Sentence examples for molecular recognition systems from inspiring English sources
Our analysis puts forward a generic mechanism that may be utilized broadly by molecular recognition systems.
This paper reviews advances in molecular recognition systems, and outlines methods of making molecularly imprinted polymer systems that can recognize large molecular weight analytes.
New results on chiral discrimination effects, the existence of condensed phases in adsorbed monolayers, and the design of molecular recognition systems are reviewed.
We have recently applied the concept of nanotechnology to these interfacial molecular recognition systems by embedding molecular machines in a Langmuir monolayer at the air-water interface where their mechanical operation can be operated by compressive surface pressure applied laterally [9].
The rapidly increasing structural information that is available from studies of molecular recognition systems suggests that data that can validate or falsify our conformational proofreading hypothesis may already be available, or readily obtained.
It would be interesting to extend the present approach to these and other molecular recognition systems.
The molecular recognition system presented here is therefore distinct different from more conventional ones where the structure of recognition components primarily defines binding efficiency of guest molecules.
The architecture of a particular coiled-coil domain determines its oligomerization state, rigidity and ability to function as a molecular recognition system.
In this work, a neoteric sandwich-type biosensor was developed for detecting α2,3-sial-Gs using 4-mercaptophenylboronic acid (4-MPBA) to construct a novel molecular recognition system by the coordination of a boron atom of 4-MPBA to the amide group of Neu5Ac in the α2,3-sial-Gs structure.
He also set up collaborations with physicists to draw parallels between magnetic transfer and molecular-recognition systems, and with materials scientists to work on new polymers and hybrid materials.
Controlled surface functionalization of electrode materials is an important technique in various fields such as analytical chemistry, molecular electronics, and molecular recognition in biological systems.
