The phrase "allows for detailed modelling" is correct and usable in written English.
It can be used when discussing a system, method, or tool that enables comprehensive and precise representation or simulation of a concept or process.
Example: "The new software allows for detailed modelling of complex financial scenarios, helping analysts make informed decisions."
Alternatives: "facilitates in-depth modelling" or "enables comprehensive modelling".
Our measurements of the luminosity and color dependence and redshift evolution of galaxy clustering will allow for detailed modeling of the relation between galaxies and dark matter halos and new constraints on galaxy formation and evolution.
The model allows for detailed understanding of the hourly operation of the building, and how the ZEB interacts with the electricity grid through the characteristics of its net electric load profile.
This allows for detailed comparisons between variable observations and time-dependent models.
An interface that allows for detailed analysis.
The core idea is the use of randomised decision trees to create multiple experts, which allows for more detailed modelling of the strengths and weaknesses of each expert, while [12] presents an extensive array of methods for recombination during speech recognition.
In this review, we outline specific challenges and solutions that have emerged to allow for structurally detailed modelling of viruses in silico.
We then cited papers providing evidence of both and commented on the need for more natural history to provide detailed parameters to these to allow for more detailed models to be built for this situation.
The Item view also adds links for each model that take the user to web applications that allow for detailed analysis and visualization of the Model (QDB Explorer) and online predictions (QDB Predictor). Figure 8 Fragment from Item view (XMLUI interface) that shows an example of the Models information contained in the QDB archive.
31 Similar to the elucidation of the role of cytotoxic CD8+ T cells in T1D pathogenicity, the creation of a panel of highly diabetogenic CD4+ T cell clones from pancreatic lymph nodes of diabetic NOD mice with distinct autoantigenic specificities and, in turn, TCR transgenic models has allowed for detailed examination of the role of CD4+ T cells in disease pathogenesis.
Several factors have contributed to increased understanding of the activities of KRAS, including creation of genetically engineered mouse models, which have allowed for detailed analyses of pancreatic carcinogenesis in an intact animal with a competent immune system.
