The chapter is based on recent research in complexity theory to deepen, in an
interdisciplinary way, the emergence of creativity in biological processes in an evolutionary …

Introduction: We investigated frameshift suppressor tRNAs previously reported to use five-
base anticodon-codon interactions in order to provide a collection of frameshift suppressor …

Anthraquinone-based chemosensor L with pyridine units as additional functional groups has
been found to show pH-dependent multiple coordination modes towards different metal ions …

The production rate and selectivity of a cross-catalytic peptide network are optimized in a
simulated continuous reaction process, under a peptide solubility constraint. The steady …

We offer a review of models and approaches for error control required to prevent buildup of
noise when gates for digital chemical and biomolecular computing based on (bio) chemical …

This chapter highlights the historical evolution from small‐molecule systems to biology and
generalized experimental chemistries. It reviews the discoveries and theoretical advances …

We describe the stepwise construction of an 8-component self-sorted system (1-8) by the
sequential addition of components. This process occurs via a large number of states (2 8 …

Basic bio-inspired information-processing motifs, such as feed forward can be useful in
complex biochemical networks for signal processing and biosensing. We propose an …

This chapter compiles our recent studies directed at identifying Boolean operations in
relatively large synthetic systems, as well as the de novo design of small networks that …

This annual report reviews a selection of contributions from researchers in the field of
organic chemistry broadly interpreted, which take inspiration from biomolecular systems …