Sentence examples for functionalities responsible for from inspiring English sources

Differences in the discrimination effects among the ternary surfaces are related to the pinhole behavior of the molecular layer, which is influenced by the chain length and head group functionalities responsible for the intermolecular hydrogen bonding.

The well-validated pharmacophore models include the chemical functionalities responsible for the bioactivities; therefore, the pharmacophore models were employed one by one with the fast flexible search method to screen the databases with DS2.5.

A distributed SON architecture was selected for this study, where the SON functionality responsible for tuning network selection parameters is implemented in the individual LTE cells or WLAN APs.

This array approach facilitated multi-dimensional SAR around this series and identified functionality responsible for binding affinity, as well as opportunities for modulating the overall in vitro profiles of this class of soluble epoxide hydrolase inhibitors.

The investigations of differently tuned electrochemically reduced graphene oxide (ERGO) allowed the obtainment of clear evidences that groups containing C=O and/or C O functionalities are responsible for this electrocatalytic response of the nanomaterial.

These measurements have been correlated with water contact angle (WCA) results and showed that the created polar oxygenated functionalities are responsible for a sharp local increase in wettability.

The red shifts of the two peaks namely hydroxyl and carboxylic by 20-25 cm-1 for metal loaded adsorbent further suggest that chelation with salicylic acid functionality is responsible for the sorption of metal ions by adsorbent.

Mutations in POLG, which lead to aberrant functionality are responsible for numerous disease phenotypes including Alper's syndrome and Progressive external ophthalmoplegia (PEO) [135,136].

Importantly, the peptidic backbone and the diazoketone functionality in [18F]2, responsible for selective and irreversible binding, respectively, appear metabolically stable.

A comparison of determined ORR performances with XPS results demonstrates that not the total quantity of nitrogen improves ORR activity, but we think that optimum content of graphitic nitrogen functionality is mainly responsible for the improved electrocatalytic performance.

In turn, improved vessel functionality could be responsible for more efficient delivery of drugs to tumor tissue and increased cytostasis.