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Troxerutin
Troxerutin

Troxerutin

  • Latin Name: Sophora japonica L.
  • Plant Part Used: flower
  • CAS: 2068-78-2
  • Spefication:EP 9.0, DAB1999 Standard
  • Assay: 95.0%-105.5%by HPLC
  • Extract Solution: water/ ethanol
  • Certifications: ISO9001, HACCP, HALAL, KOSHER
  • Not for sale to individuals
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                  What is the source of troxerutin?

                  Troxerutin, also known as vitamin P4, is a derivative of flavonoid rutin and can be extracted from Sophora japonica. Rutin is difficult to dissolve in water and difficult to exert its pharmacological activity. In order to solve the water solubility problem of rutin, rutin can be converted into troxerutin through hydroxyethylation technology.
                  This raw material is easily soluble in water, stable to light and heat, and odorless. The four hydroxyl groups and one rutinose molecule in its molecular structure are the reasons for its biological activity. This product is the main ingredient of many nutritional health products.

                  Specification-COA

                  ItemSpecificationResults
                  AppearanceYellowish-green, crystalline powder, hygroscopicYellowish-green, crystalline powder, hygroscopic
                  SolubilityFreely soluble in water, slightly soluble in ethanol (96%), and practically insoluble in methylene chlorideComplies
                  IdentificationA: IR     B: HPLCComplies
                  Test  
                  Composition
                  - principal Peak Tris(hydroxyethyl) rutin≥80%88.73%
                  - any other peakFor each peak, maximum 5%, except for 1   peak which can be maximum 10%Complies
                  Tetrakis(hydroxyethyl) rutin4.44%
                  Mono(hydroxyethyl) rutin0.14%
                  Bis(hydroxyethyl) rutin3.09%
                  Ethylene oxide≤1ppm<1ppm
                  Heavy metals(test F in EP)≤20ppm<20ppm
                  Loss on drying≤5.0%2.45%
                  Sulfated ashes≤0.4%0.02%
                  Assay95.0%-105.0%97.69%
                  Residual solvents
                  Methanol≤3000ppm385ppm
                  Particle size100% pass 80 mesh100% pass 80 mesh
                  Microbiological test
                  Total plate count≤1000CFU/G60CFU/G
                  Yeast & mould≤100CFU/GNegative
                  Escherichia. ColiNegative in 1gNegative
                  SalmonellaeNegative in 10gNegative
                  Staph. aureusNegative in 1gNegative
                  ConclusionThe test results comply with EP8.0
                  Storage:Packed in paper-drums and two plastic-bags inside N.W. 25kgs, store in a well-closed container away from light and moisture

                  What is troxerutin used for?

                  1. Troxerutin has better water solubility and better efficacy than rutin.
                  2. Surprisingly, troxerutin has excellent skin care effects, including blue light protection, sun protection, anti-glycosylation, anti-aging, anti-inflammatory, photoprotection, and improvement of microcirculation.
                  3. Troxerutin has a strong absorption effect on blue light. In addition to photoprotection for the skin, it also has photoprotection for the formula system. Therefore, this ingredient can solve the problem that active ingredients in the formula are easy to change color when exposed to light, and improve the application of the formula.
                  4. Good antioxidant effect, reducing the damage of free radicals to the skin.

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