食品与药品
食品與藥品
식품여약품
FOOD AND DRUG
2014年
2期
109-111,112
,共4页
闫焕新%冷凯良%周三%高华%刘坤%苗均魁%苑璐%薛洁
閆煥新%冷凱良%週三%高華%劉坤%苗均魁%苑璐%薛潔
염환신%랭개량%주삼%고화%류곤%묘균괴%원로%설길
海藻酸%碘%复合物%制备
海藻痠%碘%複閤物%製備
해조산%전%복합물%제비
alginate%iodine%complex%preparation
目的：以海带中存在的两种重要成分海藻酸和碘为原料，研究制备二者复合物的方法，以期获得较稳定的含碘产品。方法利用海藻酸钠碱溶酸沉的性质，分别制备海藻酸-碘复合物和乙酰化海藻酸-碘复合物的系列样品，并检测样品的紫外-可见吸收特性、碘含量和热稳定性。结果海藻酸和乙酰化海藻酸均能与碘生成复合物，复合物一般在590 nm有最大吸收峰；乙酰化海藻酸-碘复合物系列样品的碘含量明显高于海藻酸-碘复合物系列样品，且样品碘含量随乙酰化程度增加而增大；乙酰化海藻酸-碘复合物样品的热稳定性优于海藻酸-碘复合物样品。结论本研究建立了一种海藻酸-碘复合物的制备方法，工艺简单、成本低廉，可以此作为富碘食品进一步研发。
目的：以海帶中存在的兩種重要成分海藻痠和碘為原料，研究製備二者複閤物的方法，以期穫得較穩定的含碘產品。方法利用海藻痠鈉堿溶痠沉的性質，分彆製備海藻痠-碘複閤物和乙酰化海藻痠-碘複閤物的繫列樣品，併檢測樣品的紫外-可見吸收特性、碘含量和熱穩定性。結果海藻痠和乙酰化海藻痠均能與碘生成複閤物，複閤物一般在590 nm有最大吸收峰；乙酰化海藻痠-碘複閤物繫列樣品的碘含量明顯高于海藻痠-碘複閤物繫列樣品，且樣品碘含量隨乙酰化程度增加而增大；乙酰化海藻痠-碘複閤物樣品的熱穩定性優于海藻痠-碘複閤物樣品。結論本研究建立瞭一種海藻痠-碘複閤物的製備方法，工藝簡單、成本低廉，可以此作為富碘食品進一步研髮。
목적：이해대중존재적량충중요성분해조산화전위원료，연구제비이자복합물적방법，이기획득교은정적함전산품。방법이용해조산납감용산침적성질，분별제비해조산-전복합물화을선화해조산-전복합물적계렬양품，병검측양품적자외-가견흡수특성、전함량화열은정성。결과해조산화을선화해조산균능여전생성복합물，복합물일반재590 nm유최대흡수봉；을선화해조산-전복합물계렬양품적전함량명현고우해조산-전복합물계렬양품，차양품전함량수을선화정도증가이증대；을선화해조산-전복합물양품적열은정성우우해조산-전복합물양품。결론본연구건립료일충해조산-전복합물적제비방법，공예간단、성본저렴，가이차작위부전식품진일보연발。
Objective To explore the preparation method of alginate-iodine complex using the two important ingredients in Laminaria japonica Aresch as materials, to obtain a stable iodine product. Methods A series of alginate-iodine complexes and acetyled alginate-iodine complexes samples were prepared utilizing the nature of sodium alginate, which dissolves in alkali and precipitates in acid. UV-vis absorbance characteristics, the content of iodine in the samples and the stability of the samples were determined. Results Both non-acetylated and acetylated alginate can form complexes with iodine, which have maximum absorbance at 590 nm. The iodine content of acetyled alginate-iodine complexes was higher than that of alginate-iodine complexes, and the iodine content increased with the degree of acetylation; the thermal stability of acetyled alginate-iodine complex was higher than that of alginate-iodine complex. Conclusion This method is simple and low cost, and can be used for the development of new food for iodine supplement.
