The FEBS Journal

An official journal of @FEBSnews devoted to original articles and reviews in the molecular life sciences. Posts by the editors.

[The FEBS Journal @FEBSJournal]

🎉 We are thrilled to share our newest collection: Biochemistry & beyond 🎉

Through our commitment to publishing rigorous, high-impact research in all aspects of the molecular life sciences, the journal brings together diverse communities.

🔎To get you started on your Biochemistry & Beyond journey with us, explore our inaugural collections on:

🪴Plants & biotechnology,

🐁Organismal biology,

🫀Cardiobiology,

🔬 Developmental biology & Stem cells,

🧬RNA biology & epigenetics.

Explore our newest collections, here ➡️ https://t.co/DQ9NFjYfs4

🚀 At The FEBS Journal, biochemistry is the starting point – not the limit!

#BeyondBiochem

[The FEBS Journal @FEBSJournal]

🔦 Featured as an Editor’s Choice article in our Issue 20, this outstanding study reveals a novel link between ER stress and AMPK signalling, showing that ER stress promotes AMPK activation independently of the unfolded protein response.

📕 Bip1 regulates AMPK signaling in response to endoplasmic reticulum stress

📖 The accumulation of misfolded and unfolded proteins within the endoplasmic reticulum (ER) induces stress, which triggers the unfolded protein response. AMP-activated protein kinase (AMPK) is a cellular stress sensor. However, the interplay between AMPK and ER stress remains poorly understood. Using the fission yeast Schizosaccharomyces pombe as a model, we find that ER stress-induced accumulation of Bip1 prevents the degradation of Ssp1, an upstream kinase responsible for activating AMPK. AMPK activation is an adaptive response required to sustain cell viability in cells lacking Erd2, the central component of the ER-resident protein retrieval system. Collectively, our findings demonstrate the role of Erd2 in cellular homeostasis and establish a link between ER stress and AMPK signalling.

✍ Mengdan Zhu, Chuanhai Fu

🏛️ University of Science and Technology of China

Access the article here ➡️ https://t.co/nOa7RdKr45

Check out the insightful Commentary accompanying this article ✍ Erik Snapp here ➡️ https://t.co/8g34ijyeFj

#AMPK #ERstress #UPR #Erd2 #Ssp1 #SPompe

[Biopatrika @biopatrika]

#researcherspotlight Dr. Shikha Malik @malik_shikha from Dr. Rohan Khadilkar @RohanKhadilkarr lab at ACTREC Mumbai @ACTREC_TMC talks about her work on "Early-Life Aging Pathways Shape Long-Term Gut Health in Drosophila" @FEBSJournal #aging https://t.co/pbWgD7BzuV via @biopatrika

[Rohan Khadilkar @RohanKhadilkarr]

How does tumor educate the innate immune cells? Does this conditioning potentiate metabolic dysfunction? Is this a bidirectional crosstalk? We answer all these Qs:
https://t.co/QPkkapn1BH
Congrats to the authors!!
@biopatrika @FEBSJournal @FEBSnews

[The FEBS Journal @FEBSJournal]

@RohanKhadilkarr @biopatrika @FEBSnews Congrats to everyone involved on this great publication! 🎉

[The FEBS Journal @FEBSJournal]

@protasov_evgeni @FEBSnews Congratulations on this excellent work! 🎉

[Evgenii Protasov @protasov_evgeni]

Life relies on phosphate, but how did that dependency begin? Perhaps the answer lies deep underwater.
Read more in "Hydrothermal origin of metabolic phosphorylation" @FEBSJournal @FEBSnews
#OriginOfLife #Evolution #Metabolism
https://t.co/r9y2Dem1hJ

[The FEBS Journal @FEBSJournal]

🩸 Whilst best known for regulating development and metabolism in tissues of endodermal origin, the nuclear receptor LRH-1 (NR5A2) is emerging as an underappreciated but powerful player in immune-mediated diseases and blood cancers.

🎯 This Mini Review in Issue 20 of The FEBS Journal highlights how targeting LRH-1's tissue-specific pathways could unlock selective, highly targeted therapies for leukemia and immunopathological diseases ⬇️

📕 From hepatic to hematopoietic: LRH-1's expanding cellular repertoire to the immune system

📖 The nuclear receptor LRH-1 is a well-characterized regulator of endodermal tissue. Yet, increasing evidence indicates that LRH-1, although expressed at low levels, is also a critical regulator of the hematopoietic system. LRH-1 regulates the immune system by contributing to immune cell-specific functions. Consequently, its deregulation promotes the onset and progression of immune cell-mediated diseases and inflammation and even hematopoietic cancer.

✍ Lukas Meisinger, Alice Wiedmann, Rayan Hassan M. Elshikhidriss, Thomas Brunner

🏛️ University of Konstanz, University of Khartoum

Read this brilliant review article here ➡️ https://t.co/WSlcyTNVe0

#LRH1 #leukemia #immunopathology #hematopoieticsystem #nuclearreceptors

[The FEBS Journal @FEBSJournal]

🚀 Our Issue 20 is now online, packed with fascinating research from across the life sciences!

