Sentence examples for be exploited for function from inspiring English sources

The interlocked architecture of catenanes can be exploited for function in several different ways.

Topological structures of these networks can be exploited for function prediction using the 'guilt-by-association' principle, which states that genes (or proteins) that share similar neighbors or other topological properties in interaction networks are more likely to be functionally related.

Only a few IDR classifications that are not based on linear motifs, MoRFs, or IDDs have so far been exploited for function prediction.

This study provides a framework for the rational design of PBANR-specific agonists and/or antagonists that could be exploited for disruption of reproductive function in agriculturally important insect pests.

Finally, our findings provide the first functional genomic information for hundreds of genes with obscure functions that can be exploited for hypothesis testing by traditional functional assays to improve our understanding of the complex developmental processes present in grape berries and to ultimately utilize this information to improve quality traits of wine grapes.

This simple zinc binding function may be exploited for obtaining potent metalloenzyme inhibitors, due to its versatility of binding to the metal ion present in the active site of such enzymes.

The partial redundancy in FPGS function could be exploited for the generation of biofuel crops with lowered lignin content and minimal undesired effects on biomass yield.

Phenotypic changes of HCASMC appeared to be modulated by the Young's modulus and surface charge of the test substrates, indicating a structure function relationship that can be exploited for intricate control over vascular cell functions.

Specific targeting of cargoes/regulators to these cells could be exploited for therapeutic regulation of numerous immune functions, including the enhancement of immune responses to prophylactic or therapeutic allergen-specific vaccines through the coupling of allergens to nanocarriers.

For these reasons, understanding how prostanoid receptor signaling affect immune cell crosstalk and functions may be exploited for rational development of immunotherapeutic strategies in various diseases ranging from inflammation and allergic diseases to cancer.

We introduced two new response functions which can be exploited for the interpretation of MT data.