Sentence examples for molecule recognition from inspiring English sources

In this paper, we constructed a new electrochemical biosensor for DNA detection based on a molecule recognition technique.

In this paper, we report a new strategy for electrochemical DNA detection in homogeneous solution based on the host guest molecule recognition technique.

Thus, the combination of microfluidic technique and G-quadruplex luminescent probe will be potentially applied in the studies of intramolecular interactions and molecule recognition in the future.

Therefore, measurement of interaction forces between biological molecules is important to elucidating single molecule recognition processes such as antigen antibody binding and unbinding, ligand-receptor attachment and activation [1 3].

We present a method for simultaneously recording topography images and localizing specific binding sites with nm positional accuracy by combining dynamic force microscopy with single molecule recognition force spectroscopy.

Small molecule recognition is critical to the function of many proteins; therefore, determination of ligand binding site similarity is important for understanding ligand interactions and may allow their functional classification.

Electrochemical results revealed that the new materials could exhibit excellent molecules recognition ability and show high electrochemical response.

The systems level integration and coordination of varied functions of expanded FFRPs, as well as of all other regulators will ultimately reveal how variations in the promoter, DNA-binding domain and effector-molecule recognition in an FFRP co-evolve to generate novel coordination of different cellular processes that is better suited for the new environment.

In eukaryotes, sialic acids are primarily found at terminal positions of numerous glycoconjugates, and are involved in a varied array of cell-cell interactions and cell-molecule recognition, such as stabilizing glycoconjugates and cell membranes, or acting as chemical messengers [ 5, 6].

Compared with the SIN-imprinted polymers, the non-imprinted polymers prepared using the same method but in the absence of SIN did not exhibit the specific molecular selectivity, which suggests that the specific molecule-recognition ability of the SIN-imprinted polymers was largely ascribed to the imprinting effect.

The reason is that a cDNA molecule containing recognition sequences for several marking enzymes would be "visualized" only by the enzyme that cleaves closest to its 3' end.