BRPI0804546A2 - organic leaf repellent biofertilizer with quieter pyroligneous extract plus neem oil plus biotechnological extract - Google Patents
organic leaf repellent biofertilizer with quieter pyroligneous extract plus neem oil plus biotechnological extract Download PDFInfo
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- BRPI0804546A2 BRPI0804546A2 BRPI0804546-1A BRPI0804546A BRPI0804546A2 BR PI0804546 A2 BRPI0804546 A2 BR PI0804546A2 BR PI0804546 A BRPI0804546 A BR PI0804546A BR PI0804546 A2 BRPI0804546 A2 BR PI0804546A2
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- 230000002940 repellent Effects 0.000 title claims abstract description 17
- 239000002018 neem oil Substances 0.000 title claims abstract description 11
- XUIMIQQOPSSXEZ-UHFFFAOYSA-N Silicon Chemical compound [Si] XUIMIQQOPSSXEZ-UHFFFAOYSA-N 0.000 claims abstract description 19
- 229910052710 silicon Inorganic materials 0.000 claims abstract description 19
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- WPBNNNQJVZRUHP-UHFFFAOYSA-L manganese(2+);methyl n-[[2-(methoxycarbonylcarbamothioylamino)phenyl]carbamothioyl]carbamate;n-[2-(sulfidocarbothioylamino)ethyl]carbamodithioate Chemical compound [Mn+2].[S-]C(=S)NCCNC([S-])=S.COC(=O)NC(=S)NC1=CC=CC=C1NC(=S)NC(=O)OC WPBNNNQJVZRUHP-UHFFFAOYSA-L 0.000 claims description 2
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Classifications
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A50/00—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE in human health protection, e.g. against extreme weather
- Y02A50/30—Against vector-borne diseases, e.g. mosquito-borne, fly-borne, tick-borne or waterborne diseases whose impact is exacerbated by climate change
Landscapes
- Agricultural Chemicals And Associated Chemicals (AREA)
- Fertilizers (AREA)
Abstract
A presente patente de invenção refere-se a um biofertilizante repelente foliar orgânico com extrato pirolenhoso mais silicio mais óleo de neem mais extrato biotecnológico, produzido a partir da mistura destes compostos orgânicos, estabilizado biologicamente, com alto teor de matéria orgânica na forma liquida e rico em micronutrientes, compreendido por uma fórmula, que esta citada no descritivo.The present patent relates to an organic leaf repellent biofertilizer with pyroligneous extract plus silicon neem oil plus biotechnological extract, produced from the mixture of these organic compounds, biologically stabilized, with high organic matter content in rich and liquid form. in micronutrients, comprising a formula, which is quoted in the specification.
Description
BIOFERTILIZANTE REPELENTE FOLIAR ORGÂNICOCOM EXTRATO PIROLENHOSO MAIS SILÍCIO MAISÓLEO DE NEEM MAIS EXTRATO BIOTECNOLÓGICO.REPELLENT BIOFERTILIZER ORGANIC WITH PYROLENOUS EXTRACT MORE SILICON NEVER MORE BIOTECHNOLOGICAL EXTRACT.
