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Design, synthesis, and binding affinities of pyrrolinone-based somatostatin mimetics
Authors:Smith Amos B  Charnley Adam K  Mesaros Eugen F  Kikuchi Osamu  Wang Wenyong  Benowitz Andrew  Chu Chi-Lien  Feng Jin-Jye  Chen Kuo-Hsin  Lin Atsui  Cheng Fong-Chi  Taylor Laurie  Hirschmann Ralph
Affiliation:Department of Chemistry, University of Pennsylvania, Philadelphia, PA 19104, USA.
Abstract:[structure: see text] Tetrapyrrolinone somatostatin (SRIF) mimetics (cf. 1), based on a heterochiral (D,L-mixed) pyrrolinone scaffold, were designed, synthesized, and evaluated for biological activity. The iterative synthetic sequence, incorporating the requisite functionalized coded and noncoded amino acid side chains, comprised a longest linear synthetic sequence of 23 steps. Binding affinities at two somatostatin receptor subtypes (hsst 4 and 5) reveal micromolar activity, demonstrating that the d,l-mixed pyrrolinone scaffold can be employed to generate functional mimetics of peptide beta-turns.
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