The phrase "allow for the large scale" is correct and usable in written English.
It can be used when discussing considerations or adjustments that need to be made for a significant size or extent of something.
Example: "In our project planning, we must allow for the large scale of operations to ensure all resources are adequately allocated."
Alternatives: "account for the large scale" or "consider the large scale".
The availability of these mature, Open packages allow for the large-scale extraction of chemical data from the published literature.
Proteomics technologies allow for the large-scale scanning of proteins.
In particular, recent advances in the experimental technologies which allow for the large-scale screening of the effects of combinatorial gene deletions are providing an exciting glimpse into the organization of complex genetic networks in terms of revealing novel interacting cellular components and compensatory pathways involved in many cell functions.
Further, the ability to use Camelina as a crop production system has allowed for the large scale growth of transgenic oil seed crops, enabling subsequent physical property testing.
Steel-making and the use of the "blast furnace," developed in 1855 by Henry Bessemer, allowed for the large-scale production of strong and cheap steel, which became the material of choice for artillery, guns, and warships.
The result is a novel, practical and precise mathematical framework, that allows for the large-scale analysis and unbiased comparison of PPINs from different species and measured with different techniques.
Nevertheless, natural selection can be expected to lead to adaptations influencing behaviors that are most advantageous to prey capture [ 1], and further examination of the molecular mechanisms allowing for these large scale behavioral adaptations is critical for understanding coevolution between predator-prey interactions.
Having demonstrated the specificity and efficiency of CAPPIA, we next explored whether this method allows the large scale screening for hormone-dependent interactions.
The production of such nanostructured architectures may allow for their large scale integration into polymer based nanocomposites.
To allow for a large scale, low maintenance quality control we present a robust approach integrating photoacoustic and metal oxide based gas sensing technologies.
In particular, the development of a high-throughput approach for the detection of circulating claudin-4 will be crucial, as our current approach involving exosomes purification and detection by immunoblotting does not allow for large scale population testing and does not appears to provide improved sensitivity over the currently used CA125 marker.
