1) chitosan–lysine
壳聚糖-赖氨酸
1.
The purpose of this study is to prepare O-carboxymethylated chitosan(O-CMC) and chitosan–lysine(CS-Lys) coated magnetic nanoparticles using co-precipitation method.
本文以共沉淀法制备了表面分别包覆O-羧甲基壳聚糖和壳聚糖-赖氨酸并具有超顺磁特性的超微磁性载体粒子。
2) crossinked chitosan–lysine resin
交联壳聚糖-赖氨酸树脂
1.
In the presence of condensation agent DCC, crossinked chitosan–lysine resin (LMCCR) was prepared through the condensation reaction.
以戊二醛为交联剂、碳酸钙为致孔剂,反相悬浮交联制备交联壳聚糖;以二环己基碳二亚胺缩合,制备出交联壳聚糖-赖氨酸树脂。
3) Lactosamiated poly lysine
乳糖化聚赖氨酸
1.
Conclusion Lactosamiated poly lysine with definite structure and component is successfully .
目的 化学合成乳糖化聚赖氨酸共价结合物 ,分析其组成。
5) gluconoylated polylysine
葡萄糖酸化多聚赖氨酸
1.
Objective: To study the effects of gluconoylated polylysine with or without chloroquine on transfection of plasmid (report gene) into 549 cell line.
目的 :研究葡萄糖酸化多聚赖氨酸介导质粒pCMVβ Gal对A5 4 9细胞的转染效率 ;观察氯喹对葡萄糖酸化多聚赖氨酸转基因效率的影响。
2.
Objective To study the efficiency of the gene transfer of the gluconoylated polylysine mediating the pCMV 13 Gal(report gene)gene transfer to the A549 cell line and to observe the effect of chloroquine on the efficiency of the gene transfer of the gluconoylated polylysine and to compare the efficiency of gene transfer of the gluconoylated polylysine with that of the Escort liPosome.
目的：研究葡萄糖酸化多聚赖氨酸介导质粒pCMVβ-Gal对A549细胞的转染效率；观察氯喹对葡萄糖酸化多聚赖氨酸转基因效率的影响；并与Escort脂质体、Escort脂质体—转铁蛋白复合物的转基因效率进行比较。
6) Poly-l-lysine
聚赖氨酸
1.
Determination of Poly-L-lysine with a Water-soluble Fluorescence Polymer;
水溶性荧光聚合物用于测定聚赖氨酸
2.
Electrochemical Study of Microperoxidase-11 Immobilized on the Surface of a Poly-L-lysine Modified Gold Electrode;
金电极表面聚赖氨酸固定微过氧化物酶-11的电化学研究
3.
Research on preservation of fresh corn juice with poly-L-lysine;
聚赖氨酸对鲜榨玉米汁保鲜效果的研究
补充资料：壳聚糖膜
分子式：
CAS号：
性质：壳聚糖所制备成有分离功能的膜。壳聚糖可单独在甲酸中制备渗透汽化膜，对乙醇和水有较好的分离性能。为了减少其溶胀性能，也可以用二醛交联成膜，或与其他聚合物如聚乙烯醇、纤维素等共混，或以聚砜、聚丙烯腈为底膜制成壳聚糖复合膜，以改善醇水分离因素。
CAS号：
性质：壳聚糖所制备成有分离功能的膜。壳聚糖可单独在甲酸中制备渗透汽化膜，对乙醇和水有较好的分离性能。为了减少其溶胀性能，也可以用二醛交联成膜，或与其他聚合物如聚乙烯醇、纤维素等共混，或以聚砜、聚丙烯腈为底膜制成壳聚糖复合膜，以改善醇水分离因素。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条