A presente patente de invenção tem por objetivo umBIOFERTILIZANTE REPELENTE FOLIAR ORGÂNICO COMEXTRATO PIROLENHOSO MAIS SILÍCIO MAIS ÓLEO DE NEEMMAIS EXTRATO BIOTECNOLÓGICO, produzido a partir da mistura deextrato pirolenhoso, que é um liquido extraído da condensação da fumaça,mais a adição de silício, que é um composto natural proveniente de algasfossilizadas, que foram extraídas e recebeu tratamento térmico parapurificação, sendo constituída principalmente por oxido de silíciomicronizado (Si02), mais a adição de óleo de neem, que é produzido apartir da extração das sementes de sua planta e é um excelente bioinseticidae mais a adição de um extrato biotecnológico, estabilizado biologicamente,com alto teor de matéria orgânica na forma liquida e rico emmicronutrientes. O biofertilizante foliar fornece os micronutrientesnecessários à planta para uma boa cultura, melhorando as condiçõesquímicas, físicas, minerais e microbiológicas da planta, proporcionando umaumento significativo na sua produtividade. Recomendado para plantas,flores, frutíferas, hortaliças, grãos, cereais, pastagens e agricultura emgeral, ao qual foi dada original elaboração, com objetivo de melhorar a suautilização e eficiência em relação aos similares existentes.The present invention is directed to an ORGANIC FOLIENT REPELLENT BIOFERTILIZER WITH BIOTECHNOLOGICAL MORE SILICON EXTRACT, produced from the mixture of pyroligneous extract, which is a liquid extracted from the addition of smoke, plus a smoke addition. natural compound from algae, which were extracted and heat treated for purification, consisting mainly of silicon micronized oxide (Si02), plus the addition of neem oil, which is produced from the extraction of seeds from your plant and is an excellent bioinseticidae plus the addition of a biologically stabilized biotechnological extract with high organic matter content in liquid form rich in micronutrients. Leaf biofertilizer provides the necessary micronutrients to the plant for a good crop, improving the chemical, physical, mineral and microbiological conditions of the plant, providing a significant increase in its productivity. Recommended for plants, flowers, fruit, vegetables, grains, cereals, pastures and agriculture in general, which has been given original elaboration, aiming to improve its use and efficiency in relation to similar ones.
Já são conhecidos alguns biofertilizantes foliares orgânicoscaseiros, como supermagro, algumas misturas que incluem confrei,cavalinha, urtiga, fertilizante foliar de urina de vaca e outras misturam abase de: estéreo bovino, melaço de cana, sais minerais, na qual não devemser chamados de biofertilizantes foliares, por não serem completos e nãocomprovarem sua eficiência na disponibilidade de vários nutrientes para asplantas em geral.Some home-grown organic foliar biofertilizers are already known, such as supermagro, some blends including comfrey, horsetail, nettle, foliar fertilizer from cow urine and others mix the basis of: bovine stereo, sugarcane molasses, minerals, which should not be called biofertilizers because they are not complete and do not prove their efficiency in the availability of various nutrients for plants in general.
Os biofertilizantes possuem compostos bioativos, resultados dabiodigestão de compostos orgânicos de origem animal e vegetal. Em seuconteúdo são encontradas células vivas ou latentes de microrganismos demetabolismo aeróbico, anaeróbico e fermentação (bactérias, leveduras,algas e fungos filamentosos) e também metabólicas quelatos organo-minerais em soluto aquoso. Os metabólitos são compostos de proteínas,enzimas, antibióticos, vitaminas, toxinas, fenóis, ésteres e ácidos, inclusivede ação fitohormonal produzidos e liberados pelos microrganismos.Biofertilizers have bioactive compounds, results from digestion of organic compounds of animal and plant origin. In its contents are found living or latent cells of microorganisms of aerobic, anaerobic metabolism and fermentation (bacteria, yeast, algae and filamentous fungi) and also metabolic organo-mineral chelates in aqueous solute. Metabolites are composed of proteins, enzymes, antibiotics, vitamins, toxins, phenols, esters and acids, including phytohormonal action produced and released by microorganisms.
