FINE PROTEIN
World Agricultural Production technology
Briefly speaking, "Gen Activation Technology", through spraying protein genes on crop's leaves, sends directives to relevant receptor proteins of the crops to activate their immunity, therefore achieving disease prevention and pest resistance, triggering metabolic system of plants, and enhancing their growth. Rather than a pesticide or fertilizer, it serves the same function as do they, but is free from their destructive effect on the ecological environment. It can prevent crops from illnesses like what vaccines do, and also raise crops' ability to absorb fertilizers and photosynthesis, thus realizing higher output and harvest.
this technology, rice, wheat, cotton, tea, tobaco and vegetables have gained disease-resistance rate of at lease 80%, output increase of 20%, and a higher grade of product quality.
Its major functions cover preventing plant virus diseases, systematic illnesses and insect pests, promoting growth of crops' roots and stems, raising utilization rate of fertilizers, improving photosynthesis and fruit reservation, etc. As this technology doesn't change DNA of crops, it won't result in genetically modified products, drug-resistance, poison, chemicals, remains in plants and soil. As an integrated management technology of farmland, it has lunched a new revolution of agriculture.
It's generally acknowledged that virus diseases and systematic diseases are cancers of plants, which may lead to dramatic decrease in output and quality of grains, oil plants, vegetables, fruit trees, flowers, etc. They can produce unimaginable losses as do insect pests. Since India is heavily stricken by such diseases, there is 20 - 30 % failure of crops every year. On the other hand, 1.8 million tons of insecticides applied each year have resulted in shocking damage to the ecological environment.
" Gen Activation Technology " was just invented to replace insecticides and fertilizers.Its advent and maturity mark a new height of India's agricultural and biological technology.
R.V. Agri Corporation . holds in esteem the idea of "for the Earth ecology, for the world people". " Gen Activation Technology" can meet India's demand for pollution-free produces, green products and organic products, solve the pollution problem caused by insecticide remains, guarantee the state's grain safety, raise quality.
Brief introduction activator protein, core product of activation technique, is a type of thermal stable protein extracted from fungi, consisting of proteins of molecular weight varying between 35 and 68 KD. It can induce and activate immunity potential of plants, increase their resistance to diseases and insects, adjust their metabolic system, promote growth, raise crop output and improve crop quality.
Plant activator proteins, through interaction with receptor proteins on surface of plants, can induce signal conduction of plants, activate a succession of metabolic adjustment response of plants, thus to produce resistance to diseases and insects in plants, to promote their growth, improve crop quality and increase crop output. Regarding to the functional mechanism of such type of proteins, it's internationally accepted that such proteins, after applied to plants, first combine with the receptor proteins on the surface of plants, which, after receiving signal conduction from the activator proteins, then activate a series of metabolic reaction to promote the synthesis of Salicylic acid and jasmonic acid, which, in turn, make phytoalexin and other disease-proof-related proteins to resist diseases and insects.
After treated with activator proteins, plants can see rise of praline, peroxidase, root dehydrogenase, etc. As these enzymes are directly related to stress resistance of plants, activator proteins can induce them to be active to enhance plants' ability to resist diseases, insect pests and stress. This function of plant activator proteins can be widely applied as they can prevent and cure such disease as grey mould, wilt, anthracnose, ulceration, xanthomonas, and tobaco mosaic virus. At the same time, they are effective to resist aphides, spider mite, etc. and can enhance the effect of Bt. Years of field tests have approved that it's widely applicable to various types of crops like tomato, chili, watermelon, strawberry, cotton, wheat, rice, orange, cabbage, rape, etc.
So far, there are only three types of immunity insecticides of proteins under the research in the world: harpin protein, elicitin protein, and activator protein. Compared with the previous two types of proteins, activator protein enjoys a better avidity, thermal stability, and medical effect, but without allergic reaction of plants. As a type of environment-friendly biological product, plant activator protein is more efficient, low in toxin and remains. .
Functional mechanism and performance of activator protein
Functional mechanism
Plant acquired immunity activator
Such type of proteins, after sprayed to plants, first combines on plant surface with receptor proteins, which, after receiving and conducting signals of immunity activator proteins, can stimulate a series of metabolic reaction within the body of plants, and then start plants' immunity system to promote the synthesis of Salicylic acid and jasmonic acid, which, in turn, make phytoalexin and other disease-proof-related proteins to resist diseases and insects.
Starter of anti-disease and insect gene expression of plants
It can activator five anti-stress genes of the plant of its own, and one gene related to growth and development.
Effect enhancer of plant's ability to resist diseases and insects
About 15 minutes after receptor proteins combine with activator proteins, cellulolytic enzymes within the body of the plant start to increase; 30 minutes later, peroxidase begin to rise to promote the amount of Indole-3-acetic acid; 90 minutes later, praline increases within the plant's body to improve the vigor of roots, therefore enhancing the plant's ability to absorb fertilizer and promoting the growth of the plant.
Activator proteins can induce the enhanced vitality of five enzymes which are associated to photosynthesis and tricarboxylic acid cycle. These enzymes are directly related to stress-resistance of plants, so their enhanced ability means improved disease-resistance, inducing and activating metabolic system, improving the growth of plants, crop
quality, and raising crop output.
