AI Article Synopsis
- Acteoside (ACT) is valuable but hard to extract, leading researchers to use a specialized adsorption method for purification.
- The custom adsorbent BHP-Kae-3, with its unique broad-pore structure, enhances the diffusion and capacity for ACT, allowing faster and more effective adsorption.
- Experimental results show BHP-Kae-3 can adsorb 105.12 mg/g of ACT with a selectivity of 3.41, highlighting its potential for efficiently separating natural medicinal compounds.
Article Abstract
Acteoside (ACT) is an important medicinal component, but its content is scarce. To obtain higher purity of ACT, the adsorption method was used to purify it. In this study, a broad-pore-domain hyper-crosslinked polymer (BHP-Kae) was prepared to adsorb ACT from , which is a medicinal plant. BHP-Kae-3 possessed a unique broad-pore-domain structure. This structure reduced the transfer resistance of ACT and facilitated the rapid diffusion of ACT into BHP-Kae-3, increasing the adsorption capacity. In addition, the surface and pore channels of BHP-Kae-3 contained abundant functional groups (-OH, C=O), which provided a large number of adsorption sites and facilitated ACT adsorption, thereby improving selectivity. The experimental results showed that BHP-Kae-3 exhibited a good adsorption capacity for ACT; the adsorption capacity was 105.12 mg/g, and the selectivity was 3.41. This study demonstrates the potential for efficient separation of natural products using broad-pore-domain adsorbents.
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Article Synopsis
- Acteoside (ACT) is valuable but hard to extract, leading researchers to use a specialized adsorption method for purification.
- The custom adsorbent BHP-Kae-3, with its unique broad-pore structure, enhances the diffusion and capacity for ACT, allowing faster and more effective adsorption.
- Experimental results show BHP-Kae-3 can adsorb 105.12 mg/g of ACT with a selectivity of 3.41, highlighting its potential for efficiently separating natural medicinal compounds.
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