Publication date
August 2015
DOIAbstract
<p>In this motif, Clb2 and Cdh1 form a positive feedback loop and Clb2 and Z construct a negative feedback loop.</p
<p>In this motif, Clb2 and Cdh1 form a positive feedback loop and Clb2 and Z construct a negative feedback loop.</p
<p>Two negative feedback loops are interlocked by the voltage variable. Hammerheads show inhibition ...
<p>(A) Damped RasGTP oscillations caused by combination of negative and positive feedback loops. GF ...
<p>The ratio of the period of the positive feedback motif and period of the core motif for different...
<p>In this motif, Clb2 and Cdh1 form a positive feedback loop. Cdh1, Clb2 and Z construct a negative...
<p>(A) Some biochemical oscillators utilizing the three-component negative feedback loop motif. Posi...
<p>The motifs with positive feedback are grouped according to the type of mechanism: self-activation...
A simple three-component negative feedback loop is a recurring motif in biochemical oscillators. Thi...
<div><p>A simple three-component negative feedback loop is a recurring motif in biochemical oscillat...
Positive and negative feedback loops are common regulatory elements in biological signaling systems....
In cell cycle control, a negative feedback oscillator design is shown to be reinforced with a positi...
Abstract In this article, we consider a double phosphorylation cycle, a ubiquitous signaling compone...
<p>Oscillatory behavior results from the amplification of the response toward the distant chemokine ...
<p>Cyclin B–Cdk1 inhibits its inhibitory kinases Wee1 and Myt1, forming a double negative feedback l...
We consider two molecular components, A and E, which mutually affect each other’s synthesis or degra...
Many biological oscillators consist of a positive plus a negative feedback loop even though a negati...
<p>Two negative feedback loops are interlocked by the voltage variable. Hammerheads show inhibition ...
<p>(A) Damped RasGTP oscillations caused by combination of negative and positive feedback loops. GF ...
<p>The ratio of the period of the positive feedback motif and period of the core motif for different...
<p>In this motif, Clb2 and Cdh1 form a positive feedback loop. Cdh1, Clb2 and Z construct a negative...
<p>(A) Some biochemical oscillators utilizing the three-component negative feedback loop motif. Posi...
<p>The motifs with positive feedback are grouped according to the type of mechanism: self-activation...
A simple three-component negative feedback loop is a recurring motif in biochemical oscillators. Thi...
<div><p>A simple three-component negative feedback loop is a recurring motif in biochemical oscillat...
Positive and negative feedback loops are common regulatory elements in biological signaling systems....
In cell cycle control, a negative feedback oscillator design is shown to be reinforced with a positi...
Abstract In this article, we consider a double phosphorylation cycle, a ubiquitous signaling compone...
<p>Oscillatory behavior results from the amplification of the response toward the distant chemokine ...
<p>Cyclin B–Cdk1 inhibits its inhibitory kinases Wee1 and Myt1, forming a double negative feedback l...
We consider two molecular components, A and E, which mutually affect each other’s synthesis or degra...
Many biological oscillators consist of a positive plus a negative feedback loop even though a negati...
<p>Two negative feedback loops are interlocked by the voltage variable. Hammerheads show inhibition ...
<p>(A) Damped RasGTP oscillations caused by combination of negative and positive feedback loops. GF ...
<p>The ratio of the period of the positive feedback motif and period of the core motif for different...
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