In this paper, we illustrate a minimal CRN that implements a subtraction operation between two input molecular fluxes.
Abstract—The availability of a well-characterised subtrac- tion module is a key step towards the realisation of modular embedded feedback controllers in ...
Aug 28, 2015 · In this paper, we illustrate a minimal CRN that implements a subtraction operation between two input molecular fluxes. In order to assess its ...
In this paper, we illustrate a minimal CRN that implements a subtraction operation between two input molecular fluxes. In order to assess its effectiveness as a ...
Abstract—The availability of a well-characterised subtrac- tion module is an important step towards the realisation of modular embedded feedback controllers ...
Bilotta et al. Retroactivity analysis of a chemical reaction network module for the subtraction of molecular fluxes. Engineering in Medicine and Biology ...
Retroactivity analysis of a chemical reaction network module for the subtraction of molecular fluxes. Engineering in Medicine and Biology Society (EMBC) ...
Retroactivity Analysis of a Chemical Reaction Network Module for the Subtraction of Molecular Fluxes. M Bilotta, C Cosentino, DG Bates, L Salerno, F Amato.
In the present work an implementation of a zero-retroactivity Chemical Reaction Network Subtractor (CRNS) is proposed and its effectiveness is investigated ...
(PDF) Zero-Retroactivity Subtraction Module for Embedded ...
www.academia.edu › Zero_Retroactivity...
Zero-Retroactivity Subtraction Module for Embedded Feedback Control of Chemical Reaction Networks.