E. coli still remains the most commonly used organism to produce recombinant proteins in
research labs. This condition is mirrored by the attention that researchers dedicate to …

Complex coacervation refers to the liquid–liquid phase separation (LLPS) process occurring
between charged macromolecules. The study of complex coacervation is of great interest …

The controllability and specificity of peptides make them ideal for targeting therapeutic
delivery systems and as therapeutic agents that interfere with the essential functions of …

Ionizable residues can release and take up protons and this has an influence on protein
structure and function. The extent of protonation is linked to the overall pH of the solution …

Subcellular phase-separated compartments, known as biomolecular condensates, play an
important role in the spatiotemporal organization of cells. To understand the sequence …

In mammalian cells, protein condensates underlie diverse cell functions. Intensive synthetic
biological research has been devoted to fabricating liquid droplets using de novo …

Liquid–liquid phase separation (LLPS) was recently discovered to be a ubiquitous method
of substance organization in living organisms, which plays an important regulatory role in …

Confinement allows macromolecules and biomacromolecules to attain arrangements
typically unachievable through conventional self-assembly processes. In the field of block …

Peptide nanomaterials exhibit diverse applications in vitro, such as drug delivery. Here, we
consider the utility of de novo peptide nanomaterials to organize biochemistry within the …

Liquid-liquid phase separation of biomolecules is increasingly recognized as relevant to
various cellular functions, and complex coacervation of biomacromolecules, particularly …