CAJ | 학술논문

目的：通过研究D-101，HPD-400，AB-8等6种不同型号大孔树脂的吸附率及解吸率，确定分离纯化美洲大蠊多糖的树脂类型。方法：以葡萄糖为标准品，利用紫外分光光度法，测定各树脂吸附及解吸前后的吸光度，并以美洲大蠊多糖的吸附量和解吸量为指标，对树脂进行筛选。结果：在6种不同型号的大孔吸附树脂中，HPD-400型大孔树脂静态吸附及解吸效果较好，对美洲大蠊多糖的动态吸附率约为41．5％，动态解吸率达97％。结论：在本实验条件下，HPD-400型大孔树脂是分离纯化美洲大蠊多糖较好的材料。
목적：통과연구D-101，HPD-400，AB-8등6충불동형호대공수지적흡부솔급해흡솔，학정분리순화미주대렴다당적수지류형。방법：이포도당위표준품，이용자외분광광도법，측정각수지흡부급해흡전후적흡광도，병이미주대렴다당적흡부량화해흡량위지표，대수지진행사선。결과：재6충불동형호적대공흡부수지중，HPD-400형대공수지정태흡부급해흡효과교호，대미주대렴다당적동태흡부솔약위41．5％，동태해흡솔체97％。결론：재본실험조건하，HPD-400형대공수지시분리순화미주대렴다당교호적재료。
Objective： To select the optimal macroporous absorbing resin for Periplaneta americana polysaccharide from absorption and desorption measurement in 6 kinds of different Macroporous resin including D-101, HPD-400, AB-8 etc. Methods： Uhraviolet spec- trophotometry was employed to determine the absorption of different macroporons absorbing resin to Periphmeta americana polysaccharide. Results： Among the 6 resin candidates, HPD-400 resin which was with 41.5% dynamic absorption ratio and 97% dynamic desorption ratio has shown relatively highest effect on absorption and desorption. Conclusion：HPD-400 resin was a preferable candidate for absorbing Periplcateta americana polysaccharide.