Chem. J. Chinese Universities ›› 2021, Vol. 42 ›› Issue (11): 3367.doi: 10.7503/cjcu20210460
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Received:
2021-07-01
Online:
2021-11-10
Published:
2021-09-10
Contact:
WANG Xueqiang
E-mail:wangxq@hnu.edu.cn
Supported by:
CLC Number:
TrendMD:
ZHAO Zhuo, WANG Xueqiang. Investigations upon the Bioconjugation-based Construction Technologies and Applications of Aptamer-drug Conjugates[J]. Chem. J. Chinese Universities, 2021, 42(11): 3367.
Property | Aptamer | Antibody |
---|---|---|
Recognition pattern | Surface recognition Combining van der Waals forces, hydrogen bonds, and electrostatic interactions Reversal of activity by complementary antidote oligonucleotides | Bind pocket(key lock model) Three?dimensional interaction. recognizing epitopes loca? ted on the target antigen |
Affinity | Strong affinity Multivalent aptamer with enhanced affinity and additional features | Strong affinity Related to the number of the same epitope on the target antigen |
Specificity | High specificity Identifying single point mutations and conformational isomers | High specificity Different antibodies may bind to different epitopes of the same antigen |
Method of obtaining | In vitro SELEX(2—15 rounds of selection) Available in about 2—8 weeks | Living biological system About 6 months or longer |
Production and cost | Chemical solid phase synthesis Controllable and complete extracorporeal procedures 2 days for milligrams; 2 weeks for grams No or low pollution risk Low cost; high cost of specially modified long RNA(>60nt) | Production in animals Potential contamination in cell or animal production process 5—20 grams for 3 months From mammalian cells: high cost From genetically modified plants or animals: low cost |
Physical and thermal stability | Very stable, long shelf life High temperature resistance(even up to 95 °C) and denatu? ration and renaturation cycles Long?term storage and transportation | Unstable and short shelf life Easily affected by temperature(even at room temperature or 37 °C), irreversible Refrigerated storage and transportation |
Property | Aptamer | Antibody |
---|---|---|
Recognition pattern | Surface recognition Combining van der Waals forces, hydrogen bonds, and electrostatic interactions Reversal of activity by complementary antidote oligonucleotides | Bind pocket(key lock model) Three?dimensional interaction. recognizing epitopes loca? ted on the target antigen |
Affinity | Strong affinity Multivalent aptamer with enhanced affinity and additional features | Strong affinity Related to the number of the same epitope on the target antigen |
Specificity | High specificity Identifying single point mutations and conformational isomers | High specificity Different antibodies may bind to different epitopes of the same antigen |
Method of obtaining | In vitro SELEX(2—15 rounds of selection) Available in about 2—8 weeks | Living biological system About 6 months or longer |
Production and cost | Chemical solid phase synthesis Controllable and complete extracorporeal procedures 2 days for milligrams; 2 weeks for grams No or low pollution risk Low cost; high cost of specially modified long RNA(>60nt) | Production in animals Potential contamination in cell or animal production process 5—20 grams for 3 months From mammalian cells: high cost From genetically modified plants or animals: low cost |
Physical and thermal stability | Very stable, long shelf life High temperature resistance(even up to 95 °C) and denatu? ration and renaturation cycles Long?term storage and transportation | Unstable and short shelf life Easily affected by temperature(even at room temperature or 37 °C), irreversible Refrigerated storage and transportation |
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