Sentence examples for exploiting the specificity from inspiring English sources

Now, new technologies using microliter samples of whole blood and exploiting the specificity, sensitivity and versatility of flow cytometry have been developed.

The final aspect of this study was to explore the potential for photochemical modification of the hydrogel network by exploiting the specificity of the initial tetrazine click reaction.

Putting the human being at the center and forefront, this article draws from an ongoing research pursued by the Responsive Environments and Artifacts Lab (REAL) at the Harvard Graduate School of Design that investigates the role of new augmenting and responsive technologies in articulating, mapping and exploiting the specificities of places through a multi-sensory approach [4].

The algorithm described in the present paper extends the previous version with an optimization technique which exploits the specificity relation to prune the space of candidate homomorphic patterns.

To exploit the specificity of the P19/P1 aptamers for PDAC cells, we also assessed if conjugation with Cy3 would allow it to be used as a diagnostic tool on archival human pancreatic duodenectomy tissue sections.

For the different poses, the projected LDA features clearly outperform the other techniques (between 4% to 12% of loss of accuracy for the different poses compared to the frontal views) because they exploit the specificity of the features for speech recognition compared to the more general image or DCT feature spaces (accuracy loss 25%to34%4% compared to the frontal views).

An alternative immunological approach, called GST overlay, exploits the specificity and affinity of GST for GSH.

It is, therefore, intriguing to exploit the specificity of recombinantly produced FDL enzymes in order to support structural N-glycan analysis.

Antibody therapy directed at cell surface components, in particular cell membrane receptors, has the potential to exploit the specificity and sensitivity of the immune system's ability to recognise cell membrane receptors, and so to achieve selective therapeutic effects without the toxicity of standard chemotherapy.

Exploiting the binding specificity and affinity of the interaction between the zinc fingers and the respective DNA can help in generating engineered zinc fingers for therapeutic applications.

Furthermore, the degree of protection from SENP3 knockdown was greater than that observed by overexpressing SUMO-2, suggesting that exploiting the substrate specificity of SENP3-mediated deSUMOylation could provide a novel therapeutic strategy.