… diagnostic methodologies, making previously complicated molecular interactions simpler and more reliable … : Counter ions influence the isothermal self-assembly of DNA nanostructures News Publication …

… extensive experimental work investigating the molecular mechanisms of branched network … resulting configurations in polymer-like self-assembly systems [22, 23]. This … evolving system. When applied to selfassembly processes, the thermodynamic uncertainty …

Supramolecular networks are standard and form similarly to crystals, starting from a small point and growing based on interactions between their parts. Strong and directed interactions typically control their growth, while flexible structures are more …

… aperiodicity. Credit: Empa A strange molecular pattern, first mistaken for an … finally managed to decipher the molecular patterns – not only through physics … aperiodic chiral tiling by topological molecular self-assembly” by Jan Voigt, Miloš Baljozović …

… Supramolecular nanozymes, constructed using self-assembly techniques and various non- … degradation, drug delivery capabilities, molecular targeting functions, synergistic therapeutic … and cancer treatment. Bio-molecular nanozymes have several advantages …

… self-assemble from an initial molecular cluster, or crystal, and grow … proteins and other molecules for self-assembly, and create new opportunities for … applications in spintronics, where the self-assembly of well-defined nanoscale networks …

… self-assemble from an initial molecular cluster, or crystal, and grow … applications in spintronics, where the self-assembly of well-defined nanoscale networks … : Scientists discover key mechanism driving molecular network formation (2025, February 13 …

… proteins and other molecular assemblies for applications in self-assembly processes. An informed … nanotechnology, interface flexibility, protein design, self-assembly, molecular interactions, biomedical applications, spintronics, atomic …

Researchers have developed a new material that could help to remove unwanted pollutants — including leftover medicines and synthetic chemicals — from our waterways. The metal-organic cage (MOC) molecules are designed to absorb harmful pollutants and trap …

… cellular receptors, triggering downstream molecular cascades that regulate physiological … properties such as elasticity, self-assembly and biodegradability. Synthetic peptides … highlight their significance in molecular biology, biochemistry and related …