The phrase "are mostly predicted to" is correct and usable in written English.
It can be used when discussing expectations or forecasts regarding a subject, often in a scientific or analytical context.
Example: "The results of the study indicate that the outcomes are mostly predicted to improve over the next decade."
Alternatives: "are generally expected to" or "are largely anticipated to".
The genes in one of the top 211 lists are mostly predicted to have higher probabilities to be cell cycle ones in the other model.
The NDC type proteins, so named for their similarity to a cyanobacterial NADH dehydrogenase, and are mostly predicted to be targeted to plastids [ 22].
This plot indicates that most of the LEA proteins are unstructured, whereas those proteins we annotated as not being LEAs (Additional file 1) together with seed storage proteins from Arabidopsis are mostly predicted to be folded.
As for P. falciparum and T. gondii, these proteases have been found in the asexual stages of Eimeria and are mostly predicted to play roles in host cell invasion, though expression of some of these enzymes is associated with the sporulation of the developing oocyst [ 11, 13, 15].
For example, phosphate is mostly predicted to be exported, while it is reported to be taken up [ 64].
Second, the protein families represented in today's sequence databases are often more complex, with multidomain architectures, large unstructured (natively disordered) regions, numerous splicing variants, etc. Third, the new sequences are mostly predicted by automatic methods and thus, contain a significant number of sequence errors [33], [34].
In the human lineage, W→S substitution rates are mostly predicted by meiotic recombination, whereas in the mouse lineage, they are mostly predicted by CpG odds ratio.
Coding regions are mostly predicted by automatic methods, but the relationship between genes, transcripts and proteins is complex and automated genome annotation is not completely accurate.
Principal component regression results show that S→W substitution rates in both lineages are mostly predicted by a component, which is a combination of different factors (GC-content, exon density, replication timing, transposable element densities).
The sub-cellular localizations of enzymes in the nucleotide-sugar biosynthetic pathways in the current version of the PGDB are mostly predicted from sequence analysis using commonly available bioinformatics software.
However, the motifs in these regions were mostly predicted using genome data7.
