By Pooja Gupta
Published Dec 23, 2022
According to the Regional Research Reports, the Global Sports Socks Market size was valued at a million USD in 2021 and will reach multi-million USD by 2030, at a CAGR of 6. 20% from 2022 to 2030. Global sports socks market, including Global Outlook, Size, Trends, Share, and Forecast 2022-2030, is the latest research study evaluating the market risk side analysis, highlighting opportunities and leveraging with tactical and strategic decision-making and marketing planning support. The report provides detailed information on market trends and development, market trends, new technologies, growth drivers, and the changing investment structure of the global sports socks market. Global Sports Socks Market OverviewThis comprehensive research study is essential for large enterprises, SMEs, industry startups, new market entry planning companies, research institutes, master thesis students, raw material suppliers, procurement specialists, industry specialists, and magazines, among others...
Categories: Crop Protection
By Wendy Chen
Published Dec 8, 2022
1. Promote root growthCrop root growth is completed by the continuous division and elongation of root tip. Cytokinin is an important hormone to promote root cell division. Histidine is a catalytic enzyme for cytokinin synthesis, which promotes the synthesis of cytokinin, thus stimulating the division and growth of root tip meristem cells, inducing the growth of adventitious roots, making seedlings root faster, main roots grow, lateral roots increase, and root length and volume increase, It is beneficial to the formation of root morphology. Histidine is a natural metal chelating agent, which can chelate the insoluble medium and trace elements in the soil to form a chelate with good solubility and easy to be absorbed by crops, so as to prevent the elements from being fixed in the soil and plants, enhance the absorption and utilization of nutrients by the root system, and promote the growth of the root system...
Categories: Agribusiness, Crop Protection, Sustainable Agriculture
By Sophia Cheng
Published Dec 7, 2022
In June 2021, Fanxiao Meng from Shandong Agricultural University published her master's thesis on Study of Alginate Oligosaccharide Induced Disease Resistance in Plants, which investigated the role of fucoidan in inducing disease resistance in plants and its molecular mechanism by using potato X virus (PVX), tobacco mosaic virus (TMV) and pathogenic blight as control targets. The results showed that fucoidan activates the SA signaling pathway by promoting the increase of salicylic acid (SA) content in plants, which directly activates the expression of downstream defense genes and thus enhances the disease resistance of plants. Test results1. Effect of different concentrations of Alginate Oligosaccharide (AOS) on the control of potato X virus (PVX)As can be seen from the table, AOS was sprayed first and PVX was inoculated 24 h later. As the concentration of AOS increased, the virus content of tobacco leaves gradually decreased and reached the lowest at the concentration of 100 μg/mL...
Categories: Cover Crops, Crop Protection, Tobacco
By Wendy Chen
Published Nov 30, 2022
1. Enhance crop photosynthesisChlorophyll is the main pigment for photosynthesis of crops and plays a central role in the process of converting light energy into chemical energy. In the process of chlorophyll synthesis, glutamine is converted into alanine, and then through oxidation, protoporphyrin, the precursor of chlorophyll, is generated, thus promoting leaf photosynthesis, enhancing photosynthetic efficiency, promoting the formation of photosynthetic products, and also promoting the transmission capacity of photosynthetic electrons, Improve the efficiency of photosynthetic pigments to convert light energy into chemical energy, ensure efficient photosynthesis and output more products, which is conducive to high yield of crops. 2. Promote crop stress resistanceThe phenolic compounds formed by the dehydrogenation of alanine can inhibit the growth of pathogens, and after the oxidation of phenolic substances, they can promote the separation of infected cells from plants, effectively resist the infection of pathogens, and improve crop quality and yield...
Categories: Agribusiness, Crop Protection, Irrigation
By Sophia Cheng
Updated Nov 25, 2022
Foliar spraying of Alginate Oligosaccharide restores growth of wheat under chlorpyrifos stressArticle Overview：As an organophosphorus insecticide and acaricide, chlorpyrifos is suitable for the control of a variety of chewing and suction mouthpiece pests. However, excessive use will lead to changes in crop soluble protein, glutathione-S-transferase, glutathione peroxidase, etc. , resulting in pesticide stress, thereby affecting crop growth. In 2015, Zhang Shoudong, Northwest Institute of Plateau Biology, Chinese Academy of Sciences, et al. published an article entitled Effect of Alginate Oligosaccharide on Physiological and Biochemical Indexes of Wheat Seedlings under Chlorpyrifos Stress...
