First, for any equilibrium between China and the rest of the world, because right now the relation is a little dangerous.
Because the relations are inferred from the GO annotations of pathway, the performance of FBA may be dependent on the quality of GO annotations.
Thus, exposure-outcome relations analysed within areas (individual level) and between areas (group level) may yield different results because the relations are prone to different sources of bias or to the presence of a context effect.
We used the relation between the source-receiver separation and the amplitude of the induced magnetic field at the receiver to evaluate the towed source method, because this relation is fundamental information needed to estimate the electrical resistivity of the seafloor as described in the Introduction.
The great advantage of this approach is that the reasoning with equivalence classes is optimized, because the equivalence relation is discovered in the process of inference, differently from the traditional RDL, where the equivalence relation must be explicitly defined.
Moreover, the exact group velocity defined as (g_{e}=partialomega/ partial K=c) is the same as the exact phase velocity because the dispersion relation is a linear function of K. We now apply the same Fourier-Laplace transform to the numerical approximation (6) and obtain the numerical dispersion relation in the form omega=frac{c}{h} bigl[cosalphasin(Khcosalpha)+sin alphasin (Khcosalpha) bigr].
We reserve judgement on this — we do note that the theorem "the ordinals in any (set!) model of NFU are not well-ordered" is a theorem of NFU itself; note that NFU does not see the universe as a model of NFU (even though it is a set) because the membership relation is not a set relation (if it were, the singleton map certainly would be).
The results of the "leave one out" analysis presented in the web extra suggest that this assumption is reasonable because the parametric relation is stable across countries and time.
Crucially, however, because the reference relation is external, competent users of a term can be radically mistaken about what the term refers to and still successfully refer.
Because the number of the inhibition relation is higher than the ratio of activation relation, the system identifies the link between gene A and B as inhibition.
