Overexpression or down-regulation of cellular processes are often controlled by dynamic
chemical networks. Bioinspired by nature, we introduce constitutional dynamic networks …

Autocatalytic pH clocks can be useful to control self-assembly in the time domain. Their
applications are, however, limited by the currently available toolbox. We describe here an …

A comprehensive kinetic analysis of three prototypical autocatalytic cycle models based on
the absolute asymmetric Soai reaction is presented. The three models, which can give rise …

Bistable reaction networks provide living cells with chemically controlled mechanisms for
long‐term memory storage. Such networks are also often switchable and can be flipped from …

Chemistry and biology are intimately connected sciences yet the chemistry–biology interface
remains problematic and central issues regarding the very essence of living systems remain …

The simultaneous replication of six coiled‐coil peptide mutants by reversible thiol–thioester
exchange reactions is described. Experimental analysis of the time dependent evolution of …

The kinetics of novel dynamic libraries that operate via reversible replication is described. In
these systems, selective product formation is governed by peptides autocatalytic efficiency …

Dynamic multilevel systems can be assembled from molecular building blocks through two
or more reversible reactions that form covalent bonds. Molecular networks of dynamic …

Pseudopeptidic compounds are chemical species with attractive applications in many fields
of chemistry. The increasing complexity in pseudopeptidic molecules has allowed …

In this review we discuss our recent efforts directed at understanding the dynamics of
catalytic networks, and their utility for performing Boolean logic operations. We start by …