1) glycosylation island
糖基化岛
1.
Molecular identification and homology analysis of genes clustered in a genomic glycosylation island of Xanthomonas oryzae pv.oryzae.
水稻白叶枯病菌糖基化岛GI基因的分子鉴定
2) CpG island methylation
CpG岛甲基化
1.
Significance of CpG Island Methylation of MT-3 gene in Cell Lines of Esophageal Cancer;
食管癌细胞系中MT-3基因CpG岛甲基化的意义
2.
BACKGROUND & OBJECTIVE: Transcriptional silencing by CpG island methylation is now believed to be an important mechanism of carcinogenesis.
背景与目的:目前认为CpG岛甲基化导致转录抑制是恶性肿瘤发生的重要机制之一。
3.
Arbitraril primed PCR in combination with methylation-sensitive restriction enzyme Hha Ⅱ digestion and bisulphate genomic conversion were used to analyse the CpG island methylation pattern of DNA in Ni 2O 3-induced mal.
用甲基化敏感酶酶切、硫酸氢钠盐转化和AP PCR技术观察Ni2 O3恶性转化的人胚肺细胞DNA的CpG岛甲基化水平。
3) glycosylation
[,ɡlaikəsi'leiʃən]
糖基化
1.
Effects of glycosylation end-products on expression of PPARγ in cultured human monocytes/macrophages;
糖基化终产物对单核细胞源性巨噬细胞过氧化物酶体增殖物激活型受体γ表达的影响
2.
Purification of Human γ-Seminoprotein by Affinity Chromatography and Glycosylation Analysis;
人γ-精浆蛋白的亲和纯化及其糖基化分析
3.
Effect of glycosylation in cataract development and the preventive strategies;
糖基化在白内障发病中的作用和防治对策
4) Deglycosylation
去糖基化
1.
Deglycosylation of tau enhances the above mentioned activity caused by dephosphorylation although deglycosylation alone has no significant e.
单纯去糖基化处理只在很小限度恢复ｔａｕ的功能，但去糖基化预处理可增强去磷酸化对ｔａｕ上述活性的恢复。
2.
Partial structure of wheat PGIP was studied in four aspect: deglycosylation, analysis of partial primary structure, secondary structure and disulfide bond.
本文从去糖基化、部分一级结构分析、二级结构和二硫键分析四个方面对小麦PGIP进行了部分结构的研究，并与双子叶植物PGIP作了比较。
3.
The influence of disulfide bonds on the conformational changes and activities of refolded phytase, the effect of deglycosylation on the stability of the phytase, the effect of metal on the conformation, activities and stability and inhibition kinetics of substrate, product and product analogues on the phytase was studied using Aspergillus sp.
植酸酶为材料,主要研究了二硫键对植酸酶复性过程中构象和催化活性的影响、去糖基化对植酸酶稳定性的影响、金属离子对植酸酶活性、构象和稳定性的的影响及底物、产物类似物等抑制动力学。
5) N-glycosylation
N-糖基化
1.
Expression of recombinant N-glycosylation interleukin 24 and study of inducing tumor cells apoptosis in vitro
N-糖基化IL-24的表达及体外诱导肿瘤细胞凋亡的研究
2.
But in the process of its N-glycosylation,hyper-mannose-type sugar chains are formed.
酵母表达系统可用来生产具生物活性的重组糖蛋白,但其在N-糖基化过程中会生成高甘露糖型糖链。
3.
Due to the differences in N-glycosylation pathway between Pichia pastoris and human,the structure of high-mannose glycan of Pichia pastoris was changed,the characterization and function of the glycoproteins,or even immunogenic were affected.
在过去的20多年里,很多研究集中在毕赤酵母N-糖基化人源化改造研究上,希望产生类人的糖链结构,但进展缓慢。
6) Glycation
糖基化
1.
Effects of puerarin on the blood glucose,liver and kidney functions in glycation model rats induced by D-galactose;
葛根素对D-半乳糖诱导糖基化模型大鼠血糖和肝肾功能的影响
2.
Deleterious Effects of Glycation End Products on Normal Rats and Inhibiting Effect on Glycation of Polyrhachis vicina Roger Extraction;
糖基化终末产物对正常大鼠肾脏的有害作用及拟黑多刺蚁醇提物抑制糖基化作用实验研究
3.
Changes of Anticomplememt Function of Human Mutant CD59 before and after Glycation;
突变人CD59分子糖基化前后抗补体活性的变化
补充资料：二异丙氧基化双三甲基硅氧基化钛酸酯
CAS：18205-00-0
中文名称：二异丙氧基化双三甲基硅氧基化钛酸酯
英文名称：di-Isopropoxy-di-(trimethylsiloxy)titanate
中文名称：二异丙氧基化双三甲基硅氧基化钛酸酯
英文名称：di-Isopropoxy-di-(trimethylsiloxy)titanate
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