O BIOFERTILIZANTE REPELENTE FOLIAR ORGÂNICOCOM EXTRATO PIROLENHOSO MAIS SILÍCIO MAIS ÓLEO DENEEM MAIS EXTRATO BIOTECNOLÓGICO tem em sua formulaçãotrês componentes básicos, mais a adição do extrato biotecnológico, quesão:BIOFERTILIZER REPELLENT ORGANIC WITH PYROLENOUS EXTRACT MORE SILICON MORE OIL DENE MORE BIOTECHNOLOGICAL EXTRACT has in its formulation three basic components, plus the addition of biotechnological extract, namely:
1- EXTRATO PIROLENHOSO - Originário do Japão onde éutilizado há séculos, o mesmo é extraído da queima da madeira e atua tantono controle de pragas como na adubação. A técnica de obtenção e aplicaçãodo produto está conquistando carvoeiros e agricultores orgânicosbrasileiros. Misto de adubo e defensivo (repelente) é utilizado paraaumentar a produtividade e qualidade dos alimentos e combater doenças epragas na agricultura. Para produzir o extrato pirolenhoso, é necessáriocondensar os vapores contidos na fumaça, obtendo-se assim um licorcomposto basicamente por alcatrão, ácido pirolenhoso e óleos vegetais, quepodem ser separados por meio da decantação ou através de um processo dedestilação. E é o ácido, ou extrato pirolenhoso puro, que, segundo osorientais, funciona tanto como controlador de pragas quanto como aduboorgânico. Outra vantagem do produto é que, por apresentar pH baixo, atuacomo catalisador dos defensivos químico ácidos, quando misturado a eles,podendo reduzir em até 50% o volume desses produtos sem prejuízo naeficiência. O extrato pirolenhoso é composto por cerca de 200 substânciasquímicas que interagem entre si, e é difícil responsabilizar um componenteisolado por esse ou aquele efeito. Apesar da carência de pesquisas, naprática, o produto tem se mostrado eficiente no combate a nematóide edoenças como a podridão mole (Erwinia), a podridão de raiz do arroz devárzea, do tomateiro ou de pereiras e de pragas da viticultura, entre outros.1- PIROLENOUS EXTRACT - Originally from Japan where it has been used for centuries, it is extracted from burning wood and acts as pest control as in fertilization. The technique of obtaining and applying the product is winning over charcoal producers and Brazilian organic farmers. Fertilizer and pesticide (repellent) is used to increase food productivity and quality and to combat disease and pests in agriculture. To produce the pyroligneous extract, it is necessary to condense the vapors contained in the smoke, thus obtaining a liquor composed basically of tar, pyroligneous acid and vegetable oils, which can be separated by decantation or by a distillation process. And it is the acid, or pure pyroligneous extract, which, according to the Orientals, works both as a pest controller and as a fertilizer. Another advantage of the product is that, as it has a low pH, it acts as a catalyst for acidic chemical pesticides, when mixed with them, and can reduce the volume of these products by up to 50% without impairing efficiency. Pyroligneous extract is composed of about 200 interacting chemicals, and it is difficult to blame an isolated component for this or that effect. Despite the lack of research, in practice, the product has been shown to be effective in combating nematode and diseases such as soft rot (Erwinia), root rot of rice, tomato or pear and viticultural pests, among others.
Por outro lado, usado como adubo, aumenta o vigor e melhora oenraizamento, a produtividade e a resistência das plantas, e aumenta o teorde brix (açúcar) nos frutos, que também tem cores e odores acentuados.On the other hand, used as a fertilizer, it increases vigor and improves plant rooting, productivity and resistance, and increases the brix (sugar) content of fruits, which also have strong colors and odors.
