Research Articles
The Molecular Architects: How Peptide and Peptide-Hybrid Materials Are Building Our Technological Future
Explore the fascinating world of peptide and peptide-hybrid materials, their solution behavior, computational design, and future applications in medicine and technology.
The Programmable Dough: How Silk-Elastin Proteins are Shaping the Future of Medicine
Explore how genetically engineered silk-elastin-like protein polymers (SELPs) are revolutionizing medicine through tunable self-assembly for drug delivery and tissue regeneration.
Biomaterials Based on Noncovalent Interactions of Small Molecules
Comprehensive review of biomaterials constructed through noncovalent interactions of small molecules, their design principles, and biomedical applications.
Weaving at the Nanoscale: The Art of Engineering Protein Fibres
Explore how scientists engineer self-assembling protein fibers with precise morphology for next-generation medical and sustainable materials.
The Nano-Revolution: How Self-Assembling Particles are Transforming Medicine
Explore how self-assembled nanomaterials are revolutionizing drug delivery with precision targeting and controlled release mechanisms.
The Invisible Revolution: Designing Functional Materials at the Nanoscale
Explore how scientists engineer nanomaterials at the atomic scale to create substances with revolutionary properties for medicine, energy, and technology.
The Silent Architects: How Self-Assembling Nanomaterials Are Building the Future of Medicine
Exploring the revolutionary field of nanomaterial self-assembly and its applications in regenerative medicine and targeted therapy.