Map of the Functional Mechanism of Fine Protein
Research shows that after treated with fungi-originated plant activator proteins, plants see an increase of praline, peroxidase and root dehydrogenase. These enzymes are directly related to stress-resistance of plants, so to activator and induce them means to improve plants' ability to resist disease and stress.
Performance
Promoting root at seedling stage
Used to treat seeds and sprayed on seedling beds, this type of proteins can notable improve the growth of such seedlings' root as rice, wheat, corn, cotton, tobaco, vegetables, rape, etc. Fresh root can increase 5% to 11% in weight, while dry root, 8% to 13%. Seedlings will have longer roots and dense leaves, and stronger stems.
Promoting growth at nutrient stage
Activator proteins can promote both the split and stretch of cells, and raise the amount of chlorophyll in foliage to improve photosynthetic products. Crops will have deeper and stretched leaves, the same growth rate, and strong stems.
Promoting fruits at breeding stage
It can raise the sprouting rate and fertilization rate of pollen, thus to increase the chance of production, especially for some less-advantageous section of crops. Plants will have more, heavier and better fruits.
Resisting disease and insect pest
It can adjust the metabolic system of plants to activate their own immunity system, then to resist diseases and insect pests
High stability of products
The product can be effective for over two years when vacuum-packed.
Characters and features
Efficient
Activator proteins are highly active, so effective dosage of biological proteins for each 1 acre is 24 - 36 mg.
Effective
Crops in wide fields can increase by more than 8% while fruits, vegetables and commercial crops can reach 10-20%.
Easy
It's easy to manipulate and it can be applied to soaking seeds, spraying, and irrigating roots.
Broad-spectrum
It's effective for quite a range of fruits and vegetable to raise quality, output and resist diseases and insects.
Stress-resistant
It can activate plants' own defense system, enhance their ability to resist diseases and insects, and withstand unfavorable environment.
Environment-friendly
This product is friendly to the environment, available to green and organic manufacturing, and conducive to the sustainable development of agriculture.
Effect of activator protein
In recently years, activator proteins have been applied to over 50 crops like strawberry, tobaco, cabbage, rice, chili, and orange in more than 6 states and municipalities. It's suggested from the test results that 1000 times solution of activator proteins, after succession use of 3 to 4 times, can induce certain resistance in many types of crops, especially resistance to virus disease. Disease resistance can reach 80%, output can increase 10% at least, and quality of crops can also rise to a higher grade. A successive use of 2-3 years will have an exceptional effect.
World Agricultural Production technology
Briefly speaking, "Gen Activation Technology", through spraying protein genes on crop's leaves, sends directives to relevant receptor proteins of the crops to activate their immunity, therefore achieving disease prevention and pest resistance, triggering metabolic system of plants, and enhancing their growth. Rather than a pesticide or fertilizer, it serves the same function as do they, but is free from their destructive effect on the ecological environment. It can prevent crops from illnesses like what vaccines do, and also raise crops' ability to absorb fertilizers and photosynthesis, thus realizing higher output and harvest.
this technology, rice, wheat, cotton, tea, tobaco and vegetables have gained disease-resistance rate of at lease 80%, output increase of 20%, and a higher grade of product quality.
Its major functions cover preventing plant virus diseases, systematic illnesses and insect pests, promoting growth of crops' roots and stems, raising utilization rate of fertilizers, improving photosynthesis and fruit reservation, etc. As this technology doesn't change DNA of crops, it won't result in genetically modified products, drug-resistance, poison, chemicals, remains in plants and soil. As an integrated management technology of farmland, it has lunched a new revolution of agriculture.
It's generally acknowledged that virus diseases and systematic diseases are cancers of plants, which may lead to dramatic decrease in output and quality of grains, oil plants, vegetables, fruit trees, flowers, etc. They can produce unimaginable losses as do insect pests. Since India is heavily stricken by such diseases, there is 20 - 30 % failure of crops every year. On the other hand, 1.8 million tons of insecticides applied each year have resulted in shocking damage to the ecological environment.
" Gen Activation Technology " was just invented to replace insecticides and fertilizers.Its advent and maturity mark a new height of India's agricultural and biological technology.
R.V. Agri Corporation . holds in esteem the idea of "for the Earth ecology, for the world people". " Gen Activation Technology" can meet India's demand for pollution-free produces, green products and organic products, solve the pollution problem caused by insecticide remains, guarantee the state's grain safety, raise quality.
Brief introduction activator protein, core product of activation technique, is a type of thermal stable protein extracted from fungi, consisting of proteins of molecular weight varying between 35 and 68 KD. It can induce and activate immunity potential of plants, increase their resistance to diseases and insects, adjust their metabolic system, promote growth, raise crop output and improve crop quality.