"Na verdade, o extrato é matéria orgânica decomposta, uma fragmentaçãodos elementos que compõem a madeira. A vantagem é que no extrato asmoléculas desses elementos são menores, o que facilita a sua absorção. Issonão só estimula muito o crescimento da população de microrganismos nosolo, como a sua ação benéfica sobre o metabolismo dos vegetais. Tambémtorna disponíveis vários nutrientes necessários para o desenvolvimento dasculturas, já que tem a capacidade de atrair os minerais e transportá-los parao interior das plantas"."In fact, the extract is decomposed organic matter, a fragmentation of the elements that make up the wood. The advantage is that in the extract asmolecules of these elements are smaller, which facilitates their absorption. Issonão only greatly stimulates the growth of the population of nasolo microorganisms, as its beneficial action on plant metabolism. It also makes available various nutrients needed for crop development, as it has the ability to attract minerals and transport them into plants. "
2- SILÍCIO - O silício é um composto natural proveniente de algasmarinhas fossilizadas, que foram extraídas e recebeu tratamento térmicopara purificação, sendo constituída principalmente por oxido de silício(Si02). Alguns trabalhos recentes têm mostrado os efeitos benéficos dosilício em todas as espécies de plantas. Na cultura do arroz e outrasgramíneas (milho, trigo, sorgo, cana, aveia), o silício é consideradoessencial, pois quando acrescentado à adubação aumenta a produção.Entretanto, para outras culturas, o silício desempenha papel importante emprocessos metabólicos no aumento da resistência celular física, diminuindoas perdas de água por transpiração, tornando a planta mais rígida,dificultando a infecção, desenvolvimento e proliferação de fungos e ataquede pragas. Promove estímulos para a resistência sistêmica das plantas poraumentar as substâncias de defesa. Apesar de alguns não consideraremnutriente essencial, o aumento de resistência contra doenças e pragas écerto. O Silício usado em pulverizações freqüentes ao longo dodesenvolvimento vegetativo, nutri a planta, favorece a resistência de folhas,frutos e sementes, oferece um longo efeito residual, pois aumenta aresistência da planta por muito mais tempo, diminui a perda d'água,aumenta a rigidez do colmo e galhos, diminuindo acamamentos e perdaspor ventos, suportando cachos e frutos maiores e mais pesados, não permiteo desenvolvimento de resistência das pragas e doenças, incrementa aprodutividade de culturas, principalmente gramíneas. O Silício se inseredentro de programas de manejo integrado de doenças e pragas de todos oscultivos, o produto não causa intoxicação aos agricultores e consumidores,pode inclusive ser misturado a grãos e rações para expurgo e secagem, nãodeixa resíduo tóxico no produto, atendendo aos anseios da população, queprocura cada vez mais alimentos sem resíduos de agrotóxicos.3- ÓLEO DE NEEM - O óleo de Neem ou Nim, como échamado no Brasil, é um composto vegetal extraído das sementes(amêndoas) do Neem Indiano (Azadirachta Indica), rico em compostoslimonóides com conhecida ação sobre insetos, fungos e bactérias. Dos maisde 40 compostos isolados do neem, a Azadirachtina é considerada o maispotente. Pode ainda ser utilizado na indústria farmacêutica ou comocosmético, lubrificante, fertilizante, etc. Os produtos obtidos do Neempodem ser utilizados tanto na agricultura, como na pecuária. Além do óleo,diversos outros extratos, com diversas formas de extração podem serobtidos de partes diferentes da planta que também são capazes de produzirmúltiplos efeitos sobre os insetos. Existem diversos métodos para extraçãoe obtenção dos extratos do neem indiano, podendo ser prensagemmecânica, com uso de solventes, assim como diversos métodos paraprodução dos extratos, principalmente das folhas. Por se tratar de umfitoterápico, a concentração e eficiência biológica dos princípios ativos nelecontidos dependem das condições climáticas, solo, do manejo dos plantios,assim como da forma de beneficiamento da matéria prima (frutos, folhas)extração e armazenagem da matéria prima semi-acabada e dos aditivosassociados ao produto final. Dos produtos derivados do neem, o maiscomum, no mercado brasileiro, é o óleo de neem emulcionável, oucompostos emulsionáveis de óleo de neem e extrato oleoso extraído dasfolhas, que demonstram grande eficiência no combate de pragas e doençasna agricultura, assim como no controle de parasitas da pecuária,principalmente bernes e carrapatos. O óleo de Neem tem efeitocomprovado em trabalhos científicos sobre mais de 418 espécies de insetos,ele atua como; Inseticida, Acaricida, Bactericida, Fungicida e Repelente.A nutrição foliar