Sentence examples for monitoring of binding from inspiring English sources

The development and testing of a portable bioanalytical device which was capable for real-time monitoring of binding assays was demonstrated.

We briefly summarize some of the recent progress made in the structural characterization of the build-up of these rather complex interfacial architectures, in the functionalization of the pure lipid matrix by the reconstitution of proteins, and in the lateral patterning of the membranes as a prerequisite for the construction of membrane chips for massive parallel monitoring of binding events.

The time scale is necessary for the monitoring of binding process and sampling conformations as previously suggested (Reshetnikov et al., 2011; Zhu et al., 2013).

In general, the principle is based on the detection of interfacial changes of the binding reaction at the surface and can be employed not only for a sensitive and selective measurement of specific biomolecules, but also for real-time monitoring of binding kinetics, thermodynamics, affinity, and specificity [3, 4].

Using SPR, a technique that facilitates detailed monitoring of binding properties, the affinities between different monomeric Aβ fragments and the OMAB antibody were studied.

It was not possible to measure the Kd value for CR3 since the fluorescence perturbation was too small to permit reliable monitoring of binding.

(F ) EMSA titrations monitoring binding of binding of yPrp3CTF or yPrp3DUF1115 to yU4/U6stem II+13nt bearing yU6 C69 G (top two gels) or yU4 C12 G (bottom two gels) exchanges that restore Watson Crick base pairing (schemes on the far left; mutant residues highlighted in green).

Surface plasmon resonance (SPR) detection of protein binding is able to determine the kinetic and thermodynamic parameters of protein complexes by direct monitoring of the binding event in real time.

Real-time monitoring of ligand binding dynamics enabled us to find optimal experimental conditions for each particular ligand and an improved estimate of their binding parameters.

Fluorescence anisotropy (FA) is one of the homogeneous fluorescence-based assays that enable continuous online monitoring of ligand binding kinetics.

Electrochemical real-time monitoring of ligand binding to an engineered opioid receptor specific for morphine is reported.