Synthesis of Analogues of 5′-Mono-,5′-Di-, and 5′-Triphosphate-AZT for the Development of Specific Enzyme Immunoassay for Monitoring of Intracellular Levels of AZT-MP, AZT-DP, and AZT-TP
摘要:
The synthesis of analogue compounds of polyphosphorylated AZT is described. The compounds are designed to raise specific antibodies against AZT-MP, -DP and -TP in rabbits.
Synthesis of Polyphosphorylated AZT Derivatives for the Development of Specific Enzyme Immunoassays
摘要:
The synthesis of a series of analogues of the different polyphosphorylated metabolites of AZT has been carried out. The compounds were designed in order to raise specific antibodies for the development of highly sensitive titration kits for the intracellular metabolites of AZT. The pyrophosphate moiety in AZT-DP and AZT-TP analogues is mimicked by the methylene bisphosphonate group to provide in vivo stability of the compounds. An omega-amino linker was introduced at the N-3 position on the base to allow the further anchoring of the compounds to a carrier protein before immunization, tentitatively focusing the specificity of the immune response toward the phosphate mimic moiety and the nonnatural sugar.
Synthesis of Analogues of 5′-Mono-,5′-Di-, and 5′-Triphosphate-AZT for the Development of Specific Enzyme Immunoassay for Monitoring of Intracellular Levels of AZT-MP, AZT-DP, and AZT-TP
The synthesis of analogue compounds of polyphosphorylated AZT is described. The compounds are designed to raise specific antibodies against AZT-MP, -DP and -TP in rabbits.
Synthesis of Polyphosphorylated AZT Derivatives for the Development of Specific Enzyme Immunoassays
作者:Thierry Brossette、Anne Le Faou、Laure Goujon、Alain Valleix、Christophe Créminon、Jacques Grassi、Charles Mioskowski、Luc Lebeau
DOI:10.1021/jo982502p
日期:1999.7.1
The synthesis of a series of analogues of the different polyphosphorylated metabolites of AZT has been carried out. The compounds were designed in order to raise specific antibodies for the development of highly sensitive titration kits for the intracellular metabolites of AZT. The pyrophosphate moiety in AZT-DP and AZT-TP analogues is mimicked by the methylene bisphosphonate group to provide in vivo stability of the compounds. An omega-amino linker was introduced at the N-3 position on the base to allow the further anchoring of the compounds to a carrier protein before immunization, tentitatively focusing the specificity of the immune response toward the phosphate mimic moiety and the nonnatural sugar.