Selenized resveratrol preparation for treating cancers
一种白藜芦醇、硒化的技术,应用在有机化合物的制备、有机化学、羧酸盐制备等方向,能够解决效果有限、肿瘤抑制作用无效等问题,达到良好治疗效果、提高人体免疫力的效果
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
preparation example Construction
[0022] According to another preferred embodiment of the present invention, the preparation method of the trans-selenized resveratrol preparation with alkali metal ion selenium complex as functional group comprises the following steps:
[0023] A. react high-purity (≥99%) trans-resveratrol with at least one metal inorganic base to obtain stilbene triphenol hydroxy acid salt;
[0024] B. The obtained stilbene triphenol hydroxy acid salt and SeO 2 reaction to obtain the described selenized trans-resveratrol and selenized cis-resveratrol with the alkali metal ion selenium complex as the functional group, which is the high Selenium content Selenized trans-resveratrol compound preparation.
[0025] Preferably, in the commercial product of the selenized resveratrol compound preparation: selenized trans-resveratrol ≥ 80% (mass fraction), selenized resveratrol ≤ 8%, and another ≥ 10% high Pure Resveratrol (≥99%).
[0026] in,
[0027] The cis-resveratrol:
[0028] The selenized...
Embodiment 1
[0038] A. React high-purity (≥99%) trans-resveratrol with sodium hydroxide at least to obtain sodium stilbene triphenol hydroxyacid, wherein, trans-resveratrol: sodium hydroxide=1: 0.25 (mass ratio), the reaction temperature was controlled at 120°C, and the time was 180s to obtain the sodium salt of stilbene triphenol hydroxyacid group;
[0039] B. The sodium stilbene triphenol hydroxy acid base and SeO will be obtained 2 reaction to obtain the trans-selenized resveratrol preparation (mass fraction ≥ 80%) and the selenized cis-resveratrol preparation (≤ 8%) with the alkali metal ion selenium complex as the functional group, Among them, the sodium salt of stilbene triphenol hydroxy acid group: SeO 2 =1:0.35, the reaction temperature is controlled at 280°C, the time is 250s, and after cooling, the high selenium content selenized trans-resveratrol complex preparation with alkali metal ion selenium complex as the functional group is obtained.
[0040] Among them, in the ex-facto...
Embodiment 2
[0042] A. react high-purity (≥99%) trans-resveratrol with potassium hydroxide at least to obtain stilbene triphenol hydroxyacid potassium, wherein, trans-resveratrol: potassium hydroxide=1: 0.25 (mass ratio), the reaction temperature was controlled at 120°C, and the time was 180s to obtain the potassium salt of stilbene triphenol hydroxyacid;
[0043] B. The potassium stilbene triphenol hydroxy acid and SeO will be obtained 2 reaction to obtain the trans-selenized resveratrol preparation (mass fraction ≥ 80%) and the selenized cis-resveratrol preparation (≤ 8%) with the alkali metal ion selenium complex as the functional group, Among them, the potassium salt of stilbene triphenol hydroxy acid: SeO 2 =1:0.35 (mass ratio), the reaction temperature is controlled at 280°C, and the time is 250s. After cooling, the high-selenium content selenized trans-resveratrol compound preparation with the alkali metal ion selenium complex as the functional group is obtained. .
[0044] Among...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More 