… of kinetic or pathway controlled self-assembly is relatively … the self-assembly formation.
Thereby, in this review, we would like to outline the kinetic control over molecular self-assemblies …

… self-assembly of biological components through precise molecular recognition. Kinetic control
in the selfassembly … The editors arranged chapters related to the selfassembly of synthetic …

… we believe is a great step toward kinetic control of molecular self-assembly. Let us revisit the
question … , thermodynamic or kinetic control, to create molecular self-assemblies? Basically, …

… a method allowing for kinetic control over the collective orientation of NPLs in self-assembled
monolayers. This simple and effective strategy opens up new ways to control the collective …

… packing parameter g, which is dependent on the kinetic surfactant chain length, the effective
head-… In practice, few phases are observed and it is difficult to control kinetics in structural …

… Herein, in order to understand and control the self-assembly of … The kinetic structural
control is always accomplished by many … kinetic control of amyloid-relevant peptide self-assembly. …

… sequence of self-assembly processes. Finally, the intervention of kinetic control also points
to extensions involving the role of nonequilibrium features in self-organization processes.[13] …

… here the self-assembly and the host–guest behavior of the end-capped tube 3 12+ and the
open tube 4 24+ , as well as the importance of kinetic effects in their self-assembly processes. …

… thermodynamic control. Here, we demonstrate that the selection of kinetic pathways can
lead to drastically different self-assembled structures, underlining the significance of kinetic …

… that both thermodynamic and kinetic controls are essential to … The kinetic control of the
evolution of the overall system is … down the kinetics of the observed self-assembly processes, …