Sentence examples for most probably similar from inspiring English sources
The structure is most probably similar to a disordered worm hole morphology of MCF [23].
This actually most probably similar to the hemming and hawing that we saw on Apple's side with their plan not to release an official SDK and instead encourage folks to make web applications (we all saw how well that turned out).
Therefore, the actual number of cases in children was underestimated and is most probably similar to that reported for seasonal H1N1 by [20] (in the latter study, 47% of the detected H1N1 cases were reported in patients younger than 20 years).
In another word, if some TFs' sequences were similar, their TFBSs' sequences were most probably similar as well.
(c) Expiration was most probably similar in the HVT 1 1 and HVT 1 2, and in the LVT 1 1 and LVT 1 2 groups, respectively.
The ~170 kDa protein also revealed almost similar sensitivity and specificity, but was not selected because it was most probably similar to the previously described lectin surface antigen of E. histolytica[ 16].
This is not unexpected, as vertebrate sacsins share a high degree of similarity at both global and local level (this study), and most probably exert similar functional roles, a notion also supported by the observation that similar expression patterns can be found in both mammals [Engert et al., 2000; Parfitt et al., 2009] and fish (this study).
Most probably a similar synergism occurs between polar and volatile constituents of propolis itself.
Such result may suggest that SLPE/Ch forms most probably a lo phase similar to the one observed for SM/Ch mixtures, what in turn implicates that various other unsaturated PE species may in fact form complex with Ch that restrain solubilisation with cold nonionic detergents during DRM isolation from natural membranes.
Pathologically, they most probably operate in a similar way as the APP mutations by enhancing the toxic amyloid potential of the residual Aβ peptides that are generated by the mutated presenilin/γ-secretase.
Although the substrate of this study is the GO database, other functional annotation databases will most probably present a conceptually similar bias in locus length, as this bias has a biological origin, namely the heterogeneity in the locus length.
