Riko Hatakeyama

Cell biologist at the Institute of Medical Sciences @aberdeenuni. Love signaling and organelles. TOR(mTOR)/membrane trafficking.

[Asami Oguro-Ando @Oguro_Ando_lab]

🚨 PhD opportunity alert! 🚨
We’re recruiting! Come join my lab to uncover how neurons influence astrocyte function in the developing brain 🧠✨

👉 Apply here: https://t.co/HJHhGU2svr

Let’s work together! 💥 #PhD #Neuroscience #Glia #GW4BioMed #Exeter

[Riko Hatakeyama @Hatakeyama_Lab]

@PI_in_abroad こちらも画面越しに元気をもらいました！

[Hiscock Lab @hiscock_lab]

🚨Job alert in theory/math devbio 🚨
I’m currently advertising postdoc positions to join my group. We’re building reaction-diffusion models to understand some of the crazy things embryos can do. We are based in a beautiful part of Scotland. Please share! https://t.co/mIuYbbt0rV

[Riko Hatakeyama @Hatakeyama_Lab]

Congratulations to Raffa and all the others! Glad to have contributed, though very little, to this impressive work.

[Raffaele Nicastro @Raf_Nic]

🚨New paper alert📰
Out now on @CellReports: Tco89, an understudied TORC1 subunit in yeast, keeps upstream regulators and TORC1 together. Moreover, TORC1 controls Tco89 stability -> Spatial regulation through multisite phosphorylation!
https://t.co/Kn61Efh14O

[Riko Hatakeyama @Hatakeyama_Lab]

@VRossio Thanks a lot, Valentina- hope you are doing well!

[Riko Hatakeyama @Hatakeyama_Lab]

First paper from the lab. I'm proud of you, Kenji!

[Journal of Cell Biology @JCellBiol]

Muneshige & Hatakeyama @Hatakeyama_Lab @aberdeenuni find that vacuoles supply membrane during the formation of TORC1-containing signaling #endosomes in yeast in a process mediated by the membrane-cutting CROP complex and promoted by TORC1 kinase activity. https://t.co/p4ttqXpODB

[Riko Hatakeyama @Hatakeyama_Lab]

Excellent opportunity for cell biology students and postdocs in Scotland!

[BSCB @Official_BSCB]

We are sponsoring the Scottish Cell Biology Meeting on 18th Sept. Save the date!

[Riko Hatakeyama @Hatakeyama_Lab]

@marco_cale Thanks, Marco!

[Riko Hatakeyama @Hatakeyama_Lab]

@EnklerLudovic Thanks, Ludovic! Hope we have a chance to chat again soon!

[Riko Hatakeyama @Hatakeyama_Lab]

@Kei__Sakamoto Thanks, Kei!!

[Riko Hatakeyama @Hatakeyama_Lab]

@structureltp Thanks, Lucas! Hope we will have a chance to collaborate with your lab!

[Riko Hatakeyama @Hatakeyama_Lab]

@Raf_Nic Thanks, Raffa! Let's hope we hear good news on your cool story soon!

[Dr Dawn Thompson @DThompsonlab]

Delighted to share our latest publication @TheBHF @AberdeenCDC @TenovusScotland @FriendsofANCHOR @AbdnLifeScience
GRK5 regulates endocytosis of FPR2 independent of β-Arrestins - Journal of Biological Chemistry https://t.co/wYSMKomJd9

[Riko Hatakeyama @Hatakeyama_Lab]

@DThompsonlab @TheBHF @AberdeenCDC @TenovusScotland @FriendsofANCHOR @AbdnLifeScience Fantastic- congratulations, Dawn!!

[Riko Hatakeyama @Hatakeyama_Lab]

Looking for a PhD candidate! Contact me if you wish to investigate a cellular compartment that 1) is certainly important but 2) we know almost nothing about. https://t.co/dko2Jve9ot

[Emilie Hollville ♻️🏳️‍🌈🏳️‍⚧️ @EHollville]

My lab is hiring! We are looking for a Research Assistant to characterize the function of a schizophrenia risk factor at @AberdeenNeuro. Involves iPSC, gene editing and neuronal biology! The post is available either full-time or part-time.
https://t.co/KEygxT4gtM

[Hiscock Lab @hiscock_lab]

🚨 Job alert in theory/devbio/mathbio 🚨Official applications for PhD/postdoc opportunities in the Hiscock lab are now live! Check out https://t.co/iq245oMe9H for links. Deadline 10 November.

[Riko Hatakeyama @Hatakeyama_Lab]

Absolutely beautiful paper- congrats @DemetriadesLab!

[Demetriades Lab @DemetriadesLab]

📢 I am so incredibly happy and proud about this one!
🔟+ years in the making, 2,5 years since first submission, 1⃣ year since we posted it @biorxivpreprint, it finally found it’s home @NatureCellBio!

Open access 👇
https://t.co/IWJTxkvmIv

Detailed 🧵down below ⏬

[University of Aberdeen @aberdeenuni]

University of Aberdeen scientists have been awarded millions to investigate how normally 'near-perfect' DNA processes go on to form cancer. Read more about the study here https://t.co/08pCidBUiX

[Riko Hatakeyama @Hatakeyama_Lab]

Interesting work... congratulations to the authors!