Organic Fertilizer (Amino Bass)

Amino Bass - Characteristics of the Products 1. Environmentally friendly organic material made of “Bass” which is destructing ecosystem under the water. 2. Using only the organic natural material, therefore, safe from antibiotics and heavy metals. 3. The bass contains much minerals such as calcium, phosphorus and zinc, which is good material for fermentation, In addition, the bass contains low fat and has less possibility for rancidity. 4. Fast acting products and being absorbed directly into crops as it has water-soluble nutrients and already been disassembled by microorganisms. No need to worry for soil residual after spraying as it is water soluble. 5. By poliar application of the leaves, the amino acid immediately absorbed into leaves and help the growth of crops. It also assist improving the quality of crops and increase sweetness of fruit. 6. It assist crops to recover from stress as it is rich in beneficial microorganisms to facilitate the activation of plant disease resistance, and prevention of physiological disorder. 7. It attributes to make leaves thicker and contribute greater resistance to illness, flood and wind damage. 8. The amino acid in the product, and organic acid being produced during the manufacturing process, will increase the activity of the physiology of crops. Increase of fruits (Tomato)   Compare Sample Diluted by 500 times Diluted by 700 times Diluted by 1,000 times No. of Fruit 28.8 35.95 37.95 36.35 Average(%) 100 124.8 131.8 126.2 Increase in leaf area of lettuce   Compare Liquid Fertilizer Treated/diluted by 500 times Liquid Fertilizer Treated /diluted by 700 times Liquid Fertilizer Treated /diluted by 1000 times Sample Area 13041.88 15028.81 15985.76 15369.01 Average(%) 100 115.2 122.6 117.8 Increase the weight of leaves   Compare Sample Liquid Fertilizer Treated/diluted by 500 times Liquid Fertilizer Treated/diluted by 700 times Liquid Fertilizer Treated/diluted by 1000 times Weight 5.43 7.66 7.60 7.01 Average(%) 100 141 133.9 129 (The experimental results, Kangwon National University, College of Agriculture and Life Sciences) The reason why crops need amino acid 1. The amino acids of microbial degradation enzymes have all the nutritional ingredients evenly. Amino acid bulky produced by acid or alkali will broken its structure and decrease the rate of essential amino acid such as histidine, phenylalanine, tyrosine, tryptophan, and proline. In addition, in case of the vegetable amino acid, the content ratio does not fit well as it is the residue after extracting taste agent amino acid.The animal amino acid decomposed by microorganism contains 18 kinds of essential amino acids evenly. 2. Improve Cultivation of Crops. The process of making amino acid from the nitrogen absorbed by roots is skipped, and the energy saved from this process omission will be used as the growth and fruiting. Amino acid will be absorbed from the foliar application of fertilizer, and will be delivered to long distance quickly. 3. To be used as natural trace elements. Amino acid will embrace various trace elements and minerals in natural way and being absorbed. And its delivering speed is much faster than that of chelate-chemical treated trace element fertilizers. 4. Natural pH adjuster. Amino acids does not produce dramatic acid-base reaction. When fertilizing, it does not give stress on crops, thus advantageous both for the management of soil and crops. Individual Effect of Amino acid The effect of Amino Acid Relevant Amino Acid Rooting, growth promoting Lysine, Leucine, Glutamine, Serine Enhancement of sweetness and acidity Aspartic acid, Glutamine, Alanine, Glycine, Serine, Histidine, Threonine Increase the flavor of fruits Valine, Leucine, Arginine Improve fruit color Leucine, Alanine, Isoleucine Pathogen inhibition, antibacterial Leucine, Glutamine, Phenylalanine, Arginine Prevent stress, help the formation of pulp Proline, Methionine The material containing sulfur promotes protein synthesis and wound healing Methionine, Cystine, Strengthen the immune system, promote disease resistance Tyrosine The Effect of Organic Acid to the Crops and Soil 1. The organic acid eliminates the accumulated salts. Various organic acids will make the residual nutrients in the soil into water-soluble state.Particularly, phosphate salt accumulation will be cleared to some degree by organic acids alone. 