Peng Wei 魏鹏

PhD @rutterlab | Metabolism, Cancer, Cell Biology |

[Peng Wei 魏鹏 @PengWei_]

🎣 🎣 🎣

[Alex Bott @alexjbott]

Happy to share our new preprint from @RutterLab. To understand how genes are controlled, we developed a method we call TRoUT-FISH, using CRISPR + RNA-FISH. We found that glycolytic gene expression is fine-tuned by lineage specifying transcription factors.

https://t.co/U3Hi1Ovozn

[Alex Bott @alexjbott]

Happy to share our new preprint from @RutterLab. To understand how genes are controlled, we developed a method we call TRoUT-FISH, using CRISPR + RNA-FISH. We found that glycolytic gene expression is fine-tuned by lineage specifying transcription factors.

https://t.co/U3Hi1Ovozn

[Corey N Cunningham @CNFXC]

Excited to share our new preprint from @RutterLab, identifying a melanosomal tyrosine transporter!

https://t.co/3n0P1me8ea

[Peng Wei 魏鹏 @PengWei_]

Looking forward to learning more amazing work from your lab in the future, 🎉

[Ahmad A. Cluntun @molecularpepsi]

🚨 Here we go! 🚨 I'm thrilled to announce that I'm joining @RutgersU @RWJMS as a new Assistant Professor in the Department of Biochemistry and Molecular Biology!

Excited to start this new chapter and collaborate with an incredible team. @RWJMSResearch

I’m hiring at all levels, please reach out if interested in investigating how lactate metabolism influences cellular decisions in the heart. @Beatsbylactate

🔴⚫️ #Rutgers #Biochemistry #NewChapter @FabrizioRomano

[Peng Wei 魏鹏 @PengWei_]

Big congratulations!!! @molecularpepsi @KevinGHicks @RutterLab

[Rutter Lab @RutterLab]

🚨📣Breaking: Sources tell @espn that @RutterLab postdocs Ahmad Cluntun (@molecularpepsi) and Kevin Hicks (@KevinGHicks) have agreed on deals to start their own independent labs.

Cluntun is joining @RutgersU @RWJMS's Department of Biochemistry and Molecular Biology as an Assistant Professor. (@Beatsbylactate)

Meanwhile, Hicks is joining the @UUtah's Department of Nutrition & Integrative Physiology (@uofunuip) also as an Assistant Professor.

🚨Both labs are hiring at all levels!

Exciting times ahead for the Utes and the Scarlet Knights! 🔥🎈🥳🎉 #Utes #Rutgers #NewBeginnings @HHMINEWS @UofUBiochem @wojespn

[Joycelyn Tan @joycelyntsi]

Beyond excited to share my first paper from my PhD @DPhaz Lab @IMS_MRL now out in @embojournal! Special thanks to Sam from @TVPLab and @dougall_norris for co-leading this project with me. We found that many cell culture models, despite living in 18% oxygen, are hypoxic! 🧵below:

https://t.co/mG8PFGudGT

[Yeyun Ouyang @Yeyunouyang]

Our story about mito membrane potential is online! Buckle up for a tweetorial on this exciting journey. https://t.co/oebVCL3HVY

[Rutter Lab @RutterLab]

Happy to share the lab's latest paper where we explored various perturbations that increase mito-membrane potential and identified its mechanisms by exploiting ETC- or ATP synthase-independent machineries.

"Congrats to Yeyun, @Yeyunouyang , (and the rest of the authors) for a beautiful and innovative piece of work!"-JR

https://t.co/ErOhAoefTi

#MitoMonday @HHMINEWS @UofUBiochem @eLife

[Peng Wei 魏鹏 @PengWei_]

@molecularpepsi @nih_nhlbi @RutterLab @StavrosDrakos @TeamKhabib @NEH_CVRTI @HHMINEWS @UofUBiochem Congrats dude! 👏 🎉

[Peng Wei 魏鹏 @PengWei_]

One of the best courses to learn metabolomics! I have learned so much more about metabolomics approaches and edge-cutting research from this course (and a lot of fun). Big THANK YOU to all the instructors, TAs, and course participants!

[Piyush Sharma @PSharma_PhD]

It was indeed an intense course but with awesome instructors, the time went by too fast. Made new connections and friends. Thanks to all the instructors and TA’s for making the last two weeks filled with science, discussions and fun parties. @cshlmetabo @CSHL #metabolomics

[Jason Sheltzer @JSheltzer]

Fascinating new preprint on bioRxiv tackles a whale of a question:

Whales are huge. So why don’t they get a ton of cancers?

https://t.co/z0KjxPUebi

[Cell Metabolism @Cell_Metabolism]

The secret life of lactate: A novel cell-cycle regulatory mechanism https://t.co/Y35P7TIaUZ

[University of Utah Technology Licensing Office @UTechLicensing]

Jared Rutter @RutterLab, a @UofUBiochem professor, never thought he'd be involved in commercialization, but he said being both an academic and an entrepreneur gives him a valuable perspective into the world of drug development and research.
https://t.co/DCuEsyss3A

[Peng Wei 魏鹏 @PengWei_]

@molecularpepsi @realjakewinter @ReplyChatGPT It's using GPT3 though 🤷🏻‍♂️

[Jordan Berg @jordanberg0]

It’s really exciting to see our article describing Metaboverse out in its final form.
https://t.co/4DNyzkploh
A brief thread... 🧵(1/11)

[Peng Wei 魏鹏 @PengWei_]

@molecularpepsi @KevinGHicks Congrats!

[Rutter Lab @RutterLab]

"The development and publishing of the MIDAS platform has been a long road. @KevinGHicks deserves the lion’s share of the credit for making it happen. We have had an amazing and large group of collaborators that have contributed in essential ways" -JR https://t.co/U0kfjZoOos 1/2

[Rutter Lab @RutterLab]

Our latest Review on Metabolites as signaling molecules is now available @NatRevMCB. Co-Written by the incredible Steve Baker (@BakerLabUtah) @UofUPathology @ARUPLabs
https://t.co/dx8zoBl0va
open access:https://t.co/Y8MD4NbaSF
@HHMINEWS @UofUBiochem

[Peng Wei 魏鹏 @PengWei_]

Congrats Jake! Very happy to see your excellent and rigorous work get published!

[ZeitlingerLab @ZeitlingerLab]

Previously, it has been a challenge to distinguish between motifs for TFs that drive chromatin accessibility and those that follow it. In our latest work from @kaelanbrennan and @MelanieWeilert, we tackled this problem in the early Drosophila embryo. (1/6)
https://t.co/7lq6NtguFu