Peptide and Protein Stereocomplexes.

Area of Science:

• Biochemistry and Materials Science
• Focuses on the stereochemistry of peptides and proteins.

Background:

• Peptides and proteins exhibit inherent stereoisomerism, leading to complex three-dimensional helical structures.
• Stereoselectivity in these biomolecules allows for the formation of intertwined complexes when left- and right-handed structures interact.

Purpose of the Study:

• To provide a comprehensive understanding of stereocomplexation in peptides and proteins.
• To compile existing research, discuss implications, and highlight applications.
• To inspire further research and advancements in peptide and protein stereocomplexation.

Main Methods:

• Compilation and synthesis of existing scientific literature on peptide and protein stereocomplexation.
• Analysis of the fundamental principles governing stereocomplex formation.
• Review of current and potential applications of stereocomplexation.

Main Results:

• Stereocomplexation in peptides and proteins is a significant phenomenon with potential for property enhancement.
• These complexes can impart valuable biological, chemical, and physical properties to peptide and protein platforms.
• Applications include catalysis, drug delivery, and improved therapeutic stability.

Conclusions:

• Stereocomplexation offers a promising avenue for developing advanced peptide and protein-based materials.
• Despite its potential, the exploration of stereocomplexation in peptides and proteins is currently limited.
• Further research is crucial to fully harness the capabilities of this phenomenon for diverse applications.