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PEG修飾工藝的優化(NH2-PEG-MAL/COOH/NHS/FA/Biotin/SH/HZ)
PEG修飾反應參數的優化
? 建立反應動力學,包括位點反應動力學和蛋白分
子反應動力學,優化反應時間
? 優化反應的pH值
? 優化PEG與蛋白的摩爾比
? 優化反應體系
蛋白分子的修飾反應動力學
產品列表:
Tosylate-peg-FA
Acetylthio-peg-FA
Aminooxy-PEG-FA
NPC-PEG-FA
SAS-PEG-FA
SC-PEG-FA
SCM-PEG-FA
SG-PEG-FA
SS-PEG-FA
SVA-PEG-FA
Epoxides-PEG-FA
ValericAcids-PEG-FA
Acrylamide-PEG-FA
Bromide-PEG-FA
VS-PEG-FA
Methacrylate-PEG-FA
IA-PEG-FA
Chloride-PEG-FA
DBCO-PEG-FA
TCO-PEG-FA
Tetrazine-PEG-FA
CHEMS-PEG-FA
PEG修飾的位點反應動力學
DBCO-PEG-Tosylate
DBCO-PEG-Acetylthio
DBCO-PEG-Aminooxy
DBCO-PEG-NPC
DBCO-PEG-SAS
DBCO-PEG-SC
DBCO-PEG-SCM
DBCO-PEG-SG
DBCO-PEG-SS
DBCO-PEG-SVA
DBCO-PEG-Epoxides
DBCO-PEG-ValericAcids
DBCO-PEG-Acrylamide
DBCO-PEG-Bromide
DBCO-PEG-Vinylsulfone
DBCO-PEG-Methacrylate
DBCO-PEG-Iodoacetate
DBCO-PEG-Chloride
DBCO-PEG-Folate
DBCO-PEG-CHEMS
PEG醛修飾藥用蛋白的優化反應
TCO-PEG-Tosylate
TCO-PEG-Acetylthio
TCO-PEG-Aminooxy
TCO-PEG-NPC
TCO-PEG-SAS
TCO-PEG-SC
TCO-PEG-SCM
TCO-PEG-SG
TCO-PEG-SS
TCO-PEG-SVA
TCO-PEG-Epoxides
TCO-PEG-ValericAcids
TCO-PEG-Acrylamide
TCO-PEG-Bromide
TCO-PEG-Vinylsulfone
TCO-PEG-Methacrylate
TCO-PEG-Iodoacetate
TCO-PEG-Chloride
TCO-PEG-Folate
TCO-PEG-CHEMS
分離產物分析
4 arm-PEG-NH2
4 arm-PEG-COOH
4 arm-PEG-MAL
4 arm-PEG-NHS
4 arm-PEG-N3
4 arm-PEG-Alkyne
4 arm-PEG-SH
4 arm-PEG-Biotin
4 arm-PEG-CHO
4 arm-PEG-OPSS
4 arm-PEG-Hydrazide
4 arm-peg-silane
4 arm-peg-Acrylates
4 arm-peg-Lipoicacid
4 arm-peg-Tosylate
4 arm-peg-Acetylthio
4 arm-PEG-Aminooxy
4 arm-PEG-NitrophenylCarbonates (NPC)
4 arm-PEG-SAS
4 arm-PEG-SC
4 arm-PEG-SCM
4 arm-PEG-SG
4 arm-PEG-SS
4 arm-PEG-SVA
膜耦合修飾工藝制備PEG化藥用蛋白
8 arm-PEG-NH2
8 arm-PEG-COOH
8 arm-PEG-MAL
8 arm-PEG-NHS
8 arm-PEG-N3
8 arm-PEG-Alkyne
8 arm-PEG-SH
8 arm-PEG-Biotin
8 arm-PEG-CHO
8 arm-PEG-OPSS
8 arm-PEG-Hydrazide
8 arm-peg-silane
8 arm-peg-Acrylates
8 arm-peg-Lipoicacid
8 arm-peg-Tosylate
8 arm-peg-Acetylthio
8 arm-PEG-Aminooxy
8 arm-PEG-NitrophenylCarbonates (NPC)
序號 | 新聞標題 | 瀏覽次數 | 作者 | 發布時間 |
---|---|---|---|---|
1 | 抗氧化小分子70831-56-0,菊苣酸Cichoric Acid,6537-80-0的制備過程 | 739 | 瑞禧生物 | 2023-03-30 |
2 | 活性氧ROS小分子Dapsone,cas:80-08-0,氨苯砜的制備過程-瑞禧科研 | 657 | 瑞禧生物 | 2023-03-30 |
3 | HBPS-N3,Azide-PEG-HBPS,疊氮化超支化聚苯乙烯高分子聚合物的制備過程 | 767 | 瑞禧生物 | 2023-03-17 |
4 | l-PS-PhN3,Azide疊氮Azido偶聯線性聚苯乙烯雙鏈的制備過程 | 714 | 瑞禧生物 | 2023-03-17 |
5 | N3-PS-N3,Azido-PS-Azido/Azide,雙疊氮官能團修飾聚苯乙烯的制備方法 | 673 | 瑞禧生物 | 2023-03-17 |
6 | PS-N3,Azido-PS,疊氮Azide修飾聚苯乙烯/高分子聚合物的制備過程 | 844 | 瑞禧生物 | 2023-03-17 |
7 | Azido-PEG2-t-Butylester/1271728-79-0,疊氮N3/ZAD修飾叔丁酯化合物的制備方法 | 685 | 瑞禧生物 | 2023-03-14 |