Examples of 'ligand-receptor' in a sentence
Meaning of "ligand-receptor"
Ligand-receptor is a noun referring to a molecule (ligand) that binds to a specific site (receptor) on a cell
How to use "ligand-receptor" in a sentence
Basic
Advanced
ligand-receptor
Spatially resolved ligand-receptor binding assays.
The ligand-receptor complexes of the invention may be formed.
An image is obtained of the ligand-receptor complex.
The details of ligand-receptor interactions are fundamental to cell signaling.
Assessing the distribution of parameters in models of ligand-receptor interaction.
Any of the known ligand-receptor combinations is suitable.
Method for measuring inhibitory activity on ligand-receptor binding.
Theoretical studies of ligand-receptor interactions in sodium and calcium channels.
The potentiating effect may be to stabilise the ligand-receptor interaction.
Ligand-receptor assays can be characterized as either competitive or non-competitive.
Another example is ligand-receptor interaction.
Other ligand-receptor pairs known by the skilled artisancan be used.
This invention relates to ligand-receptor assay processes.
Ligand-receptor assays can be further described as being either homogeneous or heterogeneous.
As a result of a ligand-receptor interaction.
See also
Ligand-receptor signaling with endocannabinoids in preimplantation embryo development and implantation.
Docked conformations are scored based on the strength of ligand-receptor interactions.
As another example, certain ligand-receptor interactions are incompatible between mice and humans.
This effect is caused by receptor internalization after ligand-receptor interaction.
Examples of suitable ligand-receptor combinations include antibodies and their corresponding antigens.
B / the detection of the possible formation of a complex of the ligand-receptor type.
Real-time fluorescence monitoring of ligand-receptor interactions was carried out as described.
Somatostatin and its analogs are internalized by endocytosis of the ligand-receptor complex.
The time-resolved study of ligand-receptor interaction is a further object of the invention.
In particular, the present methods involve detection of the ligand-receptor pairs.
This is illustrated by various ligand-receptor combinations that contribute to regulation of cellular activity.
The desired mechanism of action may be to block ligand-receptor binding pairs.
A neutralizing antibody prevents ligand-receptor signaling ; and consequently abrogates phosphorylation of signaling proteins.
The similarity of these values suggests a specific ligand-receptor binding event.
In addition, this type of ligand-receptor interaction can lead to a signal cascade that trigger mitosis.
Antagonists are useful as research reagents for characterizing sites of ligand-receptor interaction.
Ligand-receptor complex is the term used to describe the ligand fused to its specific receptor.
The signal transduction pathway begins with ligand-receptor interactions extracellularly.
Examples of other ligand-receptor pairs are well-known in the art and can similarly be used.
Furthermore, antagonists are important in delineating ligand-receptor binding and signal pathway activation.
In general, the ligand-receptor pair may comprise any types of molecules capable of specific binding.
Assays are then performed to determine if the normal ligand-receptor interaction has been blocked.
Inhibition of the ligand-receptor cell-binding event potentially results in arresting the infection process.
The decoy fusión proteins sequester the ligands, preventing ligand-receptor binding.
Having isolated a ligand of a specific ligand-receptor interaction, methods exist for isolating the receptor.
These compounds are useful as research reagents for characterizing sites of ligand-receptor interaction.
This system for ligand-receptor binding provides an extremely sensitive assay for ligand-receptor interactions.
Specifically, the afflicted area of the body acts as an attractant through ligand-receptor binding.
The disclosed antibodies may find use in blocking a ligand-receptor interaction or inhibiting receptor component interaction.
The recycling of the cellular receptors depends on the fate of the ligand-receptor complex.
The nature of the ligand-receptor systems responsible for intestinal colonization by C. albicans is unknown.
These components can also determine or make more specific the ligand-receptor interaction.
The inventors have developed a CF-HTS ligand-receptor cell assay to evaluate inhibitors of this interaction.
There also remains a need for a process for preparing such ligand-receptor complexes.
The time course of ligand-receptor binding is determined by resuspending SPMs in buffer A.
