization of Trichoderma biofertilizer raises hope in farmers. Trichoderma used in almost all type of crops, with or without any amendments, but if Trichoderma biofertilizer is used as an amendment with compost may gives better results than any other fertilizer. It minimizes the use of traditional fertilizer based on NPK. It improves the uptake of micronutrients to plants such as Cu, Zn, Fe, Na etc. and helps in solubilization of Phosphate in soil and available to plants. Trichoderma improves overall plant health, by creating a positive environment with symbiotic relationship with plants and releases various types of secondary metabolites including growth hormones, Endo chitinase, Proteolytic enzymes and benefits the plants by taking advantage of plant – microbe interactions. The biofertilizer also used as soil conditioner, improves the population of plant beneficial microorganisms in soil. It helps in mitigating greenhouse gases like Carbon dioxide and methane, a great cause for global warming.

Aspergillus is a fungus that help in unlocking the soil phosphate complexes. This is accomplished by the synthesis of an organic acids, which aid in dissolving unavailable phosphate into soluble form and make it available for plants use. In addition, this also serves as an enhancer for compost degradation.

Though most soils contain appreciable amounts of inorganic Phosphors and Zinc, most of it being insoluble forms, cannot be utilized by crops unless they are solubilized. Soils also contain organic P and Z that could not be utilized by plants only when it is mineralized. Phosphate and Zinc solubilizing microorganisms not only able to solubilize insoluble forms of inorganic P and Z but are also capable to mineralize organic forms of P and Z, thus improving the availability of native soil P and Z making their P and Z available to plants. PSM can also solubilize P from rock phosphate, slag or bone meal making their P available for Plants.

Certain members of the Pseudomonas sp have been shown to be potential agents for the biocontrol which suppress plant diseases by protecting the seeds and roots from fungal infection. They are known to enhance plant growth promotion and reduce severity of many fungal diseases.

Bacillus strains exhibit their biocontrol capacity predominantly through inhibitory activity on the growth of plant pathogens, as well as inducing systemic resistance in plants and competing for ecological niches with plant pathogens.

Azotobacter spp. has an ability to improve plant health through nitrogen fixation, growth hormone production, phosphate solubilization, plant disease management and reclamation of better soil health.

Streptomyces spp. and their metabolites may have a great potential as excellent agents for controlling various fungal bacterial phytopathogens. As an rhizosphere-colonizing bactieria control fungal root diseases,  

Our Biopesticides are the natural enemies of pest organisms released in masse to control the pest. These Bio control agents that are actively or passively seek out the pest like parasitoids, predators and many species of entomopathogenic nematodes. Biopesticides such as Pochonia sp., Metarhizium sp., Beauveria sp., Verticilium sp., Entomopathogenic Nematodeetc. are available in our Bloom Biotech.

Pochonia sp., is one of the most effective nematophagous fungi. This fungus has the ability to parasite eggs of different genera of nematodes, colonize plant roots, induce systemic resistance and promote plant growth.

Beauveria sp., is a fungus that grow naturally in soils all through the world and acts as a pathogen on various insect species belonging to the entomopathogenic fungi. When the microscopic spores of the fungus get in touch with the body of an insect host, they germinate, penetrate the cuticle and grow inside, killing the insect within a matter of days. Latter a white mold appears from the cadaver and produces fresh spores. A typical isolate of Beauveria sp., can attack a broad range of insects. An attractive attribute of Beauveria sp., is the high host specificity of several isolates. Hosts of agricultural and forest implication include the Colorado Potato Beetle, the Codling moth and several genera of Termites, American bollworm, Helicoverpa armigera.

Metarhizium causes a disease known as “green muscardine” in insect hosts as the green color of its conidial cells. When these mitotic spores of the fungus come into touch with the body and ultimately killing the insect after a few days this lethal outcome is very likely aided by the creation of insecticidal cyclic peptides. The genus Metarhizium is pathogenic to a bulky number of insect species, numerous of which are agricultural and forest insects.

Verticillium sp., was an effective Bio – control against many insects. The conidia of Verticillium sp., are slimy and connect to the cuticle of insects. The fungus infects to the insects by producing hyphae from germinating spores that enter the insect integument, the fungus than obliterates the internal contents and the insect dies. The disease insect typically appears in 7 days. However due to environmental conditions, there may be few days lag from infection to death of insects. This fungus works best at temperature of 15 – 25⁰C and a relative humidity of 85-90%. This fungus attacks nymphs and adults and sticks to the leaf underside by means of a filamentous mycelium. Verticillium sp., was developed to manage whitefly and several aphid’s species including the green peach aphids for use in the green house Chrysanthemums.

Our Organic Plant Growth Promoters improve the overall growth and health of plants. Plant growth promoters increase quality of the yield. Wide natural range of natural plant growth promoters available in Bloom Biotech they are Potassium Humate, Potassium Fulvate, Fulvic acid combined with calcium, Amino acid and Ascophyllumnoosum sea weeds extracts, EDTA Chelated Micronutrients.

Potassium Humate obtained from leonardite with high content of humic acid, is a kind of high polymer heterogenous aromatic potassium salt that contains polyhydroxy, carboxylic acid and other active groups. It’s alkaline, soluble in water and has multiple functions of ion exchange, absorbing, chelating, complexing, flocculating, bonding and so on.

Potassium Fulvate is a kind of polymer heterogenous aromatic potassium salt that contains polyhydroxy, carboxylic acid and other active groups. It can dissolve very well in aqueous solution when pH more than 3. It has overcome the problem of normal Potassium Humate is not soluble in acid. Its range of application has been greatly improved after the acid solubility improved. In agriculture it is used as foliar fertilizer, drip irrigation fertilizer and water flushing fertilizer. Potassium Fulvate have high fertilizer utilization, stimulate crop growth, and improve crop stress resistance and so on.

Our Probiotics are a live microorganism which can confer a health benefit for the host animal when administered in appropriate and regular quantities. They help support digestive health by supporting a more diverse population of beneficial bacteria in the digestive tract. Digestive health is especially important for raising a healthy flock. “The goal of feeding a probiotic is to populate the digestive tract with beneficial bacteria, so pathogens like E. coli, Salmonella and Clostridium have less room to grow. Feeding a Probiotics early in life to chicks can help give them a head start to good health”.

Advantages of Probiotics:

• Altered metabolism by increasing digestive enzyme activity and decreasing bacterial enzyme activity and ammonia Production.
• Neutralized enterotoxins and stimulating the immune System.
• Improved feed intake and digestion.
• Probiotics can be offered to Birds of all ages. Probiotics can work best during times of stress and after antibiotic treatment.
• Poultry can undergo stress at different times in their life including
• Hatching
• Temperature changes
• Transportation
• New environment
• Feed and water changes

Feeding tips:

• Mix with clean cool water.
• Offer plain drinking water in addition to the mixed solution in a separate container.
• Mix fresh solution daily.
• Refrigerate mixed solution for up to 48 hours, discard any unused solution after 48 hours.