Publication

CHEMOSELECTIVE LIGATION OF MULTIFUNCTIONAL PEPTIDES TO TOPOLOGICAL TEMPLATES VIA THIOETHER FORMATION FOR TASP SYNTHESIS

1995
Journal Articles

Abstract

Covalent attachment of multifunctional peptides to a topological template containing four maleimide functions was achieved via thioether formation; the resulting TASP (Template Assembled Synthetic Protein) molecules are obtained in high yield and purity.

Official source

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CHEMOSELECTIVE LIGATION OF MULTIFUNCTIONAL PEPTIDES TO TOPOLOGICAL TEMPLATES VIA THIOETHER FORMATION FOR TASP SYNTHESIS

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Protein design and folding: Template trapping of self-assembled helical bundles

Protein mimetics (TASP) by sequential condensation of peptide loops to an immobilised topological template

SYNTHETIC PEPTIDE AND TEMPLATE-ASSEMBLED SYNTHETIC PROTEIN MODELS OF THE HEN EGG-WHITE LYSOZYME 87-97 HELIX - IMPORTANCE OF A PROTEIN-LIKE FRAMEWORK FOR CONFORMATIONAL STABILITY IN A SHORT PEPTIDE SEQUENCE