Solid phase synthesis ofC-terminal peptide amides: development of a new aminoethyl-polystyrene linker on the Multipin? solid support
Chinh T. Bui, Andrew M. Bray, Thao P. Nguyen, Francis Ercole, N. Joe Maeji
Abstract
Chinh T. Bui, Andrew M. Bray, Thao P. Nguyen, Francis Ercole, N. Joe Maeji
Abstract
A new aminoethyl-polystyrene linker, stable at low concentrations of TFA, has been developed for the solid phase synthesis of peptide amides. The described linker is stable under conditions which remove Bu(t) protecting groups (30-50% TFA in DCM) and the desired product can be finally cleaved off the solid support in 95% TFA (5% H2O). Model peptide amides and other N-alkylated peptide amides have been successfully synthesized in good yield and purity.
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A new aminoethyl-polystyrene linker, stable at low concentrations of TFA, has been developed for the solid phase synthesis of peptide amides. The described linker is stable under conditions which remove Bu(t) protecting groups (30-50% TFA in DCM) and the desired product can be finally cleaved off the solid support in 95% TFA (5% H2O). Model peptide amides and other N-alkylated peptide amides have been successfully synthesized in good yield and purity.
Key concepts: Linker, Solid-phase synthesis, Polystyrene, Peptide, Yield (engineering), Combinatorial chemistry, Chemistry, Peptide synthesis