Categories: Ag Commentary, Cover Crops, Crop Protection
By Darren Chan
Published Nov 24, 2022
1. Conserve water and fertilizer, improve fertilizer utilization ratePolyglutamic acid molecules contain more than 10,000 super-hydrophilic groups—carboxyl groups, which can fully maintain the moisture in the soil, improve the bulkiness and porosity of clay-heavy soils, and improve the fertilizer and water retention of sandy soils ability. In addition, poly-glutamic acid's polynegative electricity can effectively prevent the combination of sulfate and phosphate with calcium and magnesium elements, avoid the production of low-soluble salts, and effectively promote the absorption and utilization of nutrients. Therefore, polyglutamic acid is widely used in granulation equipment as a nutritional synergist, and the fertilizer produced has the functions of drought resistance, water retention, and improvement of fertilizer efficiency. 2...
Categories: Agribusiness, Crop Protection, Vegetables
By Wendy Chen
Published Nov 14, 2022
Promote root growthAmino acid fertilizer can regulate crop root morphology,promote root growth. Among them, Tryptophan can promote the synthesis of indoleacetic acid and auxin;Histidine is a catalytic enzyme for cytokinin synthesis, which can promote the synthesis of cytokinin, thus stimulating the division and growth of root tip meristem cells, inducing the formation of adventitious roots, making young roots root fast, making seedlings root fast, main roots grow, and lateral roots increase. Increase the length and volume of roots, promote the absorption of water and nutrients by roots, and facilitate root growth Increase nutrients utilization Amino acid can accelerate the rapid cycling, decomposition and release of nutrients in soil, have the functions of nitrogen fixation, phosphorus and potassium release. The stimulation of amino acids increases microorganisms in soil,accelerates the mineralization of organic nitrogen and activates phosphorus fixed by soil. In addition,glycine is a natural metal chelating agent,which can chelate potassium and microelements in soil, facilitate the elements absorption by crops, improve nutrients utilization...
Categories: Agribusiness, Crop Protection
By Sophia Cheng
Published Nov 3, 2022
Alginate oligosaccharide is light yellow brown powder, soluble in water and strong in stability. Alginate oligosaccharides have multiple biological functions and are widely used in medicine, food, daily chemicals, feed and agriculture. It is an oligosaccharide derived from brown algae. Alginate oligosaccharides are important signaling molecules in plants, which can promote plant growth and improve plant resistance to pests and diseases. In the field of feed, brown algae oligosaccharides overcome the shortcomings of all previous antibiotics, prebiotics, enzymes, etc...
Categories: Ag Commentary, Cover Crops, Crop Protection
By Wendy Chen
Published Oct 13, 2022
Amino acids play an important role in the process of roots morphogenesis. On the one hand, they regulate roots morphogenesis, on the other hand,they are a necessary material basis for root morphogenesis. In addition, it also play a role of improving soil condition, provide a good growth environment,which is conducive to root growth1. Amino Acids as Hormone Preconditions Regulate Root MorphogenesisThe precursors of auxin and ethylene synthesis are amino acids. Their synthesis and transportation lead to their different concentration distribution in plants, thus specifically regulating the morphogenesis of roots, mainly including the following three aspects： 1) To promote root elongationserine and indole first synthesize tryptophan...
Categories: Agribusiness, Crop Protection
By Wendy Chen
Published Oct 12, 2022
Arginine is a precursor substance which could synthesize signal molecule in crops,can obvious bring a advantage to promote the synthesis of signal molecule nitric oxide and polyamine(PA), nitric oxide can induce the formation of adventitious roots and lateral roots by regulating auxin,promote the expansion of crop roots and absorb more water and nutrients, at the same time, polyamines can regulate the concentration of cytokinin, promote root growth at low concentration, inhibit root growth at high concentration, maintain appropriate root shoot ratio, and promote healthy growth of crops. Arginine and polyamines also could increase the number of new roots at seedling stage of crops,this brings to significant seedling strengthening effects. Nitric oxide and polyamines are also involved in improving crop resistance as signal molecules. When crops are infected by pathogens, the content of polyamines and nitric oxide in crops will increase rapidly, inducing the death of infected cells, shedding from plants, and preventing pathogens from continuing to infect healthy cells. Enhance the disease resistance of crops...