This new issue features:

🦠 A Review article exploring the effects of GLP-1 agonists on the gut microbiota in type 2 diabetes.

🧫 A Mini Review article dissecting the role of the nuclear receptor LRH-1 in hematopoietic and immune system regulation, highlighting how its deregulation promotes the onset and progression of immune cell-mediated diseases.

🧩 An Editor's Choice article investigating the interplay between AMPK and ER stress, putting Bip1 and Erd2 under the spotlight, accompanied by an insightful Commentary.

🍄 Additionally, two exciting Original Articles delving into the fungal bioluminescence pathway and proposing novel key players.

📚 And a diverse collection of outstanding original research across the life sciences!

Discover the full issue here ➡️ https://t.co/pgIpaQEzBf

#GLP1 #microbiota #hematopoiesis #ERstress #AMPK #bioluminescence

[Rohan Khadilkar @RohanKhadilkarr]

Delighted to share our recent publication on tumor - innate immune crosstalk during cancer cachexia out now in @FEBSJournal and led by @UjjayitaC my PhD student.
Heartiest congrats to the authors 🎉
@biopatrika @ACTREC_TMC Link: https://t.co/QPkkapn1BH

[The FEBS Journal @FEBSJournal]

🧬 We look forward to attending the EMBO-EMBL Symposium ‘The complex life of RNA’ in Heidelberg next week.

💬 Please come and meet The FEBS Journal Editor, Yeliz Yılmaz. We'd be delighted to connect and discuss great science with you!

#EESRNA #FEBSPress #EMBLEvents

[The FEBS Journal @FEBSJournal]

📣 Issue 19 is now online!

🔎 Discover our latest collection of Original Articles, Reviews, Viewpoints, and Commentaries featuring cutting-edge advances across molecular, cellular, and structural biology:

🧩 An insightful Review dissecting S6K1 regulation and pivotal role of mTOR complexes 1 and 2.

🧠 A Viewpoint by Erol and colleagues, exploring how high density multi-electrode (HD-MEA) systems and single-cell electrophysiology enable complex network analysis in amyotrophic lateral sclerosis (ALS).

🔬 An Editor’s Choice article in which Schäfer et al. integrated MALDI-MSI with LCM–LC-MS/MS data to spatially resolve epigenetic atlas of histone proteoforms in mouse models of Rett syndrome.

Check out our new issue here ➡️ https://t.co/X2TeVL01GU

#mTOR #ALS #Rettsyndrome #PACS1syndrome #tubulin

[The FEBS Journal @FEBSJournal]

✂️ As a part of our Special Issue on Extracellular Matrix—Proteases Crosstalk, Legendre and colleagues discussed how a shared protease- and extracellular matrix (ECM)-based machinery dynamically remodels laminin- and collagen IV-rich basement membrane (BM) during development, wound repair, and cancer invasion, emphasizing therapeutic strategies to restore BM integrity.

📕 When proteases reshape barriers: Basement membrane remodelling in development, wound healing and tumour progression

📖 Basement membrane (BM) homeostasis relies on a balance between integrity, controlled remodelling and pathological degradation. Increased protease expression beneath the BM, along with reduced levels of endogenous protease inhibitors, drives the transition from a continuous, protective barrier to a discontinuous interface. This facilitates protease-dependent tissue remodelling during normal physiological processes and, when uncontrolled, permits cell invasion, disrupts basement membrane architecture and contributes to disease-associated matrix instability in various pathological contexts.

✍ Clara Legendre, Guila DAYAN, Patricia Rousselle

Explore the full review article here ➡️ https://t.co/PJgs1Bsvo2

#basementmembrane #protease #ECM #development #invasion #cancer

[The FEBS Journal @FEBSJournal]

📣 Call for Papers!

We are excited to invite submissions for our Biochemistry & beyond collections! We are seeking articles across a broad range of topics, including:

🌱 Plants & Biotechnology
🐟 Organismal Biology & Microbiology
🫀 Cardiobiology
🧫 Stem Cells & Development
🧬 RNA Biology & Epigenetics

Discover more here ➡️ https://t.co/KMqszRZTZR

Explore our Biochemistry & beyond collections here ➡️ https://t.co/yaIK7twoW3

[The FEBS Journal @FEBSJournal]

🔬 Pericytes are essential perivascular cells that maintain vascular integrity and homeostasis while actively driving angiogenesis, capillary blood flow, and tissue remodeling during regeneration.

Burkhard et al. discussed how pericytes contribute to the synthesis and remodelling of the ECM in different pathophysiological conditions, and shared an atlas of the pericyte matrisome 👉

📕 Proteolytic remodelling of the extracellular matrix by pericytes

📖 Pericytes are specialised perivascular cells intimately connected with endothelial cells and essential for the maintenance of vascular beds. They contribute to the formation and remodelling of the extracellular matrix by actively secreting proteases and protease inhibitors. Under pathologic conditions, this delicate proteolytic balance is altered, leading to profound changes that compromise vascular integrity and function.

