General strategy for the preparation of membrane permeable fluorogenic peptide ester conjugates for in vivo studies of ester prodrug stability
摘要:
To study ester prodrug stability properties in living cells we have conjugated fluorogenic esters to the cell membrane permeable peptide Arg(9). The desired conjugates are prepared by coupling N-maleoyl amino acid esters of monoalkylated fluoresceins or fluorescein to TyrArg(9)Cys. The photophysical properties of the monoalkylated fluorescein derivatives are described. (C) 2003 Elsevier Ltd. All rights reserved.
General strategy for the preparation of membrane permeable fluorogenic peptide ester conjugates for in vivo studies of ester prodrug stability
摘要:
To study ester prodrug stability properties in living cells we have conjugated fluorogenic esters to the cell membrane permeable peptide Arg(9). The desired conjugates are prepared by coupling N-maleoyl amino acid esters of monoalkylated fluoresceins or fluorescein to TyrArg(9)Cys. The photophysical properties of the monoalkylated fluorescein derivatives are described. (C) 2003 Elsevier Ltd. All rights reserved.
General strategy for the preparation of membrane permeable fluorogenic peptide ester conjugates for in vivo studies of ester prodrug stability
作者:Xiaoxu Li、John Stephen Taylor
DOI:10.1016/j.bmc.2003.11.016
日期:2004.2
To study ester prodrug stability properties in living cells we have conjugated fluorogenic esters to the cell membrane permeable peptide Arg(9). The desired conjugates are prepared by coupling N-maleoyl amino acid esters of monoalkylated fluoresceins or fluorescein to TyrArg(9)Cys. The photophysical properties of the monoalkylated fluorescein derivatives are described. (C) 2003 Elsevier Ltd. All rights reserved.