An estimated 85%% of documented B-cell epitopes can be considered as continuous in sequence [ 77] and could thus, in principle, be predicted by methods similar to those of T-cell epitope prediction.
We conclude that epidemics of arboviral disease can, at least in principle, be predicted on the basis of climate relationships.
First, EFL seems to have arisen within the group rather then prior to its diversification, so the age of this event could in principle be predicted.
The energy band gaps of the hexahydrated and heptahydrated Ni and Mg sulfates were predicted by first-principles calculations.
The enthalpies of formation of all five binary Cu Hf compounds were predicted through first-principles calculations.
According to the principles of CA, it was predicted that this mixture would induce a 50% level of effect.
In principle, adsorption isotherms can be predicted using the density functional approach in combination with a suitable thermodynamic model in order to describe the fluid properties.
Finally, the triangles denote mechanisms that cannot yet be predicted from first principles.
This equilibrium morphology had been predicted by first principles calculations of the pertinent interfacial energies.
Ferromagnetism in semihydrogenated silicene with chair configuration was predicted using first principles by other groups as well [50, 56, 57].
The physical and chemical properties and behaviour of the benthic interface cannot generally be predicted from first principles so must be determined empirically.
