Journal of Experimental Medicine

Journal of Experimental Medicine The Journal of Experimental Medicine publishes immunology, cancer, stem cells, microbial pathogenesis, vascular biology, and neurobiology research.

Since its inception in 1896, the goal of The Journal of Experimental Medicine (JEM) has been to publish outstanding and enduring studies in medical biology. At a time when many leading publishing groups are establishing topic-specific journals, we believe it is critical to complement that approach by offering a distinguished venue for publication of studies that integrate disciplines within the field of pathogenesis. A distinctive editorial system supports this goal with an emphasis on exceptional service to our authors. Two groups of editors work hand-in hand: professional editors with strong scientific backgrounds, and full-time practicing scientists. At least one editor from each group evaluates the merits of each paper prior to external review. The editors convene weekly to discuss all papers with external referee comments, and reach rapid decisions without excessive requests