The phrase "a powerful model to" is correct and usable in written English.
It can be used when describing a model that has significant effectiveness or influence in a particular context or application.
Example: "The researchers developed a powerful model to predict climate change impacts on local ecosystems."
Alternatives: "an effective model for" or "a robust model to".
A powerful model to predict aeroacoustic interactions in the linear regime is the perturbed compressible linearized Navier Stokes equations.
These techniques and protocols make the zebrafish a powerful model to study anesthetic mechanisms and drug discovery.
Maturation of myeloid lineages from hematopoietic stem cells has emerged as a powerful model to study those principles of chromatin mechanisms in cellular differentiation and lineage fate selection.
The PHE model is used in this study because it has been proven to be a powerful model to investigate the fluid-solid interaction within the cells30,31,33.
These observations confirm the highly-conserved nature of the process in eukaryotes and provide a powerful model to study the underlying mechanism and its impact on the genetic landscape and adaptation.
In this review, we will update the advances in mechanisms of DR, with a particular focus on methylation as an upcoming target for aging studies and discuss Drosophila as a powerful model to understand mechanisms of aging with response to diet.
In the last decade, the zebrafish model has developed into a very powerful model to study cardiac development.
The functional response of ciliated cells to nucleotides such as ATP or UTP, coupled to intracellular calcium changes, provides a potentially powerful model to study the signal transduction mechanisms involved in the control of ciliary activity.
Owing to its numerically simpler nervous system and a battery of genetic tools, Drosophila offers an unusually powerful model to dissect the molecular and neural mechanisms of circadian behaviour.
The zebrafish therefore represents an additional powerful model to further our knowledge regarding the underlying complexities of ADAMTS enzyme biology in development and disease.
Moreover, our investigation provided a versatile and powerful model to engineer various secondary structures of diverse nanocrystals and to subsequently evaluate their physical properties.
