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Crosslinking strategies with proteins

Fig. 13 Stabilized helices and nonnatural helix mimetics several strategies that stabilize the a-helical conformation in peptides or mimic this domain with nonnatural scaffolds have been described. Recent advances include [1-peptide helices, terphenyl helix-mimetics, mini-proteins, peptoid helices, side-chain crosslinked a-helices, and the hydrogen bond surrogate (HBS) derived a-helices. Circles represent amino acid side-chain functionality (Reprinted from Henchey et al. [52], Copyright (2008) with permission from Elsevier)... Fig. 13 Stabilized helices and nonnatural helix mimetics several strategies that stabilize the a-helical conformation in peptides or mimic this domain with nonnatural scaffolds have been described. Recent advances include [1-peptide helices, terphenyl helix-mimetics, mini-proteins, peptoid helices, side-chain crosslinked a-helices, and the hydrogen bond surrogate (HBS) derived a-helices. Circles represent amino acid side-chain functionality (Reprinted from Henchey et al. [52], Copyright (2008) with permission from Elsevier)...
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See also in sourсe #XX -- [ Pg.32 ]



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