Topics cover new cellular assays, real-time kinetics, and unique GPCR behaviors.

internalize both receptors whereas pasireotide promoted robust receptor internalization at shorter times

Quantitative real-time probe-based polymerase chain reaction (qRT-PCR) assays are deployed in order to

cellular assays to analyze GPCR ligand behavior Predicting activity and in vivo target coverage with real-time

Likewise, in this work the authors identify for the first time the specific amino acids that modulate

notable differences in respect to neural network architecture, complexity, data requirements, training time DL models generally require more computational resources (such as powerful GPUs) and longer training times

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October 31, November 7 - 14 -21, and December 5, 2024 (five sessions) Topics:  New cellular assays, real-time

cellular assays to analyze GPCR ligand behavior Predicting activity and in vivo target coverage with real-time

Essentials for effective GPCR discovery Discover: Advanced cellular assays for GPCR ligand behavior Real-time

Local 5-HT signaling bi-directionally regulates the coincidence time window for associative learning.

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GPCR Activation and Signaling Characterization of the real-time internalization of nine GPCRs reveals

Medicines Launches to Drug Protein Conformations in a Flash Andrew Hopkins, Exscientia's CEO, Recognized in TIME

If you're interested in presenting a poster, there's still time.

Methods & Updates in GPCR Research Time- and cost-efficient bacterial expression and purification of

site-directed technology have largely supplanted random mutagenesis, the latter has seen a resurgence in recent times

RediscMol: Benchmarking Molecular Generation Models in Biological Properties Characterization of the real-time

Understanding real-time kinetics to predict activity and in vivo target coverage.

GPCR research and drug discovery in endocrinology and metabolism Chemogenetic Signaling in Space and Time

There is still time.

A quantitative systems pharmacology model for simulating OFF-Time in augmentation trials for Parkinson's

Topics: New cellular assays, real-time kinetics, and unique GPCR behaviors.

Adhesion GPCRs Optimized genetic code expansion technology for time-dependent induction of adhesion GPCR-ligand