Multiple parallel synthesis of peptides on SynPhase grafted supports

Area of Science:

• Chemical Synthesis
• Drug Discovery
• Immunology

Background:

• The Multipin peptide synthesis approach was initially developed as an immunological tool for epitope mapping.
• The technology has evolved to enable the synthesis of peptides at scales up to 25 micromoles per modular grafted surface.

Purpose of the Study:

• To review the achievements in Multipin synthesis applications over the last 15 years.
• To introduce a novel modular grafted surface, the SynPhase Lantern, for peptide and small molecule synthesis.

Main Methods:

• Review of Multipin synthesis technology advancements.
• Introduction of novel grafted polymeric surfaces, linkers, and cleavage formats.
• Description of the SynPhase Lantern surface for synthesis.

Main Results:

• The Multipin approach has advanced from a screening tool to a method for synthesizing micromoles of peptides and drug-like molecules.
• Recent developments have broadened the scope of applications for modular grafted surfaces.
• The SynPhase Lantern represents a new development in modular grafted surfaces for synthesis.

Conclusions:

• The Multipin synthesis approach has significantly evolved, enabling larger scale production for drug discovery.
• Continued innovation in materials and methods expands the utility of modular grafted surfaces.
• The SynPhase Lantern offers new possibilities for peptide and small molecule synthesis.