proporciona uma maior disponibilidade denutrientes à planta com economia de energia para o transporte de mineraispara a parte aérea da planta, evitando também outros tipos deimpedimentos na absorção, tais como: subdesenvolvimento radicular,interações antagônicas, lixiviação, fixação no solo, etc. OBIOFERTILIZANTE REPELENTE FOLIAR ORGÂNICO COMEXTRATO PIROLENHOSO MAIS SILÍCIO MAIS ÓLEO DE NEEMMAIS EXTRATO BIOTECNOLÓGICO, contem várias substânciasorgânicas, como ácidos húmicos, ácidos nucléicos, vitaminas eaminoácidos como elementos bio-estimulantes e quelatizantes, visandoproporcionar uma nutrição mais completa e equilibrada às plantas.2 - SILICON - Silicon is a natural compound from fossilized algae that has been extracted and has received heat treatment for purification, consisting mainly of silicon oxide (Si02). Some recent work has shown the beneficial effects of silicon on all plant species. In rice and other grain crops (maize, wheat, sorghum, sugarcane, oats), silicon is considered essential, since when added to fertilizer it increases yield. However, for other crops, silicon plays an important role in increasing metabolic resistance in cell resistance. physically, decreasing water loss through perspiration, making the plant more rigid, hindering fungal infection, development and proliferation, and attacking pests. It promotes stimuli for the systemic resistance of plants by increasing the defense substances. Although some do not consider it essential nutrient, increased resistance against disease and pests is certain. Silicon used in frequent sprays throughout vegetative development, nourishes the plant, favors the resistance of leaves, fruits and seeds, offers a long residual effect, as it increases the plant's resistance for a long time, decreases water loss, increases the yield. stem and branch stiffness, decreasing lodging and wind losses, supporting larger and heavier bunches and fruits, do not allow the development of pest and disease resistance, increasing the productivity of crops, especially grass. Silicon is inserted into integrated disease and pest management programs for all crops, the product does not cause poisoning to farmers and consumers, can even be mixed with grains and feed for purging and drying, does not leave toxic residue in the product, meeting the wishes of the increasingly looking for food without pesticide residues.3- NEEM OIL - Neem or Neem oil, as it is called in Brazil, is a vegetable compound extracted from the seeds (almonds) of the Indian Neem (Azadirachta Indica), rich in limonoid compounds with known action on insects, fungi and bacteria. Of the more than 40 compounds isolated from neem, Azadirachtina is considered the most potent. It can also be used in the pharmaceutical or as cosmetic industry, lubricant, fertilizer, etc. Neemp products can be used in both agriculture and livestock. In addition to oil, various other extracts with various forms of extraction can be obtained from different parts of the plant that are also capable of producing multiple effects on insects. There are several methods for extracting and obtaining Indian neem extracts, which can be mechanical pressing, using solvents, as well as various methods for producing extracts, especially leaves. Because it is a herbal therapy, the concentration and biological efficiency of the active ingredients contained in it depend on climatic conditions, soil, plantation management, as well as on how to process the raw material (fruits, leaves) extraction and storage of semi-finished raw material. and additives associated with the final product. Of the neem-derived products, the most common in the Brazilian market is the emulsifiable neem oil, or emulsifiable neem oil and oil extract extracts extracted from the leaves, which demonstrate great efficiency in the control of pests and diseases in agriculture, as well as in the control of parasites. from livestock, mainly cattle and ticks. Neem oil has been proven effective in scientific work on over 418 insect species, it acts as; Insecticide, Acaricide, Bactericide, Fungicide and Repellent. Leaf nutrition provides greater availability of energy-saving plant to transport minerals to the aerial part of the plant, while also avoiding other types of absorption impediments such as root underdevelopment, interactions. antagonistic, leaching, grounding, etc. ORGANIC FOLIENT REPELLENT OBIOFERTILIZER MORE SILICON COMPLETE MORE SILICON MORE BIOTECHNOLOGICAL EXTRACTS NEEMAL OIL, contains various organic substances such as humic acids, nucleic acids, vitamins and amino acids as the most well-balanced and stimulating bio-stimulating elements and plants to provide complete plant nutrition.