✍ Tina Burkhard, Ella Milne, Kate Qian, Paola Campagnolo, Salvatore Santamaria

Access the full Review here ➡️ https://t.co/APiRitDCwC

#pericyte #ECM #matrisome #proteolysis

[The FEBS Journal @FEBSJournal]

⚠️ Final call for registration! Don't forget to register and complete your payment for The EACR Conference on 'Chromosomes in Crisis: From Chromosomal Instability to Catastrophes in Cancer Genomes' before 5 October.

🧬 The EACR Conference on 'Chromosomes in Crisis: From Chromosomal Instability to Catastrophes in Cancer Genomes' will highlight the mechanisms, consequences, and therapeutic vulnerabilities associated with these genomic rearrangements.

📍Berlin, Germany
🗓️3-5 November 2026

🔎 This excellent conference will explore how and why chromosomes become unstable in cancer, what happens when entire genomes are duplicated or when chromosomes are shattered, and how these dramatic events might be targeted with new therapies.

For further details 👉 https://t.co/rsaZEoP1OS

#EACR #cancer #chromosomeinstability

[Janet Kumita @jrkumita]

Delighted to share our paper in @FEBSJournal establishing a live-cell platform for resolving autophagy dynamics in naked mole-rat cells. This work was led by our amazing MPhil student, Fangze Tong. @psalmotoxin @UnivCamPharm https://t.co/b0tkBCjyZ2

[Umut Sahin @SahinLabSU]

Happy to see our work featured on the cover of @FEBSJournal. This confocal image shows mutant NEK1 aggregates (orange) in motor neurons of the mouse spinal cord, ultimately driving ALS pathology ++

[The FEBS Journal @FEBSJournal]

In their latest review in the Extracellular Matrix—Proteases Crosstalk Special Issue, Ricard-Blum and Fradette highlights the roles of major bioactive collagen fragments in angiogenesis, inflammation, fibrosis, and cancer, while exploring their potential translational applications as therapeutic targets and biomarkers.

📕 An update on the landscape of collagen bioactive fragments

📖 The remodeling of the extracellular matrix releases collagen bioactive fragments, which exert molecular functions and regulate numerous biological processes via several signaling pathways. Here, we summarize the latest findings describing the roles of major bioactive fragments from collagens I, IV, VI, and XVIII in various physiological and pathological contexts. We also discuss perspectives on how these bioactive fragments could impact translational research as drug candidates, drug targets, and biomarkers.

✍ Sylvie RICARD-BLUM, Julie Fradette

Read the full Review article here ➡️ https://t.co/lwiG5fmnYk

#bioactive #collagen #ECM #matrisome

[The FEBS Journal @FEBSJournal]

Driven by irreversible proteolysis, extracellular matrix (ECM) remodeling is essential to development, homeostasis, and disease.

✂️In an Invited Review for our Special Issue on Extracellular Matrix—Proteases Crosstalk, Solomonov and colleagues discuss the major ECM-degrading protease families: MMPs, serine proteases, ADAMs, ADAMTSs, and cysteine proteases. Their work highlights the shared regulatory pathways and proteolytic dynamics that continuously reshape the tissue microenvironment.

📕 Extracellular matrix and proteolysis: mechanisms driving irreversible changes and shaping cell behavior

📖 Irreversible ECM proteolysis by remodeling enzymes shapes development, homeostasis, and disease. ECM-degrading proteases display cell specificity and are governed by shared mechanisms, exhibiting functional redundancy in generating matrikines, growth factors, and cytokines. Amplified proteolysis and feedback regulation define tissue adaptation and pathology. Understanding these processes is essential for maintaining normal homeostasis and for identifying therapeutic targets to restore ECM balance in pathological conditions such as fibrosis and cancer.

✍ Inna Solomonov, Orit Kollet, Irit Sagi

Delve into this insightful Review here ➡️ https://t.co/TtlKUx1nTp

#ExtracellularMatrix #proteolysis #ECM #protease #ECMremodeling

[The FEBS Journal @FEBSJournal]

✨ Today, we encourage you to read the State-of-the-Art Review, featured in our Special Issue on ‘Extracellular Matrix- Proteases Crosstalk’.

📕 Proteolysis at the extracellular matrix interface: Molecular architects and regulators in health and disease

📖 The extracellular matrix (ECM) is a dynamic scaffold that orchestrates tissue architecture and cellular communication. A critical but underexplored interplay between proteases and cluster of differentiation molecules (CD) governs ECM turnover and directs cell fate. This review synthesizes how the disruption of this protease-CD crosstalk drives pathogenesis and highlights emerging therapies that target these networks and ECM-mimetic scaffolds to restore tissue homeostasis.

✍ David Jurnečka, Matija Hrovatin, Bor Bokalj, Boris Turk

Explore the State-of-the-Art Review, here ➡️ https://t.co/g0Z2MHo727

#ECM #protease #proteolysis #scaffold #tissuehomeostasis