Cross-species conservation

Cross-Species Conservation Indirect Evidence of Regulatory Elements... 

Ankley GT, Gray LE (2013) Cross-species conservation of endocrine pathways a critical analysis of tier 1 fish and rat screening assays with 12 model chemicals. Environ Toxicol Chem 32(5) 1084-1087... 

Cross-Species Conservation of Protein Binding Miaoarray-Derived Transcription Factor Binding Sites... 

Cross species functionality siRNA target conserved sequence Compare mRNA sequences of, e.g., mouse and hiunan and target 100% conserved motifs... 

Here, the solute is assumed to be excluded by the resin. The front speed can be related to the fluid speed by species conservation, assuming that the cross-... 

The typical value of Peclet number is 10 indicating that convection plays an important role in determining the shape of the interface. By performing asymptotic expansion on the concentration and potential terms in the species conservation equation and area-averaging the equation over the cross section of the capillary, Saville obtains the following ... 

NPs and other safety biomarkers can be applied even earlier in drug development while pharmacology is still being assessed (Engle et al., 2009). Thanks to cross-species sequence homology and conservation of function, NTproANP can be measured in mice using the same assay used for rat samples. NTproANP concentrations measured in mouse... 

How the concentration pulse of a given solute species moves as a function of z and t is best studied using the solution of the species conservation equation to be developed now. The species conservation equation can be obtained by a simple mass balance of solute i in a small volume element of cross-sectional area IJy and thickness Az in Figure 3.2.1 at any z for 0 < z < /. For species i = 1,... 

More sequence conservation is observed for ribosomal proteins than for rRNA. Structural similarities are significant enough that cross-species RNA interactions were shown possible for proteins LI, LI 1, and SI5. At a minimum, then, the RNA-binding features of these proteins are conserved. 

Now encounters between molecules, or between a molecule and the wall are accompanied by momentuin transfer. Thus if the wall acts as a diffuse reflector, molecules colliding wlch it lose all their axial momentum on average, so such encounters directly change the axial momentum of each species. In an intermolecuLar collision there is a lateral transfer of momentum to a different location in the cross-section, but there is also a net change in total momentum for species r if the molecule encountered belongs to a different species. Furthermore, chough the total momentum of a particular species is conserved in collisions between pairs of molecules of this same species, the successive lateral transfers of momentum associated with a sequence of collisions may terminate in momentum transfer to the wall. Thus there are three mechanisms by which a given species may lose momentum in the axial direction ... 

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