![]() Other agricultural antibiotics include Validamycin (Validacin), effective against rice sheath blight, developed by Takeda Pharmaceutical registered as a pesticide in 1972. It was discovered in 1967 by RIKEN researchers and developed by Kaken Chemical. Polyoxin is an agricultural antibiotic that is very effective against diseases such as rice sheath blight, powdery mildew on fruit and vegetable plants, Alternaria alternata in pears and Alternaria mali in apples. Together with Blasticidin, these organophosphate rice blast treatments became wildly popular as a non-mercurial secret weapon in the war against crop diseases. In 1965, Ihara Agrochemical (now Kumiai Chemical) brought out EBP (Kitazin), followed by IBP (Kitazin P). These two products held much academic value. ![]() In 1965, Hokko Chemical developed Kasugamycin, an antibiotic for rice blast. Ihara Agroche m ica l developed and marketed MAS (Asozin), a fungicide for rice sheath blight and Japan’s first domestically-produced pesticide, in 1959, followed by MAF (Neoasozin).īlasticidin S is the world’s first agricultural antibiotic, discovered by the University of Tokyo in 1961 and jointly developed by Kaken Chemical, Toa Agricultural ![]() The outstanding academic research was also a good achievement for Japan. Modeled on nereistoxin found in marine animals, this compound became widely popular as it was effective against a wide variety of pest insects. In 1967, Takeda Pharmaceutical invented and marketed Cartap (Padan), an insecticide with a unique chemical structure. They are used as important and key pesticides not only in Japan, but overseas as well. What is worthy of note here is that around half of the latest, high-performance pesticides used in Japan today were developed by Japanese companies. Japanese companies also invented a number of compounds similar to the sulfonylurea herbicide produced by Du Pont, which is effective with an ultra-low dosage of several grams to several tens of grams per hectare. ![]() One typical example is the insecticide imidacloprid, a ground-breaking chemical modelled on nicotine, a natural product. Other major pesticides also emerged, such as cartap, an insecticide, blasticidin, an antibiotic, IBP, benthiocarb, a herbicide, and giberellin, a plant growth regulator.īy the 1970s, Japanese companies continued to develop new chemicals, resulting in the emergence of insecticides fenvalerate, buprofezin and hexythiazox, fungicides thiofanate-methyl, isoprothiolane and probenazole, and herbicides pyrazolate, sethoxydim and fluazifop-butyl.īy 21st century, Japanese companies were consolidating One of the key points of note of this time has been the emergence of ultra-high-performance pesticides. MAS, the first domestically-produced fungicide, hit the markets in 1959, followed by MAF, an improved version, two years later and then MEP, an insecticide. 1999‑2023 - All Rights Reserved.The Japanese industry started to develop in the late 19th century, By the 1960s, Japanese companies were already competent enough to develop their own new pesticides. Highly concentrated and applicable via regular irrigation systems.Ĭopyright © Israel Science and Technology Directory. Replaces or reduces need for chemical fertilizers in conventional farming practices. KF-20, KF-200 fertilizers suitable for organic farming. Organic fertilizers made of natural components. Insecticides for agriculture and pest control herbicides for cotton, lawn and turf fungicides for citrus, vineyards. Luxembourg Chemicals and Agriculture - (972).3.5103388 Recommends cost-effective fertilizer mix for crop. Integrates crop data, fertilizers stock, lab test results, water and soil analysis, nutrients, pH and other elements. Technical-grade phosphoric acid, potassium nitrate and phosphate salts. Soluble fertilizers for greenhouse-grown vegetables and flowers. When applied to agriculture, mycorrhizal inoculants increase crop yields, especially under stress conditions.įertilizers and chemicals. Natural mycorrhizal fungi improve soil nutrient uptake in 90% of all plant species. Groundwork produces mycorrhizal inoculants for commercial agriculture. Liquid chelated microelements - FeroGat, chelated iron, etc. Shafir - Liquid fertilizers for fertigation of greenhouses, soilless culture and intensive vegetable crops. Low Chlorine - Liquid fertilizers for fertigation of intensive crops and orchards. Brevis for fruit thinning of apples and pears. Agriculture Companies – Agrochemicals Company - TelephoneĪdama’s insecticide portfolio includes: Pyrethroids, Avermectins, Neonicotinoids, OPs/Organoclorine carbamates, insect growth regulators.
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