根本数据

产品名称 羧基功能化上转换纳米颗粒

英文名称 Carboxyl-functionalized upconverting nanoparticles

别名 Functionalized UCNs

英文别名 Functionalized UCNs

规格或纯度 发光波长:475 nm,粒径:35nm,表面修饰材料:PEG-COOH

运输条件 常规运输

一半分析此类别商品为羧基效果化上换算微米小粒剂，建材组合为NaYREF4 (RE:Yb, Er, Tm, Gd, Mn, Lu)，刺激主光波长为975 nm。敏化阴阳阳亚铁离子为Yb3+，修改密码阴阳阳亚铁离子为Er3+或Tm3+。凭借调准各阴阳阳亚铁离子夹杂着氨水浓度，商品在单一主光波长的带光已能够 调整。表明包裹的二防氧化硅或PEG使微米小粒剂含有优秀的亲丙烯酸乳液，可以随便分散式在水媒质中。商品颗粒直径均一，带光量子率高，光不稳相关性性好。该类别商品可与怪物氧团伙共价连接方式，用在荧光成相、怪物探测、免疫检测探讨，及**类药和怪物氧团伙的光控远控增加等。

This series of products contains amino functionalized NaYREF4 (RE:Yb, Er, Tm, Gd, Mn, Lu) UCNs with optimal excitation wavelength at 975 nm. The sensitizer is Yb3+, and the activator is Er3+ or Tm3+. The doping concentrations are optimized, leading to strong upconverted emissions at specific wavelengths.The nanoparticles are highly hydrophilic due to the silica coating or PEG coating. The UCNs are of high quantum efficiency and very photostableAfter proper surface modification and functionalization, the products can be used for fluorescence imaging, biodetection, immunity analysis and photoactivation of anti-cancer drugs and biomolecules.使用：荧光免役讲解酶免疫系统深入分析（EIA）荧光显微镜共焦荧光显微镜流式神经组织细胞神经组织细胞术/图象神经组织细胞术磁肿瘤细胞转移带磁激光束微气体另外的理论研究和实业操作

有关于设备：私人定制不同上转成奈米顆粒油溶解性核壳结构特征上转化成奈米颗粒状无面基团水无水磷酸氢上转变成微米颗料氨基绘制上变为奈米粒状羧基表达上转为納米颗粒状叠氮掩盖上转移微米粒状PEG包着上转为微米科粒PEG-NH2突显上改换纳米技术颗粒物PEG-COOH体现上装换纳米级粒子DSPE-PEG突显上转变成纳米级颗粒物MAL-PEG淡化上装换奈米颗粒肥料