Hence the desire to measure the properties of antiatoms in order to determine whether their electromagnetic and gravitational interactions are identical to those of normal matter.
We expect that this assumption leads to negligible error, because the relevant physical interactions are identical for mobile and immobile epitopes.
The hypothesis that the interactions are identical can thus be excluded.
As a consequence of this, all of the monomers' relative pairwise positions (and thus interactions) are identical throughout the protofibril.
Further, strain interactions are identical and depend only on the multiplicity of coinfections: β 2, ij = β 2,…, β m, i 1 i 2⋯ i m = β m, ϕ j, l = ϕ l for j > l and γ 2, ij = γ 2,…, γ m, i 1 i 2⋯ i m = γ m.
In conclusion, mutation rate "automatically" classifies different eco-evolutionary dynamic regimes, even though the genotype phenotype-interaction map is identical.
In terms of estimating comparative effects between all treatments, the "full interaction model" is identical to the conventional MTC model, which would ignore dependence between the effectiveness of drug combinations including one or more of the same individual drugs.
Interestingly, the positive or negative influence of the HX on Hox-TF interactions is not identical for each TF.
Interactions that further stabilize the swapped dimer (W313-P297/P298 and R371-E299) are shown in the bottom inset, highlighting that these intermolecular interactions (left) are identical to the corresponding intramolecular interactions (right).
A piston source model is examined which is acoustically equivalent to the flow-aerofoil interaction problem; the sound radiation is identical in the two cases although the mechanisms of energy conversion are quite different.