Tendo em vista esses problemas e com o propósito de superá-los,foi desenvolvido um BIOFERTILIZANTE REPELENTE FOLIARORGÂNICO COM EXTRATO PIROLENHOSO MAIS SILÍCIO MAISÓLEO DE NEEM MAIS EXTRATO BIOTECNOLÓGICO, objeto dapresente patente de invenção, a qual consiste em melhorar a sua eficiênciana assimilação de nutrientes pelas folhas, raízes, na ação fitoprotetora dobiofertilizante repelente foliar e solubilização, processo que permite adisponibilização de minerais para as plantas, melhora do crescimento,floração é conseqüentemente sua maior produtividade e maior controlebiológico.In view of these problems and for the purpose of overcoming them, a REPELLENT BIOFERTILIZER WITH PYROLENOUS EXTRACT MORE MORE SILICON NEON MORE BIOTECHNOLOGICAL EXTRACT, object of the present invention patent, which consists in improving its efficiency through nutrient assimilation. leaves, roots, in the phytoprotective action of leaf repellent biofertilizer and solubilization, a process that allows the availability of minerals to plants, improved growth, flowering is consequently its higher productivity and greater biological control.
A fórmula do BIOFERTILIZANTE REPELENTE FOLIARORGÂNICO COM EXTRATO PIROLENHOSO MAIS SILÍCIO MAISÓLEO DE NEEM MAIS EXTRATO BIOTECNOLÓGICO segue abaixo:The formula of BIOFERTILIZANT REPELLENT BIOTECHNICAL EXTRACT MORE SILICON MORE MAYOL AND NEVER MORE BIOTECHNOLOGICAL EXTRACT follows:
♦ 1.800ml - Extrato Pirolenhoso♦ 40 mg - Micronutrientes ( Boro, Manganês, Cobre, Ferro,Zinco, Cobalto, Níquel, Alumínio, Sódio, Molibdênio, etc.)♦ 1.800ml - Pyroligneous Extract ♦ 40 mg - Micronutrients (Boron, Manganese, Copper, Iron, Zinc, Cobalt, Nickel, Aluminum, Sodium, Molybdenum, etc.)
♦ 25mg - Extrato de Leveduras♦ 25mg - Yeast Extract
♦ 125g - Silício em pó.♦ 125g - Silicon powder.
♦ 50 ml - Óleo de Neem (Nim).♦ 50 ml - Neem Oil (Neem).
♦ 70mg - Macronutrientes (Primários e Secundários).♦ 70mg - Macronutrients (Primary and Secondary).
♦ 250mg - Cinzas♦ 250mg - Ashes
♦ 250 ml - Melaço de Cana♦ 250 ml - Cane Molasses
OBS: O Melaço de Cana é composto de IO4 a IO5 (UnidadeFormadora de Colônia), por ml, sendo esses microrganismosde fungos, bactérias e leveduras.NOTE: Sugarcane Molasses is composed of 10 4 to 10 5 (Colony Forming Unit) per ml, and these microorganisms are fungi, bacteria and yeast.
♦ 15mg - Nicoticiamida♦ 15mg - Nicoticiamide
♦ lOmg - Kooll003♦ 10mg - Kooll003
OBS: O Kool 1003 é composto de nitrogênio orgânico, amidos,dióxidos de enxofre, peróxidos orgânicos e carboidratos.NOTE: Kool 1003 is composed of organic nitrogen, starches, sulfur dioxides, organic peroxides and carbohydrates.
