Sentence examples for module response to from inspiring English sources
In the present contribution we discuss the results of studies of the light concentrator design optimization and of the detector module response to fast light pulses.
The temporal dynamics and bifurcation structure of the model continues to be present and is reflected in the module response to homogeneous signals, and also in gradients (especially weak gradients).
4) F4—mediandand F4 lateral forces: the rotational rigidity of the module in response to medial and lateral displacement. .
This decrease by half of the contractile activity of the system is the consequence of two distinct effects induced by acute hypoxia on each module: (i) a direct effect of the decrease in oxygen on energy supply and demand, and (ii) an additional indirect effect on each module in response to the observed change in PCr concentration.
The highest ranked (lowest p value) GO term of this module was response to oxidative stress (GO: 0006979, p = 0.05).
The qRT-PCR oligonucleotide primers (Table 1) targeting the expressed grapevine genes in module 17 (response to environmental stress) were designed with Beacon Designer 7.0 (http://www.premierbiosoft.com/molecular_beacons/).
The primary function of the first GO module was response to stimulus (GO 0050896), and its specific functions included cellular response to cytokine stimulus (GO 0071345), cellular response to growth factor stimulus (GO 0071363), and chemokine-mediated signaling pathway (GO 0070098).
This module contained 23 proteins and 40 regulatory relationships (See Additional file 6), of which 8 heat shock proteins and one heat shock transcription factor were upregulated, indicating that these heat shock proteins may function synergistically in this module in response to hypoxic stress.
Analysis results showed that developed equations are adequate for calculating module response as subjected to lateral loads.
In nonlinear dynamic systems, synchrony through oscillation and frequency modulation is a general control strategy to coordinate multiple modules in response to external signals.
As such, changes to the oxidation state and/or physical structure of either chromophore or catalyst modules in response to light excitation is readily monitored with high spatial and temporal resolution.
