The phrase "a substantial process of" is correct and usable in written English.
It can be used when discussing significant or considerable procedures, methods, or changes in various contexts, such as business, research, or personal development.
Example: "The company underwent a substantial process of restructuring to improve efficiency and productivity."
Alternatives: "a significant process of" or "a considerable process of".
Generally, dimerization between proteins is a substantial process to generate and regulate cellular functions of proteins [59].
Among the NBS-LRR genes under subfunctionalization, most of them had positively selected sites with relative high substitution rate, consistent with previous research that subfunctionalized duplicated genes act as a transition state to neofunctionalization, which is a prolonged and substantial process during evolution of gene duplication [ 39, 53].
"There is always a danger if you set up a very substantial inquiry process of that kind that it takes much longer to get to the truth.
A substantial number of process- and outcome indicators were therefore implemented as standard procedure.
When untagged WT AGA was coexpressed with the mutant AGU polypeptides, T122K and AGU-Fin exhibited a substantial amount of processed polypeptide, implicating that their processing was indeed induced by codimerization with the WT precursor.
A substantial number of processes altered in CsA- and CPZ-treated mouse PCLS ex vivo was also found to be affected in liver biopsies of cholestatic patients.
In the category of "biological process", a substantial percent of isotigs (22.8%) and singletons (18.8%) were classified in sub-category 'metabolic process'.
Each step accounts for a substantial portion of total process cost.
For that reason, it says, the court should interpret the statute as it did in the Zadvydas case, to avoid what would otherwise be a substantial issue of due process.
However, during initial stages of such a filling process a substantial amount of the total energy is wasted in reflection for superconducting cavities because of their extremely narrow bandwidth.
