Cyclic Peptides

Cyclic peptides are a powerful approach to constraining peptide structures, enhancing their stability, specificity, and overall functionality. They can be generated through diverse techniques—including chemical synthesis, mRNA display, and DNA display—that enable the creation of tailored peptide libraries. A growing suite of computational and experimental tools supports the discovery and optimization of these molecules, ranging from well-established modeling platforms to emerging deep-learning algorithms that expand design possibilities. This book aims to provide a comprehensive overview of cyclic peptide research, covering fundamental principles, production strategies, and the latest technological advances in both synthetic and computational realms.Cyclic peptides are a powerful approach to constraining peptide structures, enhancing their stability, specificity, and overall functionality. They can be generated through diverse techniques—including chemical synthesis, mRNA display, and DNA display—that enable the creation of tailored peptide libraries. A growing suite of computational and experimental tools supports the discovery and optimization of these molecules, ranging from well-established modeling platforms to emerging deep-learning algorithms that expand design possibilities. This book aims to provide a comprehensive overview of cyclic peptide research, covering fundamental principles, production strategies, and the latest technological advances in both synthetic and computational realms.

• Spans a wide spectrum of cyclic peptide research, ensuring a comprehensive perspective that covers everything from foundational concepts to cutting-edge applications
• Features insights from principal investigators at different career stages, offering diverse viewpoints and mentorship strategies
• Embraces a breadth of topics—from purely computational approaches and display technologies to practical binder design—providing a holistic view of the field