2. Helps the absorption of beneficial trace elements and prevent harmful trace elements and stress. It helps rapid absortpion as it act as natural chelate agent for zinc and iron, but activates protective effect to the aluminum that accumulated in the soil and prevent root descending of crops. 3. Helps crops to spread roots to ground.It activates the microorganisms symbiotic with roots of crops. The activated soil microbials will secrete growth hormones such as auxin and cytokinin, and will help root colonization and fine roots formation. 4. Prevent damages from disease.Many papers produced in late 2000s tell that organic acid have the effect of preventing eggplant, tomato, and etc. from fusarium wilt, pythium and other diseases. Acetic acid is known to partly prevent mildew from spreading roots. 5. Prevent the formation of aflatoxin which is know to be a food poisoning of crops. Various organic acids greatly hiders the growth of fungi that produce aflatoxin. 6. Relieve stress and lack of oxygen for wet rice. The organic acid such as malic acid, formic acid, and acetic acid greatly alleviate the stress of wet rice from the lack of oxygen. 7. Maximize the nutrient transfer efficiency when worked with amino acid. It shows rapid effect of absorbing not only amino acid but also trace elements when works with the amino acid of natural chelate. How to use the product and Precautions Based on the area of 0.5 a Classification Dilution Rate Quantity Applied(Ltr.) Spraying Cycle Fruits & Vegetables Growing seedling 1,000 0.5 7-10 days The main paddy irrigation 500-700 1~0.7 7-10 days The main paddy foliage dressing 150-200 1 7-10 days After fruiting season 500 1 5-7 days Leafy Vegetables Growing seedling 1,000 0.5 7-10 days The main paddy irrigation 500-700 1~0.7 7-10 days The main paddy foliage dressing 150-200 1 7-10 days After fruiting season 500 1 5-7 days Rootcrops Growing seedling 1,000 0.5 7-10 days The main paddy irrigation 150-200 1 7-10 days After fruiting season 500 1 5-7 days   *Cautions 1) Do not keep in frozen storage. In case of keeping in frozen storage, the number of microorganisms contained will be significantly reduced. 2) However, the water-soluble components such as amino acid will not be affected. 3) Do not eat. (This product is not edible) 4) The expiration date is two years from the date of manufacture. (Room temperature storage) 5) Especially for fruits and vegetables, dilution rate to be accurately respected. (The fruits of thinner skin such as tomato, may cause a heat fever damage) Ingredient Analysis Table Description Per 100g edible portion Energy (kcal) Protein (g) Fat (g) Carbohydrates Ash (g) Minerals Carbohydrates (g) Fiber (g) Ca. (mg) P. (mg) Fe. (mg) Flatfish(Flounder) 98 20.4 1.7 0.3 0 1.3 53 199 1.6 Mackerel 174 20.2 10.4 0 0 1.3 26 232 1.6 Sebastes hubbi 94 16.3 2 2.7 0 2.2 56 154 4.1 Masou salmon 111 20.3 3.3 0.1 0 1.7 21 253 2 Trout 120 21.1 3.9 0.1 0 1.6 33 246 1.8 Crucian carp 89 18.1 1.8 0.1 0 1.1 56 193 2.4 Bluegill 79 17.8 0.8 0.2 0 1.2 36 226 1.4 Catfish 109 15.1 5.3 0.1 0 1.1 26 190 0.8 Mandarin fish 106 17.2 4.1 0 0 1.1 71 202 2.1 Eel 213 14.4 17.1 0.3 0 1.1 157 193 1.6 Pollock 76 17.5 0.7 0 0 1.5 109 202 1.5 Squid 90 19.5 1.3 0 0 1.7 25 273 0.5 Carp 107 17.5 4 0.3 0 1.3 50 225 1.4 Leather Carp 169 16.8 11.2 0.3 0 1.2 37 197 1.2 Bass 82 18.2 0.4 0.1 0 1.2 88 245 4.5