Sentence examples for not easily adaptable from inspiring English sources

India is not easily adaptable to traditional private equity buyouts because most businesses are owned by families that do not want to sell a majority stake in their companies.

Those who have attempted to model data center design loads and annual energy consumption have found that the suite of available commercial programs for occupied office spaces is not easily adaptable to data center projects.

Linear programming was used for optimal mapping of VMs and host machines; however, the approach was not easily adaptable to changes of data centers' workloads.

This method is not easily adaptable to higher eukaryotic cells, since these lack an efficient homologuous recombinatory machinery required for genetic manipulation purposes.

The reactor model imposes many constraints which are in contradiction with the requirement of a system that is highly adaptable throughout evolution: these constraints make scaffold proteins not easily adaptable and therefore a different scaffold protein has to be redesigned for each application and species.

Historically, the analysis of neuronal morphology has been performed either by sparse labeling methods that are not cell type specific (e.g. the Golgi stain) or by filling individual neurons with a tracer using a whole cell patch electrode, a method that is extremely laborious and not easily adaptable as a survey tool [e.g. ref. 48].

"We bought most of the art and furnishings for these rooms, and many pieces aren't easily adaptable.

However, capacitive measuring systems applied so far are tailored for specific applications and may not be easily adaptable.

Determining gene-specific patterns of histone modifications of cancer cells in primary tissue specimens can be cumbersome due to cellular heterogeneity and tissue quantity, and would involve high-throughput ChIP which may not be easily adaptable by clinical laboratories.

In addition, too many steps are involved, yields at some stages are low (in particular, the final basic hydrolysis of AA I methyl ester gives AA I in only 6% yield), and the route lacks versatility and would not be easily adaptable to the synthesis of the 7-bromoaristolactams 13 and 14 that we saw as the critical intermediates in our synthetic approach to the DNA adducts 3– 6.

But not all crops were easily adaptable to machines.