Hamidreza Shaye

PD in Neuroscience, Südhof Lab @ Stanford | Ph.D. in Structural Biology, Cherezov Lab @ USC

[Hamidreza Shaye @Hamidrezashaye]

Go check it out NOW!!!

[Cornelius Gati @CorneliusGati]

And… we're live! Our manuscript is out in @nature: 'Structural basis of the activation of a metabotropic GABA receptor'. A ‘movie’ of four GABA(B) heterodimer #cryoEM structures along its activation pathway. https://t.co/oEyFgNQwNQ #GPCR @SLAClab 1/n

[Hamidreza Shaye @Hamidrezashaye]

@DMEremin @TheNelsonLab @CaltechCCE Many congratulations!!!

[Cornelius Gati @CorneliusGati]

Please share far and wide: My lab has an opening for a postdoctoral researcher, to study the structural biology of membrane proteins in neuro- and immunobiology. Come join our diverse and collaborative team in sunny SoCal - reach out with any questions! https://t.co/iCekUIZDD0

[Cornelius Gati @CorneliusGati]

Thrilled to present our manuscript out today in @CellCellPress. A tour-de-force on anaphylatoxin complement receptors - 9 (!!!) unique GPCR structures: C3aR/C5aR1, biased/partial/full agonist, Go/Gq, mouse/human. https://t.co/YDxiqKQTQd

[Hamidreza Shaye @Hamidrezashaye]

@CorneliusGati @CellCellPress Many congratulations to you and the team!

[Seva Katritch @sevakat1]

Join our team (https://t.co/Ug8HjMhk5L) to explore new directions in computer-driven #DrugDiscovery using #StructureBased and #DeepLearning approaches. See some ideas in Nature: https://t.co/1j4xBCrjSR and https://t.co/KAdZQgDGjQ).
Details here https://t.co/QueZjGyvBz
Pls RT!

[Seva Katritch @sevakat1]

Join our team at Katritch lab to explore new directions in computer-driven #DrugDiscovery using structure-based and #DeepLearning approaches. https://t.co/0Q3h3wAZwJ

[Hamidreza Shaye @Hamidrezashaye]

@Shubha_ggarwal @NatureChemistry @FokinLabUSC @USCChemistry @USCBridge Many congrats!

[Hamidreza Shaye @Hamidrezashaye]

@wewillwewillfuc https://t.co/5JD6aWLqMJ اینو ببین

[Hamidreza Shaye @Hamidrezashaye]

@wewillwewillfuc خیلی شبیه بازیش بود!

[Hamidreza Shaye @Hamidrezashaye]

@PhDPetite Many congrats!!!

[Hamidreza Shaye @Hamidrezashaye]

@TheEdrahil منشن دادم.

[Hamidreza Shaye @Hamidrezashaye]

@BaharloueiSina @aistats2023 Many congrats!

[Cornelius Gati @CorneliusGati]

Please RT: My lab @USCBridge in Los Angeles has an opening for an NIH-funded Postdoc to pursue structural studies of pharmacologically important GPCR complexes. Please spread the word and reach out! https://t.co/QVNyj52Bpc https://t.co/3nbCb9mpFA #cryoEM #GPCRs

[Hamidreza Shaye @Hamidrezashaye]

@AliEftekhari92 @MichelSliwa @RachelMeallet Many congratulations Ali jan.

[Baljit Khakh @baljit_khakh]

Just back from a Khakh and Sudhof lab retreat on Moonstone Beach, CA. A few days of great science, discussions, wine, food and ocean walks! Highly recommend. Many thx to trainees from both labs for making this a hit and for their excellent work!

[Trends in Pharmacological Sciences @TrendsinPharma]

New spotlight article from Baruch Kanner and Oshrat Dayan-Alon @HebrewU highlighting @Nature research article on the structural basis of GABA reuptake inhibition by @CorneliusGati @ZeniaMotiwala @sevakat1 @Hamidrezashaye @LamJordy. https://t.co/XNrqsHT6kT

[Hamidreza Shaye @Hamidrezashaye]

Thrilled to announce our paper published in PNAS on the structure of AT2R in complex with the antagonist EMA401 that showed to have therapeutic effects combating glioblastoma. The work was done in collaboration with the labs of @sevakat1, #Syed and #Tzakos
https://t.co/DcTC58PYR3

[Xiaoting Wu Lab @XiaotingWuLab]

So thrilled to announce the opening of the Wu Lab @XiaotingWuLab in the Neuro Dept @SinaiBrain at Mount Sinai @IcahnMountSinai in Sept! The Wu lab will study the neural mechanisms of social cognition https://t.co/7hRblKdItq We’re recruiting postdocs, PhD students, and lab techs.

[Hamidreza Shaye @Hamidrezashaye]

Many congratulations to the Gati Lab @CorneliusGati for this beautiful work published in @Nature and a special shout out to @ZeniaMotiwala. It is my great pleasure to be a part of the team. It is a must read paper!

[Cornelius Gati @CorneliusGati]

Proud to present our lab's inaugural paper out @nature: 'Structural basis of GABA reuptake inhibition', showing the cryoEM structure of human GABA transporter 1 (wildtype, 60 kDa/12 TMDs, NO Fab/Nb) bound to anticonvulsant tiagabine. 🧵 #GAT1 #NomenEstOmen https://t.co/WYNzrF5SUX