DBCO微生物体培养基快速可用于标出叠氮化物掩盖的生物体大分子物料名称大全：DBCO-PEG-SH DBCO-PEG-Thiol中文标题：二苯并环辛炔-聚乙二醇-巯基PEG分子式结构量：1k，2k，3.4k，5k，10k同一分子式结构量可制定储存方式前提条件：≤-4℃低溫低温干燥存储物品外装: 膏状或浓稠气体，决定于于碳原子量

常用溶剂：溶于大部分有机溶剂，如：DCM、DMF、DMSO、THF等等。在水中有很好的溶解性

DBCO（二苯并环辛炔）聚乙二醇硫醇（DBCO-PEG-SH）双重性物不用任意金属件催化反应氧化剂就还就可以采取普通机械表现。菌株力促的环辛炔和叠氮化学物质的1,3-偶*环暴击伤害表现，也统称无铜打开网页表现，就是一种微生态学正交表现，能致这两个团伙在水饱和溶液国共轭。DBCO-PEG双重性物在水相储存液中还具有高速的动运动学和固界定。DBCO制剂常用于标志叠氮化物绘制语的微生态学团伙，而不还就可以毒害的铜催化反应氧化剂。聚乙二醇化还就可以延长肽和蛋白质的溶解度性和固界定，并变低其抗体原性。它还还就可以限制通电的团伙与绘制语外表的非特喜欢的人依照。

DBCO (dibenzocyclic octyne) polyethylene glycol mercaptan (DBCO-PEG-SH) derivatives can conduct chemical reactions without any metal catalyst. The 1,3-dipolar cycloaddition reaction of cyclooctyne and azide compounds promoted by the strain, also known as copper free click reaction, is a bioorthogonal reaction, which can make two molecules conjugate in aqueous solution. DBCO-PEG derivatives have fast kinetics and stability in aqueous buffer solution. DBCO reagent can be used to label azide modified biomolecules without toxic copper catalyst. Polyethylene glycol can increase the solubility and stability of peptides and proteins, and reduce their immunogenicity. It can also inhibit the nonspecific binding of charged molecules to the modified surface.

关于车辆：DBCO-PEG1K-FITCDBCO-PEG2K-FITCDBCO-PEG3.4K-FITCDBCO-PEG-5K-FITCDBCO-PEG10K-FITCDBCO-MPEG1KDBCO-MPEG2KDBCO-MPEG3.4KDBCO-MPEG5KDBCO-MPEG10KDBCO-PEG1K-MALDBCO-PEG2K-MALDBCO-PEG3.4K-MALDBCO-PEG5K-MALDBCO-PEG10K-MAL妙用:科研管理纯净度:≥95%存有时候: 3年产区:陕西供货商：武汉pg电子娱乐游戏app 创科生物体高新科技十分有限厂家注意须知须知:仅使用于教学科研不使用于人们