However, it brings serious range migration, which is expected to be corrected in the conventional range alignment step.
Basically, solid k-mers are expected to be correct, while weak ones suspectedly include sequencing errors and require a correction.
A detailed comparison to available experimental martensitic transformation temperatures and to measurements performed in this study shows that, despite some quantitative discrepancies, the qualitative trends can be expected to be correct.
It is worth noting that while the energies derived from FoldX are clearly not on an absolute scale [30], the relative trends are expected to be correct [31], [32].
As this study combines the results from four different epitope prediction servers, the results were homologous and were expected to be correct.
where ɛ F (m, n) denotes the complex noise, and Δ t e n = 2 R n c and Δϕ n = 4 π R n λ are the range migration and phase error corresponding to the n th pulse, which are expected to be corrected in the range alignment and phase adjustment, respectively.
During the time of proteasome inhibition, the multipolar spindles are expected to bi-polarize, and the merotelic attachments are expected to be corrected.
Although the classification of these genes as predominantly-off is expected to be a correct classification for these genes, it must be noted that samples where these genes are expected to be transcribed were simply not present in the dataset.
Given that proline at this position is highly conserved in the related proteins, it is expected to be crucial for function through correct secondary structure formation and cellular localization.
If this is correct, then one subspecies is expected to be fixed for the ancestral allele and the other segregates for the ancestral and mutant allele.