Plant activator proteins, through interaction with receptor proteins on surface of plants, can induce signal conduction of plants, activate a succession of metabolic adjustment response of plants, thus to produce resistance to diseases and insects in plants, to promote their growth, improve crop quality and increase crop output. Regarding to the functional mechanism of such type of proteins, it's internationally accepted that such proteins, after applied to plants, first combine with the receptor proteins on the surface of plants, which, after receiving signal conduction from the activator proteins, then activate a series of metabolic reaction to promote the synthesis of Salicylic acid and jasmonic acid, which, in turn, make phytoalexin and other disease-proof-related proteins to resist diseases and insects.
After treated with activator proteins, plants can see rise of praline, peroxidase, root dehydrogenase, etc. As these enzymes are directly related to stress resistance of plants, activator proteins can induce them to be active to enhance plants' ability to resist diseases, insect pests and stress. This function of plant activator proteins can be widely applied as they can prevent and cure such disease as grey mould, wilt, anthracnose, ulceration, xanthomonas, and tobaco mosaic virus. At the same time, they are effective to resist aphides, spider mite, etc. and can enhance the effect of Bt. Years of field tests have approved that it's widely applicable to various types of crops like tomato, chili, watermelon, strawberry, cotton, wheat, rice, orange, cabbage, rape, etc.
So far, there are only three types of immunity insecticides of proteins under the research in the world: harpin protein, elicitin protein, and activator protein. Compared with the previous two types of proteins, activator protein enjoys a better avidity, thermal stability, and medical effect, but without allergic reaction of plants. As a type of environment-friendly biological product, plant activator protein is more efficient, low in toxin and remains. .
Functional mechanism and performance of activator protein
Functional mechanism
Plant acquired immunity activator
Such type of proteins, after sprayed to plants, first combines on plant surface with receptor proteins, which, after receiving and conducting signals of immunity activator proteins, can stimulate a series of metabolic reaction within the body of plants, and then start plants' immunity system to promote the synthesis of Salicylic acid and jasmonic acid, which, in turn, make phytoalexin and other disease-proof-related proteins to resist diseases and insects.
Starter of anti-disease and insect gene expression of plants
It can activator five anti-stress genes of the plant of its own, and one gene related to growth and development.
Effect enhancer of plant's ability to resist diseases and insects
About 15 minutes after receptor proteins combine with activator proteins, cellulolytic enzymes within the body of the plant start to increase; 30 minutes later, peroxidase begin to rise to promote the amount of Indole-3-acetic acid; 90 minutes later, praline increases within the plant's body to improve the vigor of roots, therefore enhancing the plant's ability to absorb fertilizer and promoting the growth of the plant.
Activator proteins can induce the enhanced vitality of five enzymes which are associated to photosynthesis and tricarboxylic acid cycle. These enzymes are directly related to stress-resistance of plants, so their enhanced ability means improved disease-resistance, inducing and activating metabolic system, improving the growth of plants, crop
quality, and raising crop output.
Map of the Functional Mechanism of Fine Protein
Research shows that after treated with fungi-originated plant activator proteins, plants see an increase of praline, peroxidase and root dehydrogenase. These enzymes are directly related to stress-resistance of plants, so to activator and induce them means to improve plants' ability to resist disease and stress.
Performance
Promoting root at seedling stage
Used to treat seeds and sprayed on seedling beds, this type of proteins can notable improve the growth of such seedlings' root as rice, wheat, corn, cotton, tobaco, vegetables, rape, etc. Fresh root can increase 5% to 11% in weight, while dry root, 8% to 13%. Seedlings will have longer roots and dense leaves, and stronger stems.
Promoting growth at nutrient stage
Activator proteins can promote both the split and stretch of cells, and raise the amount of chlorophyll in foliage to improve photosynthetic products. Crops will have deeper and stretched leaves, the same growth rate, and strong stems.
Promoting fruits at breeding stage
It can raise the sprouting rate and fertilization rate of pollen, thus to increase the chance of production, especially for some less-advantageous section of crops. Plants will have more, heavier and better fruits.
Resisting disease and insect pest
It can adjust the metabolic system of plants to activate their own immunity system, then to resist diseases and insect pests
High stability of products
The product can be effective for over two years when vacuum-packed.
Characters and features
Efficient
Activator proteins are highly active, so effective dosage of biological proteins for each 1 acre is 24 - 36 mg.
Effective
Crops in wide fields can increase by more than 8% while fruits, vegetables and commercial crops can reach 10-20%.
Easy
It's easy to manipulate and it can be applied to soaking seeds, spraying, and irrigating roots.
Broad-spectrum
It's effective for quite a range of fruits and vegetable to raise quality, output and resist diseases and insects.
Stress-resistant
It can activate plants' own defense system, enhance their ability to resist diseases and insects, and withstand unfavorable environment.
Environment-friendly
This product is friendly to the environment, available to green and organic manufacturing, and conducive to the sustainable development of agriculture.
Effect of activator protein
In recently years, activator proteins have been applied to over 50 crops like strawberry, tobaco, cabbage, rice, chili, and orange in more than 6 states and municipalities. It's suggested from the test results that 1000 times solution of activator proteins, after succession use of 3 to 4 times, can induce certain resistance in many types of crops, especially resistance to virus disease. Disease resistance can reach 80%, output can increase 10% at least, and quality of crops can also rise to a higher grade. A successive use of 2-3 years will have an exceptional effect.