AIM: To clone human anti-soman transition state analogues antibodies from a large single-chain phage antibody library. METHODS: An organophosphorus hapten P6 [O1-methyl-O2-(1, 2, 2-trimethylpropyl)-2-hydroxy-5-nitrophenyl methylphosphonic acid] was synthesized. Its chemical conjugate with bovine serum albumin (BSA) was used as antigen (P6-BSA) to screen antibodies against soman. Panning of a large single-chain phage antibody library was conducted to select specific antibodies against soman. The antigen binding characteristics were analyzed by ELISA. RESULTS: After 4 rounds of panning, 14 clones had specific binding ability to P6. DNA fingerprinting showed that diverse specific human scFvs against P6 was obtained from the library by biopanning. CONCLUSION: Human anti-soman transition state analogues scFvs have been cloned from large phage antibody library.
AIM: To clone human anti-soman transition state analogues antibodies from a large single-chain phage antibody library. METHODS: An organophosphorus hapten P6 [O1-methyl-O2-(1, 2, 2-trimethylpropyl)-2-hydroxy-5-nitrophenyl methylphosphonic acid] was synthesized. Its chemical conjugate with bovine serum albumin (BSA) was used as antigen (P6-BSA) to screen antibodies against soman. Panning of a large single-chain phage antibody library was conducted to select specific antibodies against soman. The antigen binding characteristics were analyzed by ELISA. RESULTS: After 4 rounds of panning, 14 clones had specific binding ability to P6. DNA fingerprinting showed that diverse specific human scFvs against P6 was obtained from the library by biopanning. CONCLUSION:Human anti-soman transition state analogues scFvs have been cloned from large phage antibody library.