Gabriel Talaia

Assistant Professor @HokkaidoUni | Postdoc @YaleCellBio @YaleNeuro 24’| PhD @UMinho_Oficial 19’ 🇵🇹

[Juan S. Bonifacino @BonifacinoJuan]

Excited to share our new review with @DePaceRaffa, @SaikatSls, @cd_w1 @NIH on the BLOC-1 and BORC complexes—key regulators of endolysosomal processes and linked to several genetic diseases #lysosomes #melanosomes #synapses #kinesins https://t.co/2rrsDwkOJ8

[The Science of Parkinson's @ScienceofPD]

New research from @PDClab @Shawn__Ferguson & colleagues finds that the bridge-like lipid transport protein VPS13C/PARK23 mediates ER–lysosome contacts following lysosome damage; #Parkinsons-associated LRRK2, is also recruited but at later stage
https://t.co/ocpPHPY6Mc

[Yale Cell Biology @YaleCellBio]

New insights into Parkinson’s from @PDClab highlighted here:

https://t.co/FXJ3E9qdCR

[Gabriel Talaia @GTalaia]

@pablo_jack @yalepeabody “(…) more than 100 billion cells (…)”. It doesn’t say number of neurons.

[Journal of Cell Biology @JCellBiol]

LRRK2 is a kinase whose activity is linked to #Parkinsons disease. New research from @abentleydesousa and @shawn__ferguson reveals converging roles of STING and #lysosome damage in activating LRRK2 at #lysosomes via interactions between LRRK2 and GABARAP. https://t.co/D0061KhXJW

[Gabriel Talaia @GTalaia]

@JCellBiol @Shawn__Ferguson @ABentleyDeSousa Congratulations on this amazing work!

[The EMBO Journal @embojournal]

Lysosomal TBK1 responds to amino acid availability at the lysosome surface, to promote mTORC1 activation by relieving Rab7-dependent inhibition
Gabriel Talaia @GTalaia, Amanda Bentley-DeSousa @ABentleyDeSousa, Shawn Ferguson @Shawn__Ferguson @YaleCellBio
https://t.co/KBt9rPukd5

[Gabriel Talaia @GTalaia]

@ChristosGournas @embojournal @ABentleyDeSousa @Shawn__Ferguson @YaleCellBio @YaleNeuro Thank you Christos !!

[Gabriel Talaia @GTalaia]

Thrilled to see this work finally published @embojournal thanks everyone @ABentleyDeSousa @Shawn__Ferguson @YaleCellBio @YaleNeuro

Lysosomal TBK1 responds to amino acid availability to relieve Rab7-dependent mTORC1 inhibition | The EMBO Journal https://t.co/VUnyQiN21r

[Gabriel Talaia @GTalaia]

@Swethag_UIC @Shawn__Ferguson @ABentleyDeSousa Thank you Swetha!

[Gabriel Talaia @GTalaia]

@LifeCerealMikey @embojournal @ABentleyDeSousa @Shawn__Ferguson @YaleCellBio @YaleNeuro Thank you Mike !!

[The Science of Parkinson's @ScienceofPD]

New research from @GTalaia @ABentleyDeSousa & @Shawn__Ferguson highlights a role for TANK-binding kinase 1 (TBK1) in lysosome homeostasis (alleviating Rab7-mediated inhibition of mTORC1 activation); May contribute to the pathogenesis of ALS-FTD
https://t.co/ou0JTJ8hma

[Yale Cell Biology @YaleCellBio]

Critical new insight into a role for TBK1 - an ALS-FTD disease gene - at lysosomes. Congrats to @GTalaia @ABentleyDeSousa from @Shawn__Ferguson lab!

https://t.co/jl7yKw3B14

[Cell Biology J-Club @cell_club]

Lysosomal TBK1 responds to amino acid availability to relieve Rab7-dependent mTORC1 inhibition | The EMBO Journal https://t.co/vmzGCUU2jQ

[Yale Cell Biology @YaleCellBio]

Lipid transfer from the ER by Vps13 proteins is a key part of the cellular response to lysosome damage - see new work from @PDClab in collab with @Shawn__Ferguson:
https://t.co/3cuPa7khev

[Gabriel Talaia @GTalaia]

@NicholasAder Congratulations Nick! All the best

[J Cell Science @J_Cell_Sci]

Check out our 'First persons' interview with Cláudia Barata-Antunes and Gabriel Talaia @GTalaia on their joint project @UMinho_Oficial investigating trafficking of the en1 carboxylate transporter: https://t.co/97pjlQoiXJ

[Gabriel Talaia @GTalaia]

What a great experience to publish in @J_Cell_Sci. If you are interested check out the final version of the manuscript and a first author interview. https://t.co/YQQTQTEzQ8
https://t.co/kHghZh44ao

[Gabriel Talaia @GTalaia]

I am happy to announce that my last PhD paper was finally accepted in Journal of Cell Science
https://t.co/wEtEvC2Hg2

[Gabriel Talaia @GTalaia]

Do you wanna know more about the role of cytosolic tails for MFS transporters? Check out this interesting paper. https://t.co/mBlGgYsQto