I'm happy to share the work I've been doing in the @savitski_lab where we've developed mito-TPP, an optimised workflow for applying TPP directly to mitochondria. Check out the link and thread below to learn more. Thanks to @LiSciAlliance for supporting this work.
TPP goes subcellular! We are happy to present the preprint from our lab introducing mito-TPP, an optimized TPP workflow that enables the direct application of TPP on isolated mitochondria for the direct and extensive study of the mitochondrial proteome. https://t.co/yrblLs5mPq
Amazing mechanism! Hyperpromiscuous phage kinase to overcome bacterial defenses. Great work from the always successful combo of the @savitski_lab and the @TypasLab.
1/11 - With @KMitosch and Clément Potel + colleagues in @savitski_lab @TypasLab @embl, I’m very happy to share our discovery of a hyper-promiscuous phage protein kinase (T7K) which broadly deactivates bacterial defenses! https://t.co/Yjqtwof1um
⏰ Last chance to apply for the #EMBOQuantPro Practical Course!
For six days, leading experts in quantitative proteomics will train participants on how to best integrate evolving technologies into their own research.
📢 Secure your spot until 25 November: https://t.co/eTHIt8Txzc
What a privilege to have been part of @CellSymposia #CSMito2024 - fantastic science and even greater people. Thank you all for an amazing and inspiring conference, #mitochondria are more multifaceted and powerful than ever 💪🔬🫀🧠🐭🪱📿💃
The first paper of my PhD is finally out! 🎉 That comes after years of effort, and I’m happy that I shared this with one of my closest friends @DAngelidaki! Thanks to Costas for the support and mentorship, and all co-authors for the help, especially @JNuchel and @JiyoungPan!
🥳🚨Preprint Alert!🚨🥳
Excited to release this #preprint@biorxiv_cellbio led by our postdoc Sri @Sri_chandragiri!! We addressed the question "how #mitochondria adapt to hypoxia" and identified the AFG3L2 protease as a key player! Congratulations Sri🎉😁!
https://t.co/av0ketYlH8
As part of the ARISE2 program we have technology development fellowships at @embl for #STEM researchers to support our partnership with @scilifelab. Take a look at this amazing program & reach out if interested in advanced imaging, spatial multiomics, data analysis & integration
🚨𝐇𝐞 𝐋𝐚𝐛 job opportunity @UCSF 🚨:
I'm hiring TWO postdocs - an experimentalist and a computational biologist. Join us to use cutting-edge single-cell and spatial technologies to unravel the mysteries of human tissues.
https://t.co/QJqxMmrxGi
A heads up to all post-docs - the Genome Biology dept @EMBL is recruiting - independent group leader (PI) position. Outstanding colleagues, students, world-leading core facilities in a very supportive, collaborative and family environment, #jobs. Ad will be posted in next days
How can proteomics contribute to making personalised medicine a reality and what are some of the obstacles we need to overcome to make this happen?
Grab a coffee and read on 👇
https://t.co/LLUhu2SF3y
One in one out at the mitochondrial inner membrane!
Human mitochondrial carriers of the SLC25 family function as monomers exchanging substrates with a ping-pong kinetic mechanism
https://t.co/044kHgIQYC
EMBL turns 50 this year! 🎂
To celebrate, we are hosting an exciting scientific symposium on 4–5 July, in Heidelberg and online.
It’s not too late to join our golden anniversary virtually.
Register for #EMBL50 here: https://t.co/d5MPSRm3ML
This is a critical study to start discarding mitochondrial-derived ROS as a direct source of genome instability. There are many other ways mitochondria communicate with the nucleus, but it looks like ROS is not one (at least directly). https://t.co/lGNmGqX3Yu