IO4 UFC/ml - Pseudomonas aeruginosa104 CFU / ml - Pseudomonas aeruginosa
IO4 UFC/ml - Azotobacter azotoformansIO4 CFU / ml - Azotobacter azotoformans
IO3 UFC/ml - Nocardia sp103 CFU / ml - Nocardia sp
IO1 UFC/ml - Mycobacterium smegmatisIO1 CFU / ml - Mycobacterium smegmatis
IO2 UFC/ml - Raistonia eutrophaIO2 CFU / ml - Raistonia eutropha
104 UFC/ml - Bacillus thuringiensis104 CFU / ml - Bacillus thuringiensis
IO3 UFC/ml - Streptomyces ssp103 CFU / ml - Streptomyces ssp
IO4 UFC/ml - Alcanivorax borkumensis104 CFU / ml - Alcanivorax borkumensis
IO3 UFC/ml - Rhodospirillum rubeumIO3 CFU / ml - Rhodospirillum rubeum
IO3 UFC/ml - Lachnospira mulüparus103 CFU / ml - Lachnospira mulüparus
IO3 UFC/ml - Beiierinckia fluminensis.2.000ml - Água destilada QSP (Quantidade Suficiente Para)Modo de preparo: Pesar os ingredientes e dissolve-los em melaçode cana, homogeneizar até obter solução sem grumos, em seguida adicionaras suspensões bacterianas na concentração indicada na receita, completarcom água destilada para 2.000ml, continuar homogeneização até dissolvertodos os ingredientes, manter a temperatura ambiente e ao abrigo da luz.IO3 CFU / ml - Beiierinckia fluminensis.2.000ml - Distilled Water QSP (Enough Quantity) Preparation: Weigh the ingredients and dissolve them in cane molasses, mix until a lump-free solution, then add the bacterial suspensions at the concentration indicated in recipe, complete with distilled water to 2,000ml, continue homogenization until all ingredients dissolve, maintain room temperature and protected from light.
A fórmula foi desenvolvida depois de vários anos de trabalho etambém de vários testes que foram feitos em plantas, flores, frutíferas,hortaliças, grãos, cereais, pastagens e agricultura em geral. A biotecnologiausada para produzir o BIOFERTILIZANTE REPELENTE FOLIARORGÂNICO COM EXTRATO PIROLENHOSO MAIS SILÍCIO MAISÓLEO DE NEEM MAIS EXTRATO BIOTECNOLÓGICO é inovadora eenvolve as áreas de biotecnologia e microbiologia.The formula was developed after several years of work and also various tests that were done on plants, flowers, fruit, vegetables, grains, cereals, pastures and agriculture in general. Biotechnology used to produce FOLIOGRANE REPELLENT BIOFERTILIZER WITH MORE PYROLENOUS EXTRACT NEVER MORE BIOTECHNOLOGICAL EXTRACT is innovative and involves the areas of biotechnology and microbiology.
O BIOFERTILIZANTE REPELENTE FOLIAR ORGÂNICOCOM EXTRATO PIROLENHOSO MAIS SILÍCIO MAIS ÓLEO DENEEM MAIS EXTRATO BIOTECNOLÓGICO é um biofertilizante dealta qualidade biológica, que atua como fertilizante foliar, radicular ebioinseticida e tem a função de melhorar o crescimento, floração eprodução das plantas. A ação fitoprotetora do biofertilizante repelentefoliar orgânico tem sido comprovada em ensaios de campo. Foi observadaa eficiência da aplicação foliar do biofertilizante para doenças comoantracnose, podridões, cancro cítrico, murcha, bacteriana, pústulas e outrosagentes causais de fitopatogenicidade.BIOFERTILIZER REPELLENT ORGANIC WITH PYROLENOUS EXTRACT MORE SILICON MORE OIL DENE MORE BIOTECHNOLOGICAL EXTRACT is a biofertilizer of high biological quality, which acts as foliar fertilizer, root and plant growth and has the function of flowering and flowering. The phytoprotective action of organic repellant biofertilizer has been proven in field trials. The efficiency of foliar application of biofertilizer was observed for diseases such as anthracnose, rot, citrus, wilting, bacterial, pustules and other causal agents of phytopathogenicity.
