Shanu Jain(@Jain_Shanu_) 's Twitter Profile Photo

šŸ“¢Open Ph.D. Positions!!šŸ™‚
Interested in understanding GPCR Mediated Regulation of Metabolic Disorders!!
BSBE@IITK
Applications invited for Ph.D. Walk-in Interview at BSBE IITK. Last Date for Application- 20th July 2023.

šŸ“¢Open Ph.D. Positions!!šŸ™‚
Interested in understanding GPCR Mediated Regulation of Metabolic Disorders!! 
#Liver #MAFLD #MASH #HepaticFibrosis #GPCRSignaling @BSBEIITK1 
Applications invited for Ph.D. Walk-in Interview at BSBE IITK. Last Date for Application- 20th July 2023.
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Shanu Jain(@Jain_Shanu_) 's Twitter Profile Photo

šŸ“¢ We are hiring!
Interested in GPCR Signaling and Liver Metabolism? We have multiple open positions- JRF and PDF! šŸ˜ƒ
Visit our lab webpage for more information
shanujain07.wixsite.com/liver-metaboliā€¦

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Science Signaling(@scisignal) 's Twitter Profile Photo

New work highlights a role for GRKs in location-biased and demonstrates the complex interactions between ligands, GRKs, and cellular location that contribute to .

Learn more: scim.ag/5Vv Sudarshan Rajagopal Trinity College at Duke

New work highlights a role for GRKs in location-biased #GPCRSignaling and demonstrates the complex interactions between ligands, GRKs, and cellular location that contribute to #BiasedSignaling. 

Learn more: scim.ag/5Vv @SudarRajagopal @DukeTrinity
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Science Signaling(@scisignal) 's Twitter Profile Photo

Research from Babraham Institute sheds light on how a critical intracellular GPCR effector is activated in neutrophils and emphasizes the importance of studying signaling pathways in physiologically relevant contexts. fcld.ly/sj93avd

Research from @BabrahamInst sheds light on how a critical intracellular GPCR effector is activated in neutrophils and emphasizes the importance of studying signaling pathways in physiologically relevant contexts. #GPCRSignaling fcld.ly/sj93avd
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Shanu Jain(@Jain_Shanu_) 's Twitter Profile Photo

šŸ“¢Interested in GPCR Signaling and Liver Metabolism! We have an opening for a JRF positionšŸ˜ƒ
Send your CV to [email protected]
šŸPrior experience with mouse models is a plus but not required.

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Science Signaling(@scisignal) 's Twitter Profile Photo

The Marin and Chaumont-Dubel groups at Inserm demonstrate how interactome dynamics can control highly coordinated cellular processes such as dendritic tree morphogenesis. Signaling fcld.ly/7sbufz8

The Marin and Chaumont-Dubel groups at @Inserm demonstrate how #GPCR interactome dynamics can control highly coordinated cellular processes such as dendritic tree morphogenesis. #GPCRSignaling fcld.ly/7sbufz8
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Characterizing over 350 mutant forms of the GPCR AT1R, Laporte lab and The Vaidehi Lab interrogate structural features of this cardiac receptor and identify residues that contribute to regulation communication pathways. McGill University scim.ag/3Ha

Characterizing over 350 mutant forms of the GPCR AT1R, Laporte lab and @VaidehiLab interrogate structural features of this cardiac receptor and identify residues that contribute to #allosteric regulation communication pathways. @mcgillu #GPCRSignaling scim.ag/3Ha
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Inhibition of vesicle exocytosis and neurotransmitter release by presynaptic G-beta-gamma is critical for behavior and neurological processes in mice Vanderbilt University stke.sciencemag.org/lookup/doi/10.ā€¦

Inhibition of vesicle exocytosis and neurotransmitter release by presynaptic G-beta-gamma is critical for behavior and neurological processes in mice @VanderbiltU #GPCRSignaling stke.sciencemag.org/lookup/doi/10.ā€¦
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Researchers find that proteins governing the signaling functions of arenā€™t involved in the receptorā€™s scavenging functionā€”hinting that signaling and scavenging CCR2 populations could be targeted independently. UCSD BioSciences scim.ag/1oA

Researchers find that proteins governing the signaling functions of #CCR2 arenā€™t involved in the receptorā€™s scavenging functionā€”hinting that signaling and scavenging CCR2 populations could be targeted independently. @ucsdbiosciences #GPCRSignaling scim.ag/1oA
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Inactive conformations of related GPCRs are structurally similar, but exhibit distinct ligand-binding properties Institute for Molecular Bioscience stke.sciencemag.org/lookup/doi/10.ā€¦

Inactive conformations of related GPCRs are structurally similar, but exhibit distinct ligand-binding properties @IMBatUQ #GPCRSignaling stke.sciencemag.org/lookup/doi/10.ā€¦
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Science Signaling(@scisignal) 's Twitter Profile Photo

Parkar and colleagues discover a G protein-biased compound that can sustainably activate S1P1 and preserve endothelial function without compromising immune responses in rodents. Sanofi fcld.ly/mhvngtn

Credit: Val Altounian/PDB

Parkar and colleagues discover a G protein-biased compound that can sustainably activate S1P1 and preserve endothelial function without compromising immune responses in rodents. @sanofi #GPCRSignaling #BiasedAgonism fcld.ly/mhvngtn

Credit: Val Altounian/PDB
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Biased allosteric modulators of the M1 muscarinic acetylcholine receptor demonstrate that phospholipase D controls neuronal functions, shows a new study from the Conn group at Vanderbilt School of Medicine Basic Sciences. stke.sciencemag.org/lookup/doi/10.ā€¦

Biased allosteric modulators of the M1 muscarinic acetylcholine receptor demonstrate that phospholipase D controls neuronal functions, shows a new study from the Conn group at @VUBasicSciences. #GPCRSignaling stke.sciencemag.org/lookup/doi/10.ā€¦
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Researchers have discovered that spatial bias in cells can influence biological outcomes from parathyroid hormone ā€“ a finding that could facilitate the design of new and more precisely targeted drugs. PittDeptofMed fcld.ly/4tbtpyf

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