… To explore whether network motifs are joined in real networks in … different logic gates and
flip-flops, the three-node feedback loop … This mathematical model therefore provides a possible …

… gene networks and one on nucleic acid strand displacement … Our mathematical and
computational analysis suggests that … These interactions can be realized using an AND logic gate …

… implementing logic gates in a well-stirred chemical system that involves modifying the chemistry’s
… , more scalable route for creating chemistry-based logic gate networks and computers. …

… Chemical logic gates by definition operate via Boolean logic (… Along with chemical logic
systems, biological logic networks … Tools based on Boolean logic, mathematical statistics, and …

… networks (RNs) are attractive for their high programmability, as well as cascading and fan-out
ability, which are similar to the basic principles of electronic logic gates. … complex chemical …

… stochastic chemical reaction networks (SCRNs) model 31 Turing machines 33 DNA keypad
locks 236–238 DNA logic circuits actuators 125 arithmetic full-adder, full-subtractor 234 half-…

… This book presents one path into systems biology based on mathematical principles, with …
networks are made of repeating occurrences of simple patterns called network motifs. Each …

… , namely modules, systems, and networks. Modules present … form ring-like patterns based
on chemical gradients of an acyl-… biological systems is guided by mathematical models in the …

… logic devices can be classified into common logic gates, advanced logic devices for specific
arithmetic … networks could realize high-level modulation of biomolecular information on cell …

… d’Arcy Wentworth Thompson applied mathematical and physical … synthetic-reaction networks
as chemical-control systems. Such … , logic gates,30,31 molecular classifiers,32 chemical con…