The phrase "are highly equivalent" is correct and usable in written English.
It can be used when discussing the similarity or comparability of two or more items, concepts, or entities.
Example: "In terms of functionality, these two software programs are highly equivalent, offering similar features and performance."
Alternatives: "are very similar" or "are closely comparable".
Rice-derived rhGCase displays all the molecular characteristics and pharmaceutical prerequisites for ERT of Gaucher disease, being highly equivalent to the native human enzyme.
Furthermore, the final 4,341 bp of the plasmid insert, not related to P1-rr, are highly similar to the equivalent p1-ww[4Co63] p1-ww[4Co63]3] sequences.
The other components supposedly deleted, afpF, atpE in ϵ-proteobacteria and α-proteobacteria are highly dissimilar to the equivalent E. coli genes, and are therefore not identifiable as homologs (e-value using BLAST > 0.01, data not shown; Figure 2b).
The grazing lands with dhaallu and andaaraaf equivalents are highly valued as key resources.
The nap mitotype carries only one copy of trnH, and the sequences of five of the six remaining genes are highly similar to their equivalents in the pol mitotype.
Both Cys are highly conserved although a Cys669 equivalent is not present in O. carmela DG (Fig. 4C).
Comparing these results, the DPPH and ABTS radical scavenging activities of the isolated column fractions and compounds of R. fairholmianus are highly significant and are almost equivalent and more than that of the standards.
Recent studies using the commercialized assay of Iwahori and colleagues [ 15] have found that serum mesothelin and MPF are highly correlated and have an equivalent diagnostic accuracy for MM [ 16, 18].
RCQ is advantageous because the inherent γ-dose is determined conveniently with a blue light stimulated luminescence (BLSL) single aliquot regeneration (SAR) protocol and dose equivalents (DEs) are highly reproducible with standard errors of the mean of usually <2%.
The polymerase and exonuclease domains are highly similar to their human equivalents.
