Sentence examples for flexible functionality from inspiring English sources

In these two examples we highlight the flexible functionality of MGcV by visualizing the gene context and the associated functional information for a set of homologs that are present in a phylogenetic tree and by the visual integration of microarray data and de novo predictions of putative binding sites.

Predicate Encryption (PE) can achieve more sophisticated and flexible functionality compared with traditional public key encryption.

The technique offers a flexible functionality and can be adjusted for different computing algorithms and platforms.

Twenty-eight percent identified this element as critical, with 18- to 24-year-olds representing the majority that expects this flexible functionality.

A policy-driven approach allows flexible functionality, operating across systems, tailored to individuals, in order to effect a range of health-related goals.

A concern is taxon sampling bias in the close group, an issue that can be alleviated by properly defining grouping scenario and masking redundant taxonomic groups using HGTector's flexible functionality (see Methods - Computational pipeline).

The expanding use of social networking sites (SNSs) and their flexible functionalities allow individuals to use these sites in unexpected and unethical ways.

Among such available options, polymer nanocomposites are recognized to have the potential to bring future revolution, especially because of their flexible functionalities and related advantages (e.g., good strength, large surface area to volume ratio, large flame retardancy, high elastic modulus, enhanced density, and thermo-mechanical/optoelectronic/magnetic properties).

Extremely flexible functioning becomes possible if the GOLE functionality is switched in response to earlier computations.

The electrospun micro/nanofibers display a variety of outstanding properties, such as large surface area, high length/diameter ratio, flexible surface functionality, and superior mechanical performance.

With outstanding properties such as large surface area, high length/diameter ratio, flexible surface functionality, and tunable surface morphologies, the electrospun fibers have an underlying application in optoelectronics, sensors, catalysis, textiles, filters, fiber reinforcement, tissue engineering, drug delivery, wound healing, etc. [1 7].