Categories: Crop Protection, Farm Management
By Sophia Cheng
Published Aug 17, 2022
Strigolactones are a family of plant secondary metabolites whose first member strigol was isolated in 1966 from the root exudates of cotton and identified as the germination inducer for the parasitic weeds of Striga and Orobanchae species, so that suicidal germination of parasitic weeds controls the weed pests. Strigolactones are also shown to inhibit shoot branching and act as the key phytohormone influencing plant architecture. Rac-GR24 (Strigolactones) is currently found to have the following effects: 1. As an environmental stimulus signal: can induce weed seed germination, for example: column when such parasitic weeds. 2...
Categories: Ag Commentary, Agribusiness, Crop Protection
By Sophia Cheng
Published Jun 29, 2022
Continue to introduce the #functions of our new product #Alga amino plus. --Stimulate crop growth--Increase yield and improve quality--#Enhance crop stress resistance--Increase Fertilizer efficiencyThe effect of Cold stress resistance is shown in the picture. If you need More information,please kindly contact us any time:Email:sophia@cyclebioscience. comWhatsapp/Wechat:+86 18061998416 Jiang Su Cycle Bioscience Co. , Ltd...
Categories: Ag Commentary, Agribusiness, Crop Protection
Published Jun 17, 2022
The global crop micronutrient market is set to witness growth at a CAGR of 7. 4% and top valuation of US$ 8. 1 Bn by 2032. From past few years chemical fertilizers are widely used on crops which is resulting in micronutrient deficiencies in crops. In addition to this, water scarcity and intensive chopping patterns are also increasing the micronutrient deficiencies in crops...
Categories: Crop Protection
By Sophia Cheng
Published Jun 15, 2022
I'd like to introduce a new suprising product --Alga Amino PlusThe raw materials of #alga amino plus is #Ascophyllum Nodosum source. After processed by Physical pretreat,crushing, low temperature Enzymolysis Fermentation coupling technology,Extract most active water soluble fragment,average molecular 1500D concentrated to get the high activity powder biochemica extraction, absorption concentration, film drying, etc, the seaweed is finally made to flake or powder. The Alga amino plus has #special quality,1. 100% Instant water soluble2. Stable under strong acid and alkaline conditions3...
Categories: Ag Commentary, Agribusiness, Crop Protection
Published Jun 8, 2022
More info: https://bit.ly/3gzfTLr After only 6 weeks of watering with the Kyminasi Plant Booster, the owner of KR #Citrus noticed significantly more #growth than normal in regard to the #size and canopy density of his new one-year-old orange trees.
Categories: Crop Protection, Sustainable Agriculture, Precision Agriculture
Published Jun 3, 2022
At the end of the harvest, the cherry tree field that was treated with KPB technology obtained a 25% increase in yield as compared to the control field. KPB Yield: 23,438 kilograms (kg)23,438 kg x $6 per kg = $140,628Control Yield: 18,735 kilograms18,735 kg x $5 per kg = $93,675KPB technology increased cherry yields and the improved quality allowed for the cherries to be able to be sold for an extra dollar per kilogram, leading to an additional profit of $46,953 per hectare for the farmer. ...
Categories: Crop Protection, Sustainable Agriculture
Published Jun 2, 2022
The fertilizer crisis is a fact, especially nitrogenous fertilizers, particularly Urea, which is one of the most widely used chemical fertilizers worldwide. This product provides 46% Nitrogen, which is why it is widely used for most crops. However, with its imminent shortage and high prices, farmers are forced to look for alternatives, and the current trend is to look for organic sources of nitrogen, which we list below. To read the full article: https://harvestharmonics. com/2022/06/01/8-organic-nitrogen-sources-alternatives-to-urea/...
Categories: Crop Protection, Fertility, Sustainable Agriculture
