<p>Oscillatory behavior results from the amplification of the response toward the distant chemokine source, while inhibition of the opposite signal results in the switch-like behavior. The variables and denote the positive feedback loops governing the switch behavior.</p
Complex network dynamics have been analyzed with models of systems of coupled switches or systems of...
Switches (bistability) and oscillations (limit cycle) are omnipresent in biological networks. Synthe...
<p>The motifs with positive feedback are grouped according to the type of mechanism: self-activation...
Oscillations are essential for the function of numerous sys-tems in biology as well as engineering [...
Abstract In this article, we consider a double phosphorylation cycle, a ubiquitous signaling compone...
A simple three-component negative feedback loop is a recurring motif in biochemical oscillators. Thi...
Cellular rhythms are generated by complex interactions among genes, proteins and metabolites. They a...
Biological signaling networks comprised of cellular components including signaling proteins and smal...
<div><p>A simple three-component negative feedback loop is a recurring motif in biochemical oscillat...
Biology emerges from interactions between molecules, which are challenging to elucidate with current...
In cell cycle control, a negative feedback oscillator design is shown to be reinforced with a positi...
Nonlinear relaxation oscillators in engineering rely on positive feedback to operate. One category o...
Contains fulltext : 144514.pdf (publisher's version ) (Closed access
Mounting evidence shows that oscillatory activity is widespread in cell signaling. Here, we review s...
<p>In this motif, Clb2 and Cdh1 form a positive feedback loop and Clb2 and Z construct a negative fe...
Complex network dynamics have been analyzed with models of systems of coupled switches or systems of...
Switches (bistability) and oscillations (limit cycle) are omnipresent in biological networks. Synthe...
<p>The motifs with positive feedback are grouped according to the type of mechanism: self-activation...
Oscillations are essential for the function of numerous sys-tems in biology as well as engineering [...
Abstract In this article, we consider a double phosphorylation cycle, a ubiquitous signaling compone...
A simple three-component negative feedback loop is a recurring motif in biochemical oscillators. Thi...
Cellular rhythms are generated by complex interactions among genes, proteins and metabolites. They a...
Biological signaling networks comprised of cellular components including signaling proteins and smal...
<div><p>A simple three-component negative feedback loop is a recurring motif in biochemical oscillat...
Biology emerges from interactions between molecules, which are challenging to elucidate with current...
In cell cycle control, a negative feedback oscillator design is shown to be reinforced with a positi...
Nonlinear relaxation oscillators in engineering rely on positive feedback to operate. One category o...
Contains fulltext : 144514.pdf (publisher's version ) (Closed access
Mounting evidence shows that oscillatory activity is widespread in cell signaling. Here, we review s...
<p>In this motif, Clb2 and Cdh1 form a positive feedback loop and Clb2 and Z construct a negative fe...
Complex network dynamics have been analyzed with models of systems of coupled switches or systems of...
Switches (bistability) and oscillations (limit cycle) are omnipresent in biological networks. Synthe...
<p>The motifs with positive feedback are grouped according to the type of mechanism: self-activation...