Abstract
Interest in cyclic peptides dates back almost half a century to the discovery that the antibiotic gramicidin S is a cyclic decapeptide (Consden et al., 1947). Since then, numerous naturally occurring cyclic antibiotics and toxins have been found. Many of these are homodetic, that is, with only peptide (lactam) linkages connecting the constituent amino acid residues, whereas others are heterodetic, and include other functions such as disulfide, ester (lactone), ether, or thioether bridges that contribute to the ring(s). Duplication of the natural cycles, and the introduction of unnatural rings, have attracted the attention of chemists because of the extra level of synthetic complexity of such endeavors. Concurrently, a variety of biological studies have suggested that cyclic structures may exhibit improved metabolic stabilities, increased potencies, better receptor selectivities, and more controlled bioavailabilities. Further, the constrained geometries of cyclic peptides are conducive to conformational investigations, and for modeling and/or “locking” key secondary structural elements in protein folding. Early synthetic work focused on peptides with a small ring size, particularly cyclic hexapeptides. With the development of improved methods for peptide synthesis, larger ring sizes and more complex targets have become accessible.
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Kates, S.A., Solé, N.A., Albericio, F., Barany, G. (1994). Solid-Phase Synthesis of Cyclic Peptides. In: Basava, C., Anantharamaiah, G.M. (eds) Peptides. Birkhäuser Boston. https://doi.org/10.1007/978-1-4615-8176-5_4
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DOI: https://doi.org/10.1007/978-1-4615-8176-5_4
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