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The driving force of disordered systems in physics, chemistry and biology is characterized by coupling and competing interaction of microscopic components.
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Actually, semiconductor self-assembly is a complex phenomenon that depends on the interplay of several physical factors and competing interactions of different nature.
A novel mechanism taking into account competing interactions of crack tip oxidation (leading to increases in crack growth rates) and stress relaxation (leading to decreases in crack growth rates) is outlined.
The role of imaging within the health care environment is, however, also buffeted by the complex, sometimes competing, interactions of external social, political, economic, and technological pressures at the national, regional, and local levels.
We focused our host-pathogen study on the binding and competing interactions of HIV-1 and human proteins.
For the intrinsic pathway, our predicted network identifies two of the most important mediators, BLC2L11/BIM and PMAIP1/NOXA, and their competing interaction in terms of regulating many other BH3-only BCL2 family member proteins including BLC2, BCL2L1, BCL2L2, BCL2A1, and MCL1, which is illustrated as well in the validated network).
This variation can be attributed to a competing interaction between the thermal expansion effects of the microdomains with homopolymers and the decrease in the chain stretching between the two block components.
Integrative bioinformatic analysis of gene expression data with existing PPI information has also been used to show that human tissue developmental processes, breast cancer prognosis and the progression of brain cancers reflect a compendium of competing interactions resulting from the combined actions of differentially expressed protein subnetworks [ 90].
In one of the subunits, competing interactions lead to a molecular tug-of-war that prevents part of the protein from adopting its folded shape.
The mutual contributions of the competing interactions depend on the size of the ligand hydrophobic substituent and influence the residual mobility of ligand portions at the binding site.
This energy barrier is the result of competing interactions between the van der Waals force, which wants to cause overlap of the graphene, and the torsional or bending force, which resists bending of the graphene plane.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com