We take the significance value to be s = 1 − 2 p. By rescaling in this manner, s ≈ 0, 1, or − 1 if the observed transition frequency N observed is, respectively, approximately the same as, greater than, or less than the value expect from the null model.
Importantly, alterations in the transition frequency patterns were also observed.
Specifically, are simple processes such as the elevated C→T transition frequency upstream of G residues arising from methylation necessary and sufficient to account for the spectrum of skewed dinucleotide frequencies observed in mammalian genomic DNA sequences?
Furthermore, computer simulations showed that the high LC T*Pfrequencies observed in North and Western Europe may be explained by a selective pressure, possibly increasing with latitude, combined to the effect of demographic expansion during the Neolithic transition.
The relationship between the observed microwave transition frequency and the rotational constant of a diatomic molecule can provide a value for the internuclear distance.
Although the cellular cores compared in this study share the same mass-to-stiffness ratio, a significant alteration of the transition frequency and modal density can be observed compared to honeycomb cores.
Predicted and observed transition frequencies are depicted in Figure 2, and indicated an overall adequate description, with a limited discrepancy observed for transition rates of peripheral neuropathy.
Atomic lines as narrow as 30 hertz out of a transition frequency of 6 × 1014 hertz have been observed with laser spectroscopy.
In particular, we did not observe a discrete change at some intermediate transition frequency.
We observed no significant change in the C → T transition frequency (P > 0.05) in plants of the detector line M4 that were infected with either the live Agrobacterium strains, live E. coli, or the heat-killed strains (Fig. 2d).
