This change in linker symmetry and directionality is expected to have a corresponding influence on the directionality of the preferred DNA binding sequences of the different molecules.
As the degradome libraries were made by reverse transcription from the polyA + tail, a miRNA target would be expected to have a peak corresponding to the miRNA cleavage site, together with degradation products from downstream of the cleavage site.
Under this assumption, an S-wave polarization angle at a station during a tremor could be expected to have a certain direction corresponding to its focal mechanism.
This list is then sorted in a descending order with respect to the score because the higher elements are expected to have a better interaction with the corresponding structure.
Specifically, recall that (mathbf {D}_{t} j,rho)=d_{j,rho }^{-2}(t)); thus, when sensor j and target ρ are close in distance then the corresponding entry is expected to have large amplitude, while the further away they get from each other the closer to zero the corresponding entry gets.
If the ith fragment (i ∈ M) straddles the fusion point, then the corresponding pair is expected to have an RF discordant mapping (owing to aberrant orientation, as explained in [ 25]) to positions s i and e i on the reference genome as shown in Figure 8.
In the case of a mid-chain or non-reducing terminal oxo group formed owing to prior OH attack, the corresponding products are expected to have the pAMAC group attached at a position other than C-1, as shown in Figure 2(b); we designate these product as, for example, pAMAC·GalA rather than GalA pAMAC.
In the extreme case, 50% of the reference responses can be expected to have a 〈Dr〉 that is smaller than the corresponding 〈Dt〉.
If such groups exist, the corresponding GTs would be expected to have the same topology but distinct shapes, that is, different patterns of relatively long and short branches.
Therefore, these proteins may be expected to have similar phosphorylation sites and to be phosphorylated by corresponding conserved protein kinases.
