📢 Final call! Submissions for the Re-discovering Myeloid Cells Special Collection close end of June 2025. Share your latest insights into myeloid cell biology, function, and pathology. Don’t miss out! 🔗 bit.ly/43OULe9

🧬 ILC3s show dynamic, stage-specific roles in endometrial repair and regeneration - supporting healthy cycling and potentially disrupted in endometriosis. Explore the findings: bit.ly/448zYm7

Many congratulations to Professor João Marcos Brandet and Professor John Hammond!

⏳ Time is running out to submit to the Update on Neuroinflammation special collection - deadline is the end of June 2025. We’re looking for novel insights into microglia, CNS immunopathogenesis, new models & more. 📩 Submission info: bit.ly/4ldvFuN

Basophils may be rare, but they pack a punch! This new review in Discovery Immunology dives into the ontogenesis & heterogeneity of basophils, revealing their surprising roles beyond allergies - from immune regulation to cancer. 📖 Open Access: bit.ly/4kMgDML

New immunological discoveries deserve wide reach. With read & publish deals, eligible authors can publish open access in Discovery Immunology for free! 🚀 Find out if you’re eligible here: bit.ly/4no9OTy

🧠📣 Final call! Just a few days left to submit to our Update on Neuroinflammation. Don’t miss your chance to share cutting-edge research on immune-CNS interactions. Deadline: June 2025! Submit now 👉 bit.ly/4k4HQdv

🦠 New research shows obesity disrupts dendritic cell responses to viruses by impairing cytokine production & metabolism - helping explain higher infection risk. 📖 Read the open-access study: bit.ly/40kBiiH By Andrea Woodcock et al.

🌿🔬 Call for Papers: Ecoimmunology Special Collection Explore how ecological factors shape immune responses in humans & animals - from wild systems to lab models. 🧪 Submit your work: bridging ecology + immunology! 📖 bit.ly/44N141N #Ecoimmunology #Immunology

🧬 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. 📖 bit.ly/44MG7UD #Tcells #Immunology

🔬 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. 📖 bit.ly/3XDlIh6 #Immunotherapy #ImmuneRegulation

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: bit.ly/3GCm0PN #VeterinaryImmunology

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

There's still time to register for our webinar with Oxford Academic Learn what editors really look for — and how to get your paper noticed. Join for free 🗓️Thursday 17 July 🔗 immunology.org/events/bsi-web…

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 👉 bit.ly/44LZ7TR #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: bit.ly/44ARC1p

🐭 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. 🔗 bit.ly/44md5LQ #Microbiome #Immunology

🧬 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. 📖 Antonia Cuff et al. Read now: bit.ly/448zYm7 #WomensHealth

📢 Starting soon! Visit this link to join our 🌟free 🌟 webinar exploring how to publish and promote your research! immunology.org/events/bsi-web…

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. 🧠 📖 bit.ly/45hoSLv #Neuroimmunology #Oligodendrocytes #MS