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Free keywords:
ALLYLIC PROTECTING GROUPS; ORGANIC-SYNTHESIS; RAS LIPOPEPTIDES; N-RAS; PROTEINS; ENVIRONMENT; ACYLATION; ANALOGS; BINDING;
Chemistry; lipidated peptides; chemoenzymatic Synthesis; enzyme-labile protecting groups; Ras proteins;
Abstract:
This review highlights the use of enzymatic protecting group techniques in the synthesis of lipidated peptides. Lipidated proteins play key roles in signal transduction processes. Moreover, structurally well-defined peptides containing the characteristic linkage region of the peptide backbone with the lipid can provide valuable tools for the study of biological phenomena associated with these protein conjugates. The multifunctionality and pronounced lability towards acids and bases of such compounds render their synthesis a formidable challenge. However, the recent development of enzymatic protection groups provides an efficient access to these sensitive and biologically relevant peptide conjugates under particular mild conditions and with high selectivity.
