Sentence examples for monitor the receptor from inspiring English sources

The researchers implanted a thin optical fibre in the nucleus accumbens to both monitor the receptor cells and to stimulate them so they could link behaviour with brain activity.

This reorientation is directly linked to G protein activation and, as a consequence, has been used to design a FRET-based sensor to monitor the receptor activation (Doumazane et al. 2013).

The bioluminescent NanoLuc-conjugated INSL3 retained high binding affinity with the target receptor RXFP2 (Kd = 2.0 ± 0.1 nM, n = 3) and was able to sensitively monitor the receptor-binding of a variety of ligands, representing a novel ultrasensitive tracer for non-radioactive receptor-binding assays.

Here, we used aMD simulations in the study of the membrane receptor for the first time and monitored the receptor conformational changes from the active to inactive state on the nanosecond time scale.

Radioligand binding assays can also be used to monitor the changes in receptor density, perhaps resulting from the pathological conditions of pharmacological intervention.

Using a GLP-1 conjugated to tetramethyl rhodamine to monitor the internalization of the receptor, Kuna et al. [ 37] observed that after internalization, GLP-1R/ligand complex could be co-localized with adenylate cyclase in the endosome.

However, since the purpose is to monitor the impedance variation of the receptor due to the conformational change, the relative change of impedance, rather than its absolute value, is taken as the relevant output of the modeling.

We therefore used induction of alkaline phosphatase (ALP) expression to monitor the effect of different receptor complex arrangements.

Can they monitor the actual rate of KDEL receptor recycling rather than steady state localization or overexpress a KDEL substrate to alter the KDELR trafficking and verify that it is insensitive or less sensitive to Erk8 depletion.

To monitor the voltage dependence of NR1-NR2B recombinationsnations, whole-cell current-voltage relationships of saturating glutamate- and glycine-induced currents were recorded in 20mV intervals ranging from −90mV to +30mV and normalized to the current value obtained at +30mV above the respective reversal potential as described previously.

Each muscle also has important sensory structures called stretch receptors, which monitor the state of the muscle and return the information to the central nervous system.