Redox-Switchable Allosteric Effects in Molecular Clusters
Benjamin S. Mitchell, Sebastian M. Krajewski, Jonathan A. Kephart, Dylan Rogers, Werner Kaminsky, Alexandra Velian
Abstract
PN(H)Tol, Ph = phenyl, Tol = 4-tolyl) into materials of predetermined dimensionality (1- or 2-D) and to encode them with emissive properties. This work paves the path to program the assembly and function of inorganic clusters into stimuli-responsive, atomically precise materials.
Topics & Concepts
Allosteric regulationRedoxMolecular switchCluster (spacecraft)ChemistryFunction (biology)NanotechnologyMaterials scienceMoleculeBiochemistryComputer scienceBiologyInorganic chemistryReceptorOrganic chemistryProgramming languageEvolutionary biologyNanocluster Synthesis and ApplicationsInorganic Chemistry and MaterialsOrganometallic Complex Synthesis and Catalysis