🔔 New Issue: Focus on #Autophagy and #Cancer, featuring three new Reviews: 🖊️ Transcriptional regulation of autophagy in cancer 🖊️ Autophagy in cancer, liver and brain disorders 🖊️ Autophagy and cancer dormancy Plus Research articles on both iron #metabolism and

You can still register and submit an abstract for the 2nd Redox Medicine Workshop, Luso, Portugal (6-9 October). Late registration up to September 25!! https://t.co/57j68x9URC @SFRR_Europe @cnc_uc @FEBS_Letters @FEBSOpenBio

🔬 Why does cancer relapse years after treatment? Dormancy, aided by autophagy, helps tumors survive, hide & later reactivate. Explore the autophagy–dormancy link: https://t.co/EDZIOHAl2e #CancerResearch #Autophagy #Metastasis @DevrimGozuacik

🎉 We also congratulate two runners-up, whose essays will be published later this year: Dr. Cara Giovanetti, "It Takes a Village: Preparing #WomenInScience for difficult times" Mahaiwon Shadang, "The Other Women" Thank you to every researcher who submitted!

All aerobic life depends on pyruvate dehydrogenase complexes ⚡ Yet their structures and assembly vary widely across species. Discover the differences: https://t.co/YHvdcVrywE #Biochemistry #Metabolism #MolecularBiology @Rafal_Zdanowicz @SarahBaum_12

🥇👩‍🔬 Congratulations to Rayane da Cruz Albino, winner of our 2025 Writing Contest: Celebrating #WomenInScience! 🎉 Her essay, “Black Pitch Illuminated: The legacy of Professor Jean H. Langenheim” celebrates a pioneering scientist whose field research laid the groundwork for

✅How to write an engaging #title and #abstract by Dr. Juanita Perera, Editor @FEBS_Letters @FEBSnews ❓Couldn't join us live? #Video recording is available! 🔗Scan the QR code or 👉 https://t.co/WlNX9s9NIj #FEBSJuniorSection #YoungFEBS #FEBS #FEBSPress #FEBSLetters

To survive multiple extreme conditions, polyextremophiles produce protective exopolysaccharides 🛡️Learn how these molecules aid adaptation: https://t.co/psgxP80UVG #Microbiology #Extremophiles #Glycobiology

Immune responses need to be fast ⏱️ mRNA metabolism adapts rapidly via alternative splicing, polyadenylation & decay. Find out more: https://t.co/PbttzsBtjb #Immunology #RNA #mRNAmetabolism @ILegnini

🧪 Stenmark and colleagues offer structural insights into the unexpected activity of anabolic #steroid stanozolol as a nanomolar inhibitor of MTH1, an #anticancer drug target. ➡️ https://t.co/T4dzlr9AHv

🦠 #Tuberculosis remains a global health challenge. Here, Adinolfi, Marengo and colleagues characterized an M. tuberculosis sulfurtransferase SseA and its interaction with SufEMtb, offering a potential therapeutic target. ➡️ https://t.co/cCj4t4VYeX

"What are the minimal requirements for life? 🧬 Designing synthetic cells means tackling the complexity of natural lipid membranes. Gan et al. explore lipidome needs & systems: https://t.co/GLkDkyiqtv #SyntheticBiology #Membranes"

🏆 👩‍🔬 In February, we marked Women in Science Week by announcing our 2025 Writing Contest: Celebrating #WomenInScience. Before presenting our winner later this month, we're pleased to share our shortlisted entries below. Read more on the FEBS Network: ➡️

🦠 Taki and colleagues identify a novel signaling pathway for IL-4 production involving βcTyr573 and the adaptor ShcA in mouse primary #basophils: ➡️ https://t.co/c3mTrW3kRw

Lymphoma research is moving beyond flat 2D models 🧫 Faria et al. review new 3D non-Hodgkin lymphoma systems and the challenges ahead: https://t.co/l5Q18UmAgj #Lymphoma #3DCellCulture #CancerResearch perezgalan_p

In Early View: Snelling, Cohen and colleagues report structural insights into TRAF2 binding to TIFA during ADP-heptose #signalling, and that TRAF2 contributes to TIFA degradation by #autophagy. ➡️ https://t.co/5TrYo816gz @TWSnelling @taycell

Exploring lipid diversity and minimalism to define membrane requirements for synthetic cells https://t.co/ssAviXgISH @FEBS_Letters

I love stories. Especially the ones with a twist at the tail—or should I say... 3′end? In our latest review, @Erson_BensanLab, @ibrahimozgul_ and I dive deep into the neglected isoforms in cancer. @FEBSJournal @FEBS_Letters

Often overlooked, 3′ UTRs play a crucial role in gene regulation—interacting with RNA-binding proteins, ncRNAs, and shaped by alternative polyadenylation. Read more: https://t.co/2AyA99r6ub #RNA #GeneExpression #MolecularBiology @ibrahimozgul_ @didemdioken @Erson_BensanLab

🔔 Our August issue is online! Issue 15 features: 🖊️ Review: Spatial positioning of #senescent cells in development, healing, and #aging 🐟 Editor's Choice: Social context of #HeatStress and #MutagenStress in zebrafish ➡️ https://t.co/51OSe8gZZc