Special SFB1423 & GPCR Session within the German Biophysical Society Meeting 2024 in Leipzig (September 22-25, 2024)

You are currently viewing Special SFB1423 & GPCR Session within the German Biophysical Society Meeting 2024 in Leipzig (September 22-25, 2024)

The Meeting of the German Biophysical Society 2024 – organized by Prof. Dr. Daniel Huster (Project leader of A04 and IRGT) and Dr. Juliane Adler (Coordinator of the IRTG) took place from September 22 to 25 at the Campus Augustplatz in Leipzig. The organization team has already compiled an excellent line up of very distinguished speakers that look forward to presenting their exciting news to the biophysical community. Representatives from various companies will join the conference participants showing their latest developments. Poster flashes and poster sessions provide possibilities to meet, discuss in more detail, exchange and collaborate.

On Tuesday a Special SFB1423 Session is planed with presentations by:

11:00 am
Discovery of Protease-Activated Receptor 4 (PAR4)-Tethered Ligand Antagonists Using Ultralarge Virtual Screening (J. Meiler)

11:20 am
The affinity framework of molecular efficacy (#108) (M. Elgeti)

11:35 am
Transient ligand contacts of the intrinsically disordered N-terminus of
neuropeptide Y2 receptor regulate arrestin-3 recruitment (#227) (A. Kaiser)

11:50 am
Influence of the A204E mutation on Ghrelin receptor dynamics investigated by molecular dynamics simulation (#104) (A. Vogel)

and a GPCR Session on Tuesday with talks by:

8:30 am   
Allosteric modulation of GPCR signaling (#165) (J.-L. Baneres)

9:00 am  
Dynamic conformational equilibria and biased signaling in GPCRs:
insights from
β1-adrenergic receptor NMR studies (#179) (L. A. Abiko)

9:30 am
Unveiling the dynamics of cellular membranes: insights from molecular dynamics simulations (#205) (M. F.W. Trollmann)

10:00 am
A cholesterol switch controls phospholipid scrambling by G protein-coupled receptors (#225) (A. K. Menon)

For more information please visit the conference website >>