Mary Fesenko

PhD student @roylelab || wish I could travel inside cells in a membrane vesicle, but have to use microscopes instead ||

[Mary Fesenko @MAFesenko]

I had lots of fun fishing for vesicles during my PhD 🎣🔬 and I’m very happy to see the final version of this story out along with a wild cherry tree planted in the Forest of Biologists - a wonderful biodiversity-promoting initiative by @Co_Biologists!

[J Cell Science @J_Cell_Sci]

Mary Fesenko, Stephen Royle and colleagues @BMSatWarwick @warwickmed @uniofwarwick find that ATG9A vesicles are a subtype of intracellular nanovesicle.
Highlight: https://t.co/qH2WSbIKL5
Article: https://t.co/fKVl59SwF6
#OpenAccess #ReadandPublish

[Nuria Ferrandiz (@nuriaferrandiz.bsky.social) @Nufediaz]

Few things make me prouder than seeing junior scientists you’ve seen grow—professionally and personally—succeeding and shining.
First person today — @MAFesenko 💫🚀👩‍🔬
https://t.co/LGeh9OvZJN #ProudMentor #LifePI

[Mary Fesenko @MAFesenko]

I’m currently looking for a post-doc in the UK, particularly to work on projects that employ in-vitro reconstitution and quantitative #microscopy approaches to study #cellbiology processes (esspecially #membranetraffic) + would be grateful for sign-posting towards openings! 🙏

[Mary Fesenko @MAFesenko]

I had lots of fun fishing for vesicles during my PhD 🎣🔬 and I’m very happy to see the final version of this story out along with a wild cherry tree planted in the Forest of Biologists - a wonderful biodiversity-promoting initiative by @Co_Biologists!

[J Cell Science @J_Cell_Sci]

Mary Fesenko, Stephen Royle and colleagues @BMSatWarwick @warwickmed @uniofwarwick find that ATG9A vesicles are a subtype of intracellular nanovesicle.
Highlight: https://t.co/qH2WSbIKL5
Article: https://t.co/fKVl59SwF6
#OpenAccess #ReadandPublish

[Mary Fesenko @MAFesenko]

And thank you @J_Cell_Sci for publishing an interview with me - I enjoyed reflecting on my work + journey in science so far! I’m looking forward to new chapters in my membrane trafficking adventures and hope to continue exploring how cell organelles shape-shift + communicate!

[Mary Fesenko @MAFesenko]

Really exited to be at #100biologists!
Come to my poster #120 NOW to hear about my PhD work with Steve Royle on characterising different flavours of intracellular nanovesicles!
We also have (moderately) exciting giveaway at my poster - check it out! 🌈🔬

[Cameron Nowell @NerdyCammy]

Answering the call of @haesleinhuepf, @tischitischer,@petebankhead,@cmci_,@CiminiLab

My @FijiSc training notes are now FAIR. All online in an open format to download and use for teaching, training and other things. All in Google Doc or PDF formats

https://t.co/Dp3YrJPbGp

[Mary Fesenko @MAFesenko]

@hannes_maib Congratulations, Hannes! So well deserved! 👏

[Cell Biology J-Club @cell_club]

Non-disruptive inducible labeling of ER-membrane contact sites using the Lamin B Receptor https://t.co/400qFmarzs

[Mizushima Lab (UTokyo) @MizLabUT]

Noboru shows a 'MD simulation'. ATG9 vesicles move freely due to thermodynamic fluctuations. When they contact the OPTN droplet in the center of the screen, the ATG9 vesicles are captured and anchored to the droplet due to the wetting effect (Mizushima et al. unpublished)

[Romain Guiet @romainGuiet]

If you want to know more 🤓 about colocalization and the game we created follow the link to read the post on @focalplane_jcs 🔬🤹‍♀️🥳 @LeBIOP @EPFL

[scott @scottvisionai]

Check out the preprint for my first paper! Been working on this during my PhD and really happy with what we have achieved

[Mary Fesenko @MAFesenko]

@dudin_o @Dey_Gautam @CentrioleLab WOW 👏👏 Congratulations!

[Beata Science Art @beatascienceart]

I need to tell you all about the Toledo CellulART Symposium! This event combines science and art in a really unique way. It was a huge pleasure to present my #SciArt and connect with so many inspiring people! Many thanks to @RhoPower @AndoniMucci & the rest of the organizers!

[Mary Fesenko @MAFesenko]

@So_lets_kiLab70 Wow 🤩 Look at those endosomes (?) hoola-hooping too!

[joe @jtyler91]

PI3K dependent rearrangement of the actin cytoskeleton following the addition of Class I PAK kinase-inhibitor. Please read about it in our pre-print!

[Nicole Robb @nicole_robb1]

Very proud of our latest preprint - using single-molecule assays to explore SARS-CoV-2 replication and inhibition. Thanks to all awesome co-authors @daniellegroves_ @AndrewPMcMahon @haitian_fan @JeremyKeown1 @fodorlab Read it here: https://t.co/zzi3BRDSrF

[Martin Picard @MitoPsychoBio]

Astrocyte mitochondrion

Triangular cristae, from a hamster brain

[Mary Fesenko @MAFesenko]

@midbody I haven’t managed to see it myself all year, despite being a night owl 🦉as you know! I came out to have a look last night, but I think there’s there’s too much light pollution around my flat 😢

[Mary Fesenko @MAFesenko]

@manorlaboratory Update: I did it! The photo was actually taken by my supervisor since I’m writing my thesis from home + only come in for meetings #ScienceIsInternational