论文：CdSe量子点与高蛋白质的使用研究方案外部链接：//www.opticsjournal.net/Articles/OJb53cd575dcbccca0/FullText小说作者： 杨冬芝 1孙世安 2陈启凡 1徐淑坤 1节选：以油酸为安全稳定剂,石蜡为还原成剂,所采用生产相法获得了规格不匀的CdSe量子点,并使用巯基乙酸将获得的量子点转交至水相.抽测了CdSe量子点与多种组成个部分有差异的脂肪酸质(酶)相互间的做用规范.深入分析发掘,经巯基乙酸掩盖后的量子点与牛血清廉脂肪酸和胰凝乳脂肪酸酶做用后,荧光比硬度突出曾大.而铜/锌-超被氧化物质歧化酶对量子点的荧光有突出的淬灭做用,牛血红色脂肪酸对量子点的引响是时刻推移时刻的延长荧光比硬度先曾大后降低了大约,反映出一样脂肪酸质使荧光不断增强和个部分不锈钢阳离子使荧光淬灭这两者的携手定律.

Using oleic acid as a stabilizer and paraffin as a reducing agent, CdSe quantum dots with uniform size were synthesized via the organic phase method, and the synthesized quantum dots were transferred to the aqueous phase through thioglycolic acid. The interaction patterns between CdSe quantum dots and several proteins (enzymes) with different structures were investigated. The study found that after interacting with bovine serum albumin and chymotrypsin, the fluorescence intensity of quantum dots modified with thioglycolic acid significantly increased. However, copper/zinc-superoxide dismutase had a significant quenching effect on the fluorescence of quantum dots, and the effect of bovine hemoglobin on quantum dots was that the fluorescence intensity first increased and then decreased with time, reflecting the synergistic effect of general proteins enhancing fluorescence and some metal ions quenching fluorescence咸阳pg电子娱乐游戏app 海洋生物提高重要性品牌：CdSe量子点InP量子点ZnSe量子点PbS量子点碳量子点水溶解性量子点量子点荧光微球，包埋CdSe/ZnS量子点的二硫化硅微球这本文介绍來源特殊论文期刊或资料，以免侵权商标请关系人们全部删除！