Steven Wade

[Steven Wade @StevenWade98]

Had such a great time presenting my work at the @OISB_IBSO-@NRC_CNRC Trainee Research Day! Huge thank you to the organizers for this fantastic opportunity. And of course a big thank you to my supervisor @MireilleKhacho and all members of the @KhachoLab!

[Lowe Lab @LoweLabMSKCC]

Excited to share our latest work out now in print @Nature! Lead by @almudena_Chaves and @ScottMillman_MD, we uncover how metabolic rewiring via OGDH controls tissue regeneration and stem cell fate in the intestine 🚀🚨 https://t.co/xS1QajleeQ

[Steven Wade @StevenWade98]

Congratulation @liv_sommers !! So well deserved!

[Khacho Lab @KhachoLab]

🎉 Congratulations to @liv_sommers for successfully defending her Master’s Thesis in Biochemistry on April 11, 2025! You did a fantastic job and we’re all so proud of you! 🔬🧠👏
#MastersDefense #Biochemistry #WomenInSTEM
🧪✨

[Khacho Lab @KhachoLab]

Huge congratulations to Rholls @RTomsine for being a recipient of the 2025 OISB-NRC Graduate Scholarship Award! 🎉👏 Excited to see all the amazing things ahead! #Proud #Scholarship #Congrats

[Artem Khan @ArtemAKhan]

Excited to share our perspective on solute carrier transporters - gatekeepers of metabolism https://t.co/jWB44CnMhR @KivancBirsoy @YuyangLiu1996 @gadmark @TimCKenny @CellCellPress @RockefellerUniv

[Khalimonchuk Lab @Mito_Crue]

Dual regulation of mitochondrial fusion by Parkin–PINK1 and OMA1 https://t.co/RMqPMBshMF

[Steven Wade @StevenWade98]

Congratulations @MireilleKhacho !! 🎉

[OISB @OISB_IBSO]

Congrats to @MireilleKhacho from @OISB_IBSO for award for Early Career Researcher of the Year from the Faculty of Medicine!

[Steven Wade @StevenWade98]

@TPodinic congrats!!!! so well deserved ☺️

[Gilles Gouspillou @GGouspillou]

PINK1 deficiency alters muscle stem cell fate decision and muscle regenerative capacity: Stem Cell Reports https://t.co/P34HGdKD5r

[FrezzaLab @FrezzaLab]

Pyrimidines maintain mitochondrial pyruvate oxidation to support de novo lipogenesis | Science https://t.co/qR83gOa3Qv

congrats to @bensahralab!!! whoa!

[Myogenesis Discussion Group @MyogenesisGroup]

Join us this month as we welcome Dr. Mireille Khacho from @uOttawa. 🌟 She'll be sharing insights on "Mitochondria direct muscle stem cell fate and muscle regeneration." Save the date: March 25th, 2-3pm EST. #ScienceTwitter #MuscleRegeneration @MireilleKhacho @KhachoLab

[Mireille Khacho @MireilleKhacho]

Happy to share our new work showing the importance of OPA1 and mitochondrial remodelling at the onset of muscle differentiation. OPA1, together with SCAF1, mediate the metabolic switch that is essential for differentiation.
https://t.co/7tsU0rWsdv
@uOttawaBMI @OISB_IBSO

[OISB @OISB_IBSO]

Congrats to @MireilleKhacho on her appointment as the new Director of the Metabolomics Core Facility @OISB_IBSO!

[Steven Wade @StevenWade98]

Had an amazing time presenting my work @CSMB2023 in the metabolomics section today! Such great presentations so far! Thank you @CSMB_SCBM for the opportunity and to my supervisor @MireilleKhacho for her support!

[Steven Wade @StevenWade98]

Had such an amazing time presenting my work at the @uOttawaBMRI Stem Cell Research Day! Thank you to my supervisor @MireilleKhacho and all members of the @KhachoLab for making this possible!

[Steven Wade @StevenWade98]

@dilanras1 @uOttawaBMRI Such a great talk!!

[Journal of Experimental Zoology A @JExpZoo_A]

Wood frogs use freeze tolerance to survive subzero temps. Wade et al. found that despite stable levels of mRNA methylation during freezing and anoxia, abundance of m6A methyltransferases increased. So m6A methylation might coordinate freeze-thaw cycles
https://t.co/PtSRZ9qixx

[Steven Wade @StevenWade98]

@redaetd @BMIGSA @uOttawa @jillscott68 This is honestly so frustrating. While I don’t often go to the caf for food, it’s nice to know the option is there. I’m not sure what the point of opening Elements was if it’s just going to be closed for 1/3rd of the year.

[Steven Wade @StevenWade98]

@sciencebyemma Huge congrats!!

[Cell Stem Cell @CellStemCell]

Online Now! Exercise reprograms the inflammatory landscape of multiple stem cell compartments during mammalian aging https://t.co/8rayZkikaj #stemcells