Abstract: Motivated by experimental work in our lab, we consider here the problem of the real-time control of the expression of a single gene at the cellular level in yeast. We provide a description of the biological problem and a mathematical formulation. We develop a model predictive control strategy tailored to the specificities of the biological problem and assess in silico its effectiveness and its robustness to biological variability. 1
Mammalian cells are dynamical systems. They detect, adapt and respond to time-varying inputs such as...
Gene networks and signaling pathways display complex topologies and, as a result, complex nonlinear ...
Abstract Gene networks and signaling pathways display complex topologies and, as a result, complex ...
International audienceReal-time control has been recently applied to drive actual intracellular proc...
International audienceRecent works have demonstrated the experimental feasibility of real-time gene ...
Abstract. Recent works have demonstrated the experimental feasibil-ity of real-time gene expression ...
Real-time automatic regulation of gene expression is a key technology for synthetic biology enabling...
Real-time automatic regulation of gene expression is a key technology for synthetic biology enabling...
We describe an innovative experimental and computational approach to control the expression of a pro...
International audienceGene expression plays a central role in the orchestration of cellular processe...
We describe an innovative experimental and computational approach to control the expression of a pro...
<div><p>We describe an innovative experimental and computational approach to control the expression ...
International audienceBy implementing an external feedback loop one can tightly control the expressi...
Gene expression is fundamental for the functioning of cellular processes and is tightly regulated. I...
Mammalian cells are dynamical systems. They detect, adapt and respond to time-varying inputs such as...
Gene networks and signaling pathways display complex topologies and, as a result, complex nonlinear ...
Abstract Gene networks and signaling pathways display complex topologies and, as a result, complex ...
International audienceReal-time control has been recently applied to drive actual intracellular proc...
International audienceRecent works have demonstrated the experimental feasibility of real-time gene ...
Abstract. Recent works have demonstrated the experimental feasibil-ity of real-time gene expression ...
Real-time automatic regulation of gene expression is a key technology for synthetic biology enabling...
Real-time automatic regulation of gene expression is a key technology for synthetic biology enabling...
We describe an innovative experimental and computational approach to control the expression of a pro...
International audienceGene expression plays a central role in the orchestration of cellular processe...
We describe an innovative experimental and computational approach to control the expression of a pro...
<div><p>We describe an innovative experimental and computational approach to control the expression ...
International audienceBy implementing an external feedback loop one can tightly control the expressi...
Gene expression is fundamental for the functioning of cellular processes and is tightly regulated. I...
Mammalian cells are dynamical systems. They detect, adapt and respond to time-varying inputs such as...
Gene networks and signaling pathways display complex topologies and, as a result, complex nonlinear ...
Abstract Gene networks and signaling pathways display complex topologies and, as a result, complex ...