Sentence examples for molecular recognition probe from inspiring English sources

A special peptide (CFYSHSFHENWPS) was used as molecular recognition probe.

Moreover, the deployment of molecular recognition probe on the nanostructures for the selective binding have enhanced the selectivity and detection ability.

MUC1 aptamer was a molecular recognition probe that led the internalization of two nano-complexes into MDA-MB-231 and MCF-7 cells (MUC1 positive cells) but not into HepG2 cell (liver cancer cell line, MUC1 negative cells).

In this study, a novel electrochemical sensing method was developed for rapid, highly sensitive and specific detection of FQs, based on aptamer (Apt) as molecular recognition probe, single-stranded DNA-binding protein (SSB) as a physical and negatively charged barrier for the access of redox probe ([Fe CN 6]3−/4−) to the surface of gold electrode.

We outline and critically discuss detection formats, molecular recognition probes, labels, and detection systems used in lateral flow assay.

In general terms, microarray technology exploits molecular recognition between a probe molecule attached to a substrate and a complementary target.

Molecular beacon (MB) as recognition probe immobilizes on the glass slides and performs the amplification procedure.

Thus, lipid membrane doped with Pt nanoparticles is a novel electrode system at nanoscale that can penetrate through the insulating membrane to probe molecular recognition and catalytic events at the lipid membrane solution interface.

A gold electrode was used to immobilize molecular beacon (MB) as the recognition probe and perform the amplification procedure.

We used the double-mutant Y417A/Y421A to further probe the molecular recognition of the pocket (Table 1).

Systematic evolution of nucleic acid probes for molecular recognition has generated a large number of useful aptamers for various applications in diverse fields, including biotechnology, biomedicine, pharmacology, microbiology and chemistry.