The phrase "allowed the understanding of" is correct and usable in written English.
It can be used when discussing how something facilitated or made it possible to comprehend a particular concept or idea.
Example: "The detailed explanation allowed the understanding of complex theories among the students."
Alternatives: "facilitated comprehension of" or "enabled the grasp of".
Beyond the quantitative data, an accurate analysis of the mutation type, pattern, and location allowed the understanding of mutation processes occurring in vivo in the adult human muscle.
On the basis of these findings, engineered mouse models have been developed and have allowed the understanding of crucial information about the pathogenic process.
These results allowed the understanding of the mechanical behavior of the coatings, demonstrating the importance of the plasma characterization as a tool for tailoring the properties of hard coatings.
By grafting suitable macromolecules (here SAN, styrene acrylonitrile), that can drive the MWNTs to the droplet phase, allowed the understanding of the rate of nucleation and growth of the semicrystalline matrix in droplet-filled blends in contrast to matrix-filled blends.
Furthermore, immunolocalization studies allowed the understanding of epigenetic mechanisms involved in chromatin modeling and modifications related to different states of condensation, such as transcriptional activity and silencing.
This spares expensive data preparation (pairing images across cameras) and allows the understanding of what the network learned.
These results allow the understanding of the underlying self-assembly process that highlights the importance of the conformational asymmetry in tuning the morphologies in block copolymers.
In this article we show how analyzing constraints of the tool allows the understanding of its influence on the knowledge construction.
This method allows the understanding of interactions between variables with advantages over conventional methods, which involve changing one variable while fixing the others at certain levels.
Experimental data combined with first-principle calculation of the investigated nano-complex allow the understanding of adsorption mechanism and reveal that an interface interaction occurs leading to precise structural distortions of proteins.
The increasing availability of fully sequenced genomes can be regarded as the 'Rosetta Stone' of the protein universe, allowing the understanding of genomes and their evolution, just as the original Rosetta Stone allowed Champollion to decipher the ancient Egyptian hieroglyphics.
