Sentence examples for be applicable to large from inspiring English sources
New technique seems to be applicable to large or complicated-shaped components.
A major reason is that the scaffold required for tissue engineering of human mesenchymal tissues is generally not easy for academic people to fabricate because the size, shape, and mechanical properties of the scaffold, to be applicable to large animals and humans, are beyond the capacity of academia, in contrast to industry.
However, these heuristics either impose relationships among the link metrics to reduce the complexity of the problem which may limit the general applicability of the heuristic, or are too costly in terms of execution time to be applicable to large networks.
You may think this would only be applicable to large companies, but even small businesses are heavy users of credit cards these days.
This assay may also be applicable to large scale genetic or RNAi screens used to identify genes that are necessary for the development or function of the pharynx or other neuromuscular systems.
These methods must be able to use the different features ontologies provide, combine them in meaningful ways and be applicable to large, complex and multimodal data sets.
The method presented here is much more convenient than column chromatography commonly used so far and can be applicable to large-scale production of pure C60 and C70.
It may also be applicable to larger heterogeneous populations in which it has proven difficult to create inbred lines, or in human/primate cell lines or stem cells that are normally genetically very heterogeneous.
The key technical objectives of his project are to improve gadusol yields, evaluate yeast-produced gadusol use in skin care products, and develop methods for purification that will be applicable to large-scale production.
To verify if these findings can be applicable to larger segment of the Chile's agricultural sector, we conduct a series of robustness checks.
The approach is expected to be applicable to larger systems enabling the determination of high-resolution structures of amyloid or membrane proteins.
