6 results about "Potassium iodate" patented technology

The application provides a skin interstitial fluid miRNA multicolor visualization semi-quantitative detection method, which comprises the following steps: incubating a skin interstitial fluid sample with magnetic nano probes of surface immobilized hairpin probes H1, opening H1 and triggering a subsequent hybridization chain reaction of hairpin probes H2 and H3 in the presence of target miRNA, and constructing a biotin-rich DNA complex on the surface of the magnetic beads; performing enzyme labeling by using an alkaline phosphatase-streptavidin coupling compound, and catalyzing ascorbic acid phosphate to generate ascorbic acid potassium iodate, so that the color of the solution changes, and high-sensitivity detection of the target miRNA is realized. The multicolor visualization detection method can produce near-full-spectrum color changes by combining the gold nano double-cone local surface plasmon resonance property change, and is beneficial to improving the portability of the sensor and the accuracy of the visual analysis.

The present application belongs to the field of gas detection, and relates to a combined detection tube for detecting carbon monoxide concentration in blood. The device of the present application is composed of a sample adding tube and a detection tube. The filler section arranged in the sample adding tube can effectively destroy red blood cells to release CO gas under the action of Cr(VI) / Cr(III) redox system, and at the same time, the reducing substances such as glutathione (GSH) and ascorbic acid in blood are removed through the interference removal section, thereby significantly improving the specificity and accuracy of detection. The indicating glue section in the detection tube adopts a platinum-selenium compound and a potassium iodate system, which occurs a color reaction in the presence of CO: I2O5+5CO→I2+5CO2, and the generated iodine element presents a brown color development band, the length of which is positively correlated with the concentration of HbCO, so as to realize the visual quantitative analysis of the content of carboxyhemoglobin in blood.

This invention discloses an industrial production method for low-color 1,3-diiodo-5,5-dimethylhydantoin. It innovatively employs an integrated reaction system of "dual-catalyst synergy + microwave assistance + chlorine-oxygen composite oxidation." The synergistic effect of the dual catalysts reduces the activation energy of the iodination reaction and improves reaction selectivity. Furthermore, the non-thermal effect of microwaves accelerates the collision efficiency of reactant molecules. Simultaneously, oxygen partially replaces chlorine, reducing the formation of chlorinated impurities and shortening the reaction cycle. A post-processing technique of "gradient pH control + potassium iodate-ethanol composite rinsing + vacuum freeze-drying" is constructed. First, gradient pH adjustment promotes the crystallization of the target product. Then, the high solubility of ethanol for organic coloring impurities and the oxidation effect of potassium iodate on low-valent iodine impurities in the composite rinsing solution efficiently remove residual impurities. Combined with low-temperature freeze-drying, the product's color is prevented from changing color due to heat. Ultimately, the color of the product is stably controlled, extending its shelf life and meeting the stringent requirements of high-end medical and precision electronics fields for ultra-low color products.

The application discloses a pueraria powder-based iodine compound and a preparation method and application thereof, and comprises the following steps: mixing pueraria powder with water to form a pueraria powder water suspension; performing hydrothermal gelatinization and respiration treatment on the pueraria powder water suspension to obtain a gelatinized and respiration pueraria powder suspension; adding potassium iodide, potassium iodate and acid into the gelatinized and respiration pueraria powder suspension, adjusting the pH value of the system to be acidic, performing reaction, and obtaining the pueraria powder-based iodine compound through post-treatment. The application constructs a loading framework through gelatinization and respiration of pueraria powder, realizes stable loading of iodine by relying on in-situ reaction, and realizes the multiple effects of low stimulation, efficient inhibition of digestive tract pathogenic bacteria and precise regulation of intestinal microecology by synergistic effect of the strong bactericidal capacity of iodine which is not prone to drug resistance and the inherent intestinal flora regulation activity of pueraria powder, so that the pain points of instability and strong irritation of traditional iodine preparations are solved, and a new way for treating digestive tract infectious diseases is opened up.

This invention relates to a compound potassium fluoroiodate and a linear birefringent optical crystal of potassium fluoroiodate, as well as their preparation methods and uses. The chemical formula of the compound is KI4O. 10 F, with a molecular weight of 725.70, was prepared by hydrothermal or room temperature solution methods. This compound belongs to the triclinic crystal system, space group P1(_), with cell parameters a=7.1685(3) Å, b=7.4967(3) Å, and c=10.9225(4) Å. α =102.823(1)°, β =90.704(1)°, gamma =114.431(1)°, Z =2, V=517.50(4)Å 3 The crystal is grown using a hydrothermal method or a room-temperature solution method. It has a low ultraviolet cutoff edge and a large birefringence of 0.133@1064nm. Its excellent performance and good chemical stability make it suitable for fabricating polarizing prisms, phase delay devices, and electro-optic modulation devices for various applications, such as Glan prisms, polarization beam splitters, compensators, optical isolators, circulators, and optical modulators. It plays an important role in the fields of optics and communications.

This invention discloses a novel functional fertilizer production technology that utilizes iodine-containing water-soluble fertilizer with nutritional and disease-preventing properties and its preparation method. The fertilizer is scientifically formulated from macronutrients (potassium nitrate, ammonium dihydrogen phosphate, urea), a complex iodine source (potassium iodate, amino acid chelated iodine, seaweed iodine extract), biostimulant and stabilizing components (potassium humate, sugar alcohol mixture, vitamin C), and micronutrients. Its preparation method employs a unique "two-step chelation / complexation stabilization process," first constructing a stable iodine-containing mother liquor, then integrating it with macronutrients to ensure high stability and activity of iodine in the fertilizer system. This invention effectively solves the problems of low utilization rate and poor stability of iodine supplementation in agriculture. While providing balanced nutrition, it significantly promotes crop growth and improves its stress resistance, enabling efficient biofortification of iodine in agricultural products. The process is simple and suitable for modern integrated water and fertilizer management, and is of great significance for producing functional iodine-rich agricultural products and improving the public's iodine nutrition status.