Sentence examples for molecular recognition strategy from inspiring English sources

The dual molecular recognition strategy ensured the selectivity of the sensor for DA detection.

The combination of G-CdTe QDs/O2 and TAEA-Ru would break the limitation of the same coreatant shared in previous ECL ratiometric systems and provide a potential application of ECL ratiometric sensor in the detection of biological small molecules with the assistance of the dual molecular recognition strategy.

Combining with dual molecular recognition strategy and the quenching effect of Fe-MIL-88 MOFs on the ECL of PTCA-H2O2 system, an "on-off" ECL sensor was designed to detect dopamine (DA) with a broad linear range (five orders of magnitude).

This large gene family is composed of hundreds of membrane proteins predicted to form as many unique small molecule binding niches within their G-protein coupled receptor (GPCR) framework, but very little is known about the molecular recognition strategies they use to bind and discriminate between small molecule odorants.

One of the most practical application of the concept of molecular recognition are docking strategies, either small molecule or protein docking.

A novel strategy for enhanced molecular recognition that utilized standard complexation strategies in combination with light-induced, or photo-, polymerization was recently demonstrated.

This review covers a new synthetic strategy for molecular recognition of proteins based on the conjugation of small organic molecules or peptides to designed polypeptides [ 12, 13].

Various strategies such as molecular recognition and sensing without altering the self-assembly, and analyte-induced disassembly and morphology variations have been used for the generation of a measurable signal, resulting in the sensing and quantification of a required analyte.

However, landmark advances in computational analysis, fragment screening and molecular design have enabled development of a host of promising strategies to address the fundamental molecular recognition challenge.

Recent advances in computational analysis, fragment-based screening, and molecular design have revealed promising strategies to address the basic molecular recognition challenge: how to target large protein surfaces with specificity.

To utilize aptamers as molecular recognition agents in biosensors and biodiagnostics, it is important to develop strategies for reliable immobilization of aptamers so that they retain their biophysical characteristics and binding abilities.