Abstract
An efficient synthesis of the marine cyanobacterium metabolite pitipeptolide A is presented. The approach incorporates a variety of peptide coupling methods, asymmetric synthesis and macrocyclization. The route is versatile and allows scope for structural modification.
Keywords: Cyanobacteria, Total synthesis, Depsipeptide, Macrocyclization, Lyngbya majuscula
Call for Papers in Thematic Issues
Carbohydrates: Synthesis, properties and applications
This special issue on carbohydrates will the first of a series focused on the biomolecules, the following ones being amino acids / peptides, nucleosides / nucleotides, lipids. All the issues of the series will contain exclusively full-length reviews and mini-reviews on the given topic written by specialists working in technologically ...read more
Organic Compound Materials for Environmental Protection and Sustainability
Organic compound materials have shown great potential in addressing various environmental challenges. These materials can be designed and engineered to possess unique properties for applications such as pollution remediation, waste management, and sustainable energy production. For example, certain organic plant biomass is being developed as highly efficient sorbents for removing ...read more
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