O biofertilizante também tem ação controladora de insetos epragas, através da desorientação dos mesmos. Os insetos e pragaslocalizam suas plantas hospedeiras pelo olfato, mas com a aplicação doBIOFERTILIZANTE REPELENTE FOLIAR ORGÂNICO COMEXTRATO PIROLENHOSO MAIS SILÍCIO MAIS ÓLEO DE NEEMMAIS EXTRATO BIOTECNOLOGICO contunde sua orientação. Testesdemonstraram que lavouras pulverizadas com o produto ficavam livres dosinsetos e pragas quando comparadas as lavouras próximas, além disso,microrganismos anaeróbicos, como Bacillus thurigiensis fixam sobre asfolhas causando a morte de larvas de lepdópteros.Biofertilizer also has controlling action of insects and pests, through their disorientation. Insects and pests locate their host plants by smell, but with the application of ORGANIC FOLIENT REPELLENT COMPLETE BIOFERTILIZER MORE SILENCE MORE BIOTECHNOLOGICAL EXTRACT NEEMMAL OIL. Tests have shown that crops sprayed with the product were free from insects and pests when compared to nearby crops, and anaerobic microorganisms such as Bacillus thurigiensis fixate on leaves causing the death of larvae of lepdoptera.
O objeto da presente patente de invenção consiste em umBIOFERTILIZANTE REPELENTE FOLIAR ORGÂNICO COMEXTRATO PIROLENHOSO MAIS SILÍCIO MAIS ÓLEO DE NEEMMAIS EXTRATO BIOTECNOLOGICO completo, pois utiliza fórmulabalanceada de tais produtos citados na apresentação da solução.The object of the present invention consists of an ORGANIC FOLIENT REPELLENT BIOFERTILIZER WITH COMPLETE PYROLENOUS COMPOSITION MORE SILICON MORE BIOTECHNOLOGICAL EXTRACT EXEMPT, as it uses balanced formula of such products mentioned in the presentation of the solution.
Assim o BIOFERTILIZANTE REPELENTE FOLIARORGÂNICO COM EXTRATO PIROLENHOSO MAIS SILÍCIO MAISÓLEO DE NEEM MAIS EXTRATO BIOTECNOLOGICO tem suaeficiência comprovada, melhor que os convencionais, por conseguir granderedução de custos, enorme viabilidade econômica e também cuidando epreservando o meio ambiente, pois não utiliza nenhum tipo de produtoquímico ou tóxico.This way the BIOFERTILIZER REPELLENT BIOFERTILIZER WITH EXTRACT PYROLENOUS MORE SILICON NE MORE MORE EXTRACT BIOTECH has its proven efficiency, better than the conventional ones, because it has great cost reduction, huge economic viability and also taking care and preserving the environment and any kind of product. toxic.
Claims (5)
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2014113860A1 (en) | 2013-01-25 | 2014-07-31 | Fundação Universidade Federal De São Carlos | Method for producing biopolymer nanoparticles containing oil and extracts of azadirachta indica a. juss (neem), powdered biopolymer nanoparticles and microparticles |
| EP3562299A4 (en) * | 2016-09-09 | 2020-05-13 | Syngenta Participations AG | INSECTICIDE PROTEINS |
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2008
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2014113860A1 (en) | 2013-01-25 | 2014-07-31 | Fundação Universidade Federal De São Carlos | Method for producing biopolymer nanoparticles containing oil and extracts of azadirachta indica a. juss (neem), powdered biopolymer nanoparticles and microparticles |
| EP3562299A4 (en) * | 2016-09-09 | 2020-05-13 | Syngenta Participations AG | INSECTICIDE PROTEINS |
| US11136593B2 (en) | 2016-09-09 | 2021-10-05 | Syngenta Participations Ag | Insecticidal proteins |
| US11661610B2 (en) | 2016-09-09 | 2023-05-30 | Syngenta Participations SG | Insecticidal proteins |
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