The phrase "are highly analogous" is correct and usable in written English.
It can be used when comparing two or more things that are similar or have a close relationship in certain aspects.
Example: "The two theories are highly analogous, as they both explain the same phenomenon from different perspectives."
Alternatives: "are very similar" or "are closely related."
As such, they are highly analogous to inferences whose conditions of application are given in sensory-plus-postural terms and whose consequences of application manifest in behavioral terms.
T7 RNAP TECs are highly analogous to multisubunit RNAP TECs.
These periventricular defects in the 2M MARCKS-cKO brain are highly analogous to the 2Y wild-type mice.
In summary, these results are highly analogous to those in yeast, for which the different mode of transcription regulation was associated with difference in noise plasticity coupling.
As the essential players in fate decisions in the crypt are highly analogous to those in the nervous system, it seems likely that such oscillatory expression of proneural and Hes proteins also occurs in the intestine.
DNAP mechanisms are highly analogous to multisubunit RNAP mechanisms in complexity, active-site opening/closing, active-site hydration/dehydration, mechanism, fidelity and substrates, so many of the issues in DNAP and RNAP fidelity mechanisms are very similar.
Of the available methods, the brute force method has the advantage of being highly analogous to the actual processes and of using little a priori knowledge [1].
Thermodynamic and kinetic characterization shows the landscape to be highly analogous to the four-state landscape reported for another two-subdomain protein, T4 lysozyme.
This step of PRISM is highly analogous to multislice except whereas multislice requires propagating/transmitting the entire probe simultaneously, in PRISM each initial Fourier component is propagated/transmitted individually.
Adult prostate stem cell biology is highly analogous to the biology of the developing prostate from embryonic prostate stem cells, and understanding the pathways that govern normal prostate development lends insight into the pathways that maintain adult prostate stem cells and prostate cancer stem/progenitor cells.
This approach is highly analogous to [52] who generate bootstrap replicates of a module and locate the TF that correlates the strongest across the replicates.
