Polymeric materials produced from fossil fuels have been intimately linked to the
development of industrial activities in the 20th century and, consequently, to the …

Liquid–liquid phase separation resulting in formation of colloidal droplets has recently
attracted attention as a mechanism for rapid and transient assembly of intracellular …

Despite its growing importance in biology and in biomaterials development, liquid–liquid
phase separation of proteins remains poorly understood. In particular, the molecular …

The protein elastin imparts extensibility, elastic recoil, and resilience to tissues including
arterial walls, skin, lung alveoli, and the uterus. Elastin and elastin-like peptides are …

Protein-based materials are finding new uses and applications after millennia of impacting
the daily life of humans. Some of the earliest uses of protein-based materials are still evident …

In this review article, we describe recent progress in the field of protein‐based
bionanomaterial design with focus on the four well‐characterized proteins: mammalian …

Elastin is the intrinsically disordered polymeric protein imparting the exceptional properties
of extension and elastic recoil to the extracellular matrix of most vertebrates. The monomeric …

Because of their chemical heterogeneity, stereochemical complexity and the presence of
heavy atoms involving orbitals with high quantum number L, organopolymetallic complexes …

In the last decades, ligand binding to human TSPO has been largely used in clinical
neuroimaging, but little is known about the interaction mechanism. Protein conformational …

Artificial minielastin constructs have been designed that replicate the structure and function
of natural elastins in a simpler context, allowing the NMR observation of structure and …