GPCR_ucph (@gpcr_ucph) 's Twitter Profile
GPCR_ucph

@gpcr_ucph

G protein-coupled receptors; molecular pharmacology; translational science; University of Copenhagen; lab of Prof. Mette M. Rosenkilde

ID: 1503702634691186700

calendar_today15-03-2022 12:01:01

94 Tweet

179 Followers

29 Following

GPCR_ucph (@gpcr_ucph) 's Twitter Profile Photo

Dr. Hee-Yong Kim starting the last session of this workshop with her work on GPR110 signaling in neurodevelopment and neuroprotection. Very fascinating! #adhesionGPCR2022

Dr. Hee-Yong Kim starting the last session of this workshop with her work on GPR110 signaling in neurodevelopment and neuroprotection. Very fascinating! #adhesionGPCR2022
GPCR_ucph (@gpcr_ucph) 's Twitter Profile Photo

Thanks to Dr. Rory Morgan for another interesting zebrafish talk about defining small-molecule modulators of Gpr126 mediating Schwann cell myelination #adhesionGPCR2022

Thanks to Dr. Rory Morgan for another interesting zebrafish talk about defining small-molecule modulators of Gpr126 mediating Schwann cell myelination #adhesionGPCR2022
GPCR_ucph (@gpcr_ucph) 's Twitter Profile Photo

Exciting talk by Prof. Kimberley Tolias about the role of Rho GTPase signaling for BAI1 biology. Unfortunately the last talk of our nice workshop! Enjoy the sushi! #adhesionGPCR2022

John Janetzko (@jjanetzko) 's Twitter Profile Photo

GPCR_ucph Tall G protein Lab He teased about a tethered peptide mechanism huh. So are you saying he dangled the idea out there before ya’ll eventually picked up on it?

Peter Lindquist (@plindquist_ucph) 's Twitter Profile Photo

Happy to share that our latest study, "The location of missense variants in the human GIP gene is indicative for natural selection" has been published in Frontiers - Endocrinology. Full article (open access): frontiersin.org/articles/10.33…

Peter Lindquist (@plindquist_ucph) 's Twitter Profile Photo

Here we elucidate the spectrum of naturally occurring mutations in the intestinal hormone, glucose-dependent insulinotropic polypeptide (GIP), involved in blood glucose homeostasis and bone remodeling #GPCR #GIP

GPCR_ucph (@gpcr_ucph) 's Twitter Profile Photo

Congratulations to Lærke Gasbjerg for her graduation from team 2 of the Bridge programme. Two years of great translational research within gut hormones’ action on intestinal blood supply with a vision of novel therapeutic potential in this system.

Congratulations to Lærke Gasbjerg for her graduation from team 2 of the Bridge programme. Two years of great translational research within gut hormones’ action on intestinal blood supply with a vision of novel therapeutic potential in this system.
GPCR_ucph (@gpcr_ucph) 's Twitter Profile Photo

Congratulations to Ludvig Schimming Langberg for finishing his master thesis project within gut hormones and their action on intestinal blood flow. Supervised by Lærke Gasbjerg. A learning experience in translational research. Great teamwork by two rising stars. I’m so proud!

Congratulations to Ludvig Schimming Langberg for finishing his master thesis project within gut hormones and their action on intestinal blood flow. Supervised by Lærke Gasbjerg. A learning experience in translational research. Great teamwork by two rising stars. I’m so proud!
Jacek Mokrosiński (@jmokrosinski) 's Twitter Profile Photo

Long-awaited #4GPCRnet meeting kick-off! 4 days packed with exciting talks, poster presentations and, last but not least, live networking of the GPCR community that we all missed for the last couple of years. Thank you ERNEST - A Research Network on Signal Transduction CA18240 Adher´n Rise Sfb14, #FOR2372, and UNIVERSITÄT LEIPZIG!

Long-awaited #4GPCRnet meeting kick-off! 4 days packed with exciting talks, poster presentations and, last but not least, live networking of the GPCR community that we all missed for the last couple of years. Thank you <a href="/ErnestNetwork/">ERNEST - A Research Network on Signal Transduction</a> <a href="/ca18240/">CA18240 Adher´n Rise</a> <a href="/sfb142/">Sfb14</a>, #FOR2372, and <a href="/UniLeipzig/">UNIVERSITÄT LEIPZIG</a>!
Lærke Smidt Gasbjerg (@gasbjergl) 's Twitter Profile Photo

Important to celebrate 🥳 Today we complete study day 50 (of 80) in the MRI basement at Rigshospitalet studying GIP+GLP-2 in gut blood flow #alwayschocolate @UCPH_BRIDGE GPCR_ucph @BiomedUCPH

Important to celebrate 🥳 Today we complete study day 50 (of 80) in the MRI basement at <a href="/Rigshospitalet/">Rigshospitalet</a> studying GIP+GLP-2 in gut blood flow #alwayschocolate @UCPH_BRIDGE <a href="/GPCR_ucph/">GPCR_ucph</a> @BiomedUCPH
Science Signaling (@scisignal) 's Twitter Profile Photo

Cell experiments unveil how a potential therapeutic target coordinates cell migration, bioluminescent sensors reveal how molecules called WNTs bend a receptor-effector complex, and more in this week’s issue of #ScienceSignaling. scim.ag/286

Cell experiments unveil how a potential therapeutic target coordinates cell migration, bioluminescent sensors reveal how molecules called WNTs bend a receptor-effector complex, and more in this week’s issue of #ScienceSignaling. scim.ag/286
Viktoria M S Kjær (@viktoriakjaer) 's Twitter Profile Photo

Our new work describing how #GPCR GPR183 utilizes a lateral entry facing the membrane to recognize its endogenous #oxysterol ligand shorturl.at/gnxX8. Now out in Chemical Science. Tomek Jana Selent Mette Rosenkilde

Our new work describing how #GPCR GPR183 utilizes a lateral entry facing the membrane to recognize its endogenous #oxysterol ligand shorturl.at/gnxX8. Now out in <a href="/ChemicalScience/">Chemical Science</a>.
<a href="/t00mek88/">Tomek</a> <a href="/JanaSelent/">Jana Selent</a> <a href="/MM_Rosenkilde/">Mette Rosenkilde</a>
Viktoria M S Kjær (@viktoriakjaer) 's Twitter Profile Photo

In addition, we locate another entrance connecting the #GPCR binding site to the extracellular milieu and link it to the activation by less hydrophobic synthetic agonists shorturl.at/gnxX8. Once again Tomek delivers the impressive graphics.

In addition, we locate another entrance connecting the #GPCR binding site to the extracellular milieu and link it to the activation by less hydrophobic synthetic agonists shorturl.at/gnxX8. 
Once again <a href="/t00mek88/">Tomek</a> delivers the impressive graphics.