含有硅烷和二苯并环辛炔的PEG DBCO-PEG10000-Silane

產产品名字：DBCO-PEG-Silane英文版命名：二苯并环辛炔-聚乙二醇-硅烷PEG团伙量：1k，2k，3.4k，5k，10k另一个团伙量可个性定制存贮水平：≤-4℃低温制冷的效果吹干存有產品外装: 膏状或浓稠液，依赖于于原子量常见高沸点相转移催化剂：互溶大那部分生产高沸点相转移催化剂，如：DCM、DMF、DMSO、THF等等这些。在水中含好的溶解性性DBCO应用在无铜点击量催化氧化。在沒有铜催化氧化剂的实际情况下，与叠氮化学物质的反應异常速度快。这些反應是异常速度快，温润，和海洋生物相匹配性。银离子液体要求下，DBCO也能够短时间的酰化氨基官能团；对两类主要包括20种天然冰有机酸的多肽底物设计发掘，DBCO酰化反响高取舍性地突发在Lys的氨基上，而不关系各种有机酸。时候，银离子液体DBCO酰化反响也能够**地淡化糖肽、BSA血清、糖血清RNase B 和IgG抗体阳性等，呈现出良好的底物广泛应用性。除此之外，银离子液体酰化反响也能够做到Ph.D.12企业噬菌体库的淡化且不关系噬菌体浸染朝气，阐明该措施含有广泛应用于活生物技术系统中的成长性。在生理不起作用加载液中制作含叠氮化物的原材料英文。将DBCO共轭物使用到含叠氮化物的原材料英文中。个人建议：在丰度微生物培养基的1.5-3.0摩尔当量中使用1摩尔当量的的限制微生物培养基。将生理不起作用在高温下于4度温育2-4小時或2-12小時。现今可不可以将生理不起作用纯化。DBCO is used for copper free click chemistry. Without copper catalyst, the reaction with azide compound is very rapid. This reaction is very rapid, mild, and biocompatible.Under silver catalysis, DBCO can quickly acylate amino groups; The study of three peptide substrates containing 20 natural amino acids found that the DBCO acylation reaction occurred on the amino acid of Lys with high selectivity, without affecting other amino acids. At the same time, silver catalyzed DBCO acylation reaction can efficiently modify glycopeptides, BSA proteins, glycoprotein RNase B and IgG antibodies, showing good substrate applicability. In addition, silver catalyzed acylation can achieve the modification of commercial phage library of Ph.D.12 without affecting the infection activity of phages, indicating that this method has potential application in living biological systems.The sample containing azide was prepared in the reaction buffer. DBCO conjugate was added to the sample containing azide. It is recommended to add a limiting reagent of 1 mole equivalent to the 1.5-3.0 mole equivalent of the abundance reagent. The reaction was incubated at 4 ℃ at room temperature for 2-4 hours or 2-12 hours. The reaction can now be purified.DBCO-GPC二苯基环辛炔-甘磷酸胆碱DBCO-PFP二苯基环辛炔-五氟苯酚DBCO-Benzaldehyde二苯基环辛炔-苯甲醛超标DBCO-Mesylate 二苯基环辛炔-甲磺酸酯DBCO-TPP二苯基环辛炔-磷酸三苯酯DBCO-Phenyl二苯基环辛炔-苯基DBCO-acid二苯基环辛炔-磷酸DBCO-GA二苯基环辛炔遮盖甘草次酸DBCO-Cyclodextrin二苯基环辛炔偶联环糊精DBCO-Dopamine 二苯基环辛炔呈现多巴胺DBCO-Ferrocene二苯基环辛炔掩盖二茂铁借款用途:科研开发饱和度:≥95%保留时刻: 在一年出产地:西安市制造商商：兰州pg电子娱乐游戏app 创科生物技术信息技术比较介绍的注重应当:仅在科技不在体内