Felix C. E. Vogel

account inactive - see you om bsky 🤙🏻

PhD | @MetaboholicsLab @DKFZ
👨🏻‍🔬🧬🔬 | 🏊🏻‍♂️🚴🏻‍♂️🏃🏻‍♂️

[Felix C. E. Vogel @FelixCEV]

I am excited to share our @NatureCancer review on the role of #lipid and #fattyacid #metabolism in #cancer progression and #metastasis! @MetaboholicsLab @adrianobcfilho @almut_schulze @DKFZ 🥳https://t.co/M7XD2Qvrd4

[Ferroptosis (SPP 2306) @Ferroptosis2306]

🚀 Thrilled to announce the launch of Phase 2 funding for #SPP2306!

After an incredibly productive first phase, we’re ready to push the boundaries of 🔬 science. Huge thanks to everyone for the inspiring discussions and groundbreaking ideas—let’s keep the momentum going! 🔥🔥

[Muir Lab @Muir_Lab]

Just realized the major plot in Batman Begins involves GC-MS saving Gotham! #teammassspec win.

[Zhe Wang @ZheWang_NCB]

1/ 📢 Our special issue on #celldeath is now live @NatureCellBio, which features Editorial, Reviews, Perspective, Comment, Research Highlights, Research Articles and so many more!
👉Click and enjoy the reading: https://t.co/fkO2Q1fkNp

https://t.co/YcbUj8JlIj

[Metaboholics Lab @MetaboholicsLab]

Spatial stable isotope tracing into fatty acids now in Nature metabolism. The result of a fantastic collaboration with @thalexandrov @space___out Mans Ekelof @Michi_MSH @gjpattij

[Nature Metabolism @NatMetabolism]

Online now! Global 13C tracing and metabolic flux analysis of intact human liver tissue ex vivo https://t.co/0MdMBfF6Ny

[The Koeberle Lab @KoeberleLab]

We're #hiring a motivated Postdoc at the Institute of Pharmaceutical Sciences, @UniGraz! Join exciting research on #celldeath, #ferroptosis, resistance mechanisms and cutting-edge bioanalytical techniques.
https://t.co/ZqhW5NP6ZC
#Postdoc #cancer #lipidomics

[Felix C. E. Vogel @FelixCEV]

@CDobersalske @NatureMedicine Congrats! 🥳

[Felix C. E. Vogel @FelixCEV]

🚨New Book Chapter in @CSHLPress 🚨

https://t.co/Lm2Eqp0hEO

We reviewed how oncogenic signaling regulates fatty acid, lipid, and cholesterol #Metabolism to drive #Cancer growth, stress response, metabolic plasticity and #ferroptosis

@MetaboholicsLab @DKFZ @Ferroptosis2306

[MikeLange @MikeLangePhD]

California Lipidomics Community (and beyond):

Our 1st Bay Area Lipidomics Meeting is coming up in only a few weeks. We put together an exciting day full of lipidomics-focused science. Please come by and join us for FREE for this exciting meeting: https://t.co/3SiRLDtp0F

[Nature Reviews Cancer @NatureRevCancer]

Our very first Roadmap article, take a look👇

[Felix C. E. Vogel @FelixCEV]

🚨New Review Alert🚨 Dive into our comprehensive state-of-the-art review on #Ferroptosis in Health and Disease. Discover the mechanisms, methodologies, and therapeutic potentials from top experts in the field. Many thanks to Carsten Berndt & @Conrad_Lab https://t.co/Xe9A9NVrHS

[Cell Metabolism @Cell_Metabolism]

New! Online now: Oncogenic fatty acid oxidation senses circadian disruption in sleep-deficiency-enhanced tumorigenesis https://t.co/mGGDIneT6z

[Nature Metabolism @NatMetabolism]

#NatMetabPicks | In @emboournal by @JohannesMeiser and @FrezzaLab (@LIH_Luxembourg, @CECAD_):

The authors provide a guideline for biologists on how to best present metabolomics data

https://t.co/SqCEns2bGr

[Silvia von Karstedt @vonKarstedtLab]

Read our new review on #ferroptosis in #cancer here @MolOncology https://t.co/SM2c4qJOeC

[Metaboholics Lab @MetaboholicsLab]

Big congrats to Kamal 🥳 Well deserved! #AACR @DKFZ

[FrezzaLab @FrezzaLab]

PKM2 diverts glycolytic flux in dependence on mitochondrial one-carbon cycle: Cell Reports https://t.co/xwlKcAc8e4

Congrats @JohannesMeiser Lab!

[Felix C. E. Vogel @FelixCEV]

@MCamposAlonso Congratulations Martha 🤩👍🏻

[Felix C. E. Vogel @FelixCEV]

Surely, a must-read review for anyone interested in ferroptosis 🤩

[James Olzmann @OlzmannLab]

Thrilled to see our new review "The Cell Biology of Ferroptosis" w/ Scott Dixon (@SJD956) is online! We discuss the execution and regulation of ferroptosis, provide an organelle-centric view of the process, and highlight the many open questions. 🎉https://t.co/eIvnpK2T4z

[Felix C. E. Vogel @FelixCEV]

@OlzmannLab @SJD956 Congratulations 🥳 Looking forward to reading it!

[Eilers Lab @MYCGyvers]

PAPER-ALERT🚨
Immune evasion is a central function of MYC in vivo. We could finally connect our mechanistic work about MYC's function in modulating transcription & replication with its strong immune evasive potential in mouse PDAC.
@Uni_WUE #MYC #CTR9

https://t.co/euRnLbU7bi