📢 Presenting your work at #BSI25? Submit your paper to the Discovery Immunology Special Collection and showcase your research from BSI Congress 2025! Peer-reviewed and published together with other highlights. Submit here: https://bit.ly/3WmPhl3 ##Immunology #BSI25

🌿 How does the immune system work in the real world? Join Prof Amy Pedersen & Prof Andrea Graham for Ecoimmunology: the immune system in context. Sponsored by Discovery Immunology. #BSI25 #Ecoimmunology

🌙 New study shows tiny tidal rhythms in the immune system of freshwater three-spined sticklebacks, hinting at a conserved lunar-linked clock beyond circadian cycles. 👉 https://bit.ly/4hMtCMm ##Immunology

Oligodendrocytes do more than make myelin — they actively shape immune responses in the CNS. Pasquini & Correale reveal how OGDs can present antigens, modulate microglia, and balance pro- & anti-inflammatory signals. Read more 👉 https://bit.ly/4mkw9Qe ##Neuroimmunology

📢 This #OneHealthDay, we’re calling for submissions to Advances in Veterinary Immunology, led by Prof. Jayne Hope Share your work on cross-species immune insights & One Health. Submit by March 2026 👉 https://bit.ly/48XEMx2 ##VeterinaryImmunology

Human, animal & environmental health are deeply connected. 🌍 This #OneHealthDay, discover how veterinary immunology research in Discovery Immunology is bridging species & advancing science for all. Read more 👉 https://bit.ly/41BQkRO ##OneHealth #Immunology

EVs aren’t just tiny, they’re powerful! 🦇 These nanoparticles could unlock secrets of immune responses in bats, revealing viral tolerance mechanisms. Read the article: https://bit.ly/4dXLgfE ##WildImmunology

Type-17 immunity in the gut may play a key role in axial spondyloarthritis. Brough et al. report elevated IL-17A/IL-23 in axSpA stool plus increased circulating IL-17+ T cells. 📄 Open access: https://bit.ly/4nkhC7q #Rheumatology #Immunology

Spermidine can suppress dendritic cell activation by regulating metabolism via eIF5A hypusination, reducing T cell interactions. Immune regulation or pathogen exploitation? 🔗 https://bit.ly/4ooi8mE

🌿 Celebrate #BiologyWeek by sharing your ecoimmunology research! Our Special Collection explores how ecological factors shape immunity in humans & animals. Original research & reviews welcome. 📖 Submit here: https://bit.ly/3WmPhl3 #Ecoimmunology #Immunology

Are you looking to publish your #VetImmunology paper? @discovimmunol.bsky.social is building a new special collection, and your research might be a perfect fit! Discover the available author benefits and submit oxford.ly/3L4YM6H#VetImmunology #Immunology

We were so pleased to see researchers working on Regulatory T cells getting the recognition they deserve from the #NobelPrize last week! To celebrate this pioneering field, we created a virtual issue on peripheral immune tolerance: immunology.org/publications...

📢 Call for Papers: Advances in Veterinary Immunology 🐾🧬 Submit original research & reviews on immune function in veterinary species, comparative immunology & One Health. Deadline: March 2026 👉 https://bit.ly/46B1I2a ##Veterinary #Immunology #OneHealth #CFP

T-cell function is tightly linked to metabolism. CARKL regulates cytokine outputs and migration by reprogramming metabolic pathways in T cells. Read here🔗: https://bit.ly/3XDlIh6 ##TCells #Immunology #Metabolism

New study shows abatacept’s effect on T cells is short-lived in vivo. Once treatment stops, immune activity rebounds quickly, important insight for #RA therapy and immune modulation. 🧬 Read more: https://bit.ly/4aDHTrm ##Immunology #TCells #Abatacept

On #WorldAlzheimersDay, we highlight the role of adaptive immune cells & microbial infections in #Alzheimers disease. Could targeting immunity offer new therapies? Read the Open Access review 👉 https://bit.ly/4p7AnNt #Neuroinflammation

New in vitro model links ‘gut-like’ dendritic cells with small intestinal organoids, revealing how epithelial–DC cross-talk shapes intestinal immune responses. Relevant insights for #EMDS2025! Read more🔗 https://bit.ly/45NMAPS

🌿 Calling all researchers! Submit your work to the Ecoimmunology Special Collection exploring how ecological factors shape immune systems in humans & animals. Open to lab & field studies. More info 👉 https://bit.ly/4m0x4EW #Ecoimmunology #Immunology

Heading to #BSIInflammation2025? Check out this new study on how inflammation impacts oligodendrocyte–axon interactions and neurological function. Read the full article by Green et al.🔗 https://bit.ly/45hoSLv

💡 RAM is key for T cell activation! This cofactor of RNA cap methyltransferase RNMT ensures proper RNA processing, protein synthesis & T cell proliferation. Open Access 👉 https://bit.ly/42dSN5l #Immunology #TCells #GeneExpression

New in vitro model links ‘gut-like’ dendritic cells with small intestinal organoids, revealing how epithelial–DC cross-talk shapes intestinal immune responses. Relevant insights for #EMDS2025! Read more🔗 https://bit.ly/45NMAPS

Looking to publish your latest veterinary immunology paper? @discovimmunol.bsky.social is curating a special collection, and your research could be perfect! Submit to join our author community: oxford.ly/4mMMSwg #ImmunoSky

Fever isn’t just a symptom, it's a window into immunity. Maloney et al. show how temperature fluctuations, from tissues to T cell mitochondria, shape immune responses. Rising global temps make this research more critical than ever. 🔬🌡️ https://bit.ly/4cZ8gu7

🐾 Calling veterinary immunologists! Share your research on immune systems across species, vaccines, and One Health in our Advances in Veterinary Immunology collection led by Prof. Jayne Hope. 📅 Submit by March 2026: https://bit.ly/46lLw5W

🧬💉 DNA vaccines for flu? A new study tests a Doggybone™ DNA platform, finding that including neuraminidase (NA) adds extra protection. Another step toward broader, faster, more adaptable vaccines. 🔗 https://bit.ly/4p4bHpk ##VaccinesWork #ImmunisationAwarenessMonth

💉 Alum has powered vaccines for nearly a century, but how it boosts immunity is still being unraveled. From DNA sensing to inflammasomes, new insights into its mechanism could guide the next generation of vaccine adjuvants. 🔬 #NationalImmunisationMonth 🔗 https://bit.ly/3UQM5hB

Cell migration matters: stem-like CD8 T cells travel between tumour and peripheral niches, shaping both local control and systemic memory against cancer. 🔗 https://bit.ly/45SuFq3

🚨 T cells and bacterial microbiota at skin & gut barriers: how epithelial interactions shape immunity, tolerance, and tissue repair. Open Access: https://bit.ly/4mQyQcC #Immunology #Microbiome #TCells

Immunotherapy is emerging as a lifeline for patients with brain metastases. This review explores how the brain’s specialized immune environment, lymphatic drainage & systemic immunity impacts treatment. 🔗 https://bit.ly/4oKb5ET

🐶🐄 Calling veterinary immunology researchers! Share your latest work on immune systems, vaccines, and One Health in our Special Collection: Advances in Veterinary Immunology. Submit by Mar 2026. ##VetImmunology #OneHealth

Maskell et al. uncover how growth factors & cytokines fuel transmissible Tasmanian devil cancers. PDGFR boosts tumour spread; TGFβ triggers EMT-like shifts. Findings could guide vaccines & therapies to save this endangered species. 🔗 https://bit.ly/47f6uob #IVIS2025

Attending #IVIS2025? 🐷🫁 New research shows airway-resident memory T cells in young pigs aren’t just long-lived, they’re replenished via proliferation, likely in the lung interstitium before migrating to the airways. Dynamic immunity in action! 🔬 https://bit.ly/3RRINsU

From livestock to wildlife, veterinary immunology is key to understanding the immune system. 🐷🐓🐑 Our @discovimmunol.bsky.social highlights for #IVIS2025 showcase research changing how we understand immunity across species. Read here 👉 https://bit.ly/41BQkRO ##VeterinaryImmunology #OpenAccess

How do ILC1s help fight cancer, and what role does PD-1 play? This open access review breaks down the complexity of ILC1 subsets and their checkpoint regulation. 📖 https://bit.ly/4fnU0N0 #ILC1 #CancerImmunology #PD1

Skariah et al. explore the dual nature of IL-15, essential for NK and tissue-resident T cell homeostasis at low levels, but a potent driver of inflammation and autoimmunity when upregulated. 🔗 Open access: https://bit.ly/3JqM8Ow ##Immunology

IL-21 shapes γδ T-cell function in the gut 🧬 New findings show IL-21-conditioned Vγ9/Vδ2 T-cells promote IL-10 expression in CD4+ T-cells, surpassing monocytes/DCs. Implications for mucosal immunity & IBD therapy. 📖 https://bit.ly/4k8cLoX #Immunology

🧬 Spermidine suppresses dendritic cell activation by preserving mitochondrial function through eIF5A hypusination, limiting T cell interactions and shaping immune responses. Could this pathway offer new insights into immune regulation or evasion? 👉 https://bit.ly/4ooi8mE ##Immunology

Studying ecoimmunology? 🌍🧬 Submit your work to Discovery Immunology’s new Ecoimmunology Special Collection, exploring how ecological factors shape immune responses in humans & animals. 📢 Editors: Dr Iris Mair & Prof Kathryn Else 🔗 https://bit.ly/4lZX3NM ##Ecoimmunology #Immunology

Inflammation doesn’t just damage myelin, it disrupts oligodendrocyte-axon interactions, weakening CNS function. New open-access article explores the consequences in MS, leukodystrophies & more. 🧠 📖 https://bit.ly/45hoSLv ##Neuroimmunology #Oligodendrocytes #MS

🧬 New study reveals how two ILC3 subsets guide endometrial repair & regeneration across the menstrual cycle and postpartum. Disrupted ILC3 positioning in #endometriosis may impair healing. 📖 Cuff et al., Discovery Immunology (2025): https://bit.ly/448zYm7 ##WomensHealth

July's featured article from our exchange with @discovimmunol.bsky.social investigates the immunomodulatory capacity of various arginine-related metabolites. academic.oup.com/discovimmuno...

For this month's article exchange with @immunolcellbiol.bsky.social we're highlighting 'Highlights of 2024: γδ T cells and bad blood' by @eberlmat.bsky.social Read here: doi.org/10.1111/imcb...

🐭 How does microbial exposure shape mouse model outcomes? A new Discovery Immunology study compares naturalization methods - co-housing, feralization, or both, and reveals distinct effects on gut immunity and microbiota. 🔗 https://bit.ly/44md5LQ ##Microbiome #Immunology

Writing a paper? Join us tomorrow at 12:00 BST for a free webinar with OUP Publisher Rachel Moriarty & our very own EIC Simon Milling. Essential tips on journal selection, peer review, and maximising impact. Register here: https://bit.ly/44ARC1p

Anti-TNF therapy induces IL-10 in human CD4+ T cells - but how? This study uncovers a transcription factor network (incl. MAF, PRDM1, EOMES) regulating this effect. Open Access 👉 https://bit.ly/44LZ7TR ##Immunology

There's still time to register for our webinar with @oxfordacademic.bsky.social Learn what editors really look for, and how to get your paper noticed. Join for free 🗓️Thursday 17 July 🔗 www.immunology.org/events/bsi-w...

New immunological discoveries deserve wide reach. With read & publish deals, eligible authors can publish open access in Discovery Immunology for free! 🚀 Learn more: https://bit.ly/4ksUbHJ

T-helper cell responses in wild Soay sheep are repeatable, positively correlated, and linked to resistance against helminths and coccidia, challenging assumptions about Th1/Th2 trade-offs in natural settings. 📖 Read more: https://bit.ly/3GCm0PN #VeterinaryImmunology

🔬 Targeting T-cell metabolism? This study positions CARKL as a central modulator of T-cell bioenergetics, cytokines, and chemotaxis. Could be a new node for immune modulation in disease. 📖 https://bit.ly/3XDlIh6 ##Immunotherapy #ImmuneRegulation

🧬 CD28 vs. TCR: not a one-size-fits-all signal. New study by Cayman Williams et al. shows CD28 co-stimulation shapes naïve & memory CD4⁺ T cells differently - and can even act independently of TCR in memory cells. 📖 https://bit.ly/44MG7UD ##Tcells #Immunology