The supramolecular self-assembly of peptides provides a promising avenue for each supplies science and organic purposes. Peptides have garnered important consideration in molecular self-assembly, forming numerous nanostructures with α-helix, β-sheet, and random coil conformations. These self-assembly processes are primarily pushed by the amphiphilic nature of peptides and stabilized by non-covalent interactions, resulting in advanced nanoarchitectures attentive to environmental stimuli. Whereas extensively studied in biomedical purposes, together with drug supply and tissue engineering, their potential purposes within the fields of piezoresponsive supplies, conducting supplies, catalysis and power harvesting stay underexplored. This evaluation comprehensively elucidates the varied materials traits and purposes of self-assembled peptides. We focus on the multi-stimuli-responsiveness of peptide self-assemblies and their roles as power harvesters, catalysts, liquid crystalline supplies, glass supplies and contributors to electrical conductivity. Moreover, we handle the challenges and current future views related to peptide nanomaterials. This evaluation goals to supply insights into the versatile purposes of peptide self-assemblies whereas concisely summarizing their well-established biomedical roles which have beforehand been extensively reviewed by numerous analysis teams, together with our group.
