… Self-assembly of a mixture of the two leads to linear aggregation and nanofibril formation (…
(49) Additional incorporation of gold-binding peptide produced hybrid gold–cobalt oxide wires …

… prediction and design of protein self-assembly difficult, this … of the energetics of metal–protein
interactions. Compared to … , from discrete oligomers to superlattices, via local and global …

… In recent years self-assembly has become progressively … Although artificial self-assembly
still lacks control comparable … This review summarizes the current trend in colloidal assembly …

… In nature, many proteins undergo precise self-assembly with … For example, hetero-superlattices
with high electrolyte and … of the energetics of metal-protein interactions, coupled with …

… A biomolecule-guided self-assembly is a powerful approach … lattices and 3D crystalline
superlattices, with representative … nanotubes to assemble helical binary superlattice wires. (71) …

… Gold nanoparticles prepared using the Brust–Schiffrin method are stabilized by
alkanethiols, which are not effective for generating superlattices through electrostatic self-assembly. …

… of molecular self-assembly can be coupled with the kinetics of the colloidal self-assembly of
… nanotubes and results in the nanoparticle superlattices with an open channel. Furthermore, …

… the TMV surfaces through electrostatic self-assembly and observed a strong … superlattice
structures (as shown in Figure 2d). Beyond this point, addition of TMV only made these wires …

… similar one-dimensional wire-like nanomaterials using … , with 3D crystalline superlattices
composed of proteins driven … -oligonucleotide interactions, and metal-protein coordination [55]…

… Our approach is useful for explaining other similar experimental systems such as
nanoparticle–protein superlattice wires. These interactions can be tuned by laser heating under laser …