Genetic circuit design is a well-studied problem in synthetic biology. Ever since the first
genetic circuits─ the repressilator and the toggle switch─ were designed and implemented …

Biological computation is becoming a viable and fast-growing alternative to traditional
electronic computing. Here we present a biocomputing technology called Trumpet …

This work presented an application of genetic distributed computing, where an abstract
computational problem was mapped on a complex truth table and solved using simple …

Reversible logic gates are the key components of reversible computing that map inputs and
outputs in a certain one-to-one pattern so that the output signals can reveal the pattern of the …

Feedback control theory facilitates the development of self-regulating systems with desired
performance which are predictable and insensitive to disturbances. Feedback regulatory …

Bioconjugate chemistry the ligation of synthetic and biological entities integrates
important scientific and engineering fields enabling a multitude of revolutionary …

Synthetic Biology seeks to design and assemble novel biological systems with favourable
properties. It allows us to comprehend and modify the fundamental mechanisms of life and …

Engineering genetic regulatory circuits is key to the creation of biological applications that
are responsive to environmental changes. Computational models can assist in …

Reversible computing is a nonconventional form of computing where the inputs and outputs
are mapped in a unique one-to-one fashion. Reversible logic gates in single living cells …

One of the long-term goals of synthetic bioengineering is to create configurable and
programmable biological systems by just mixing and matching “LEGO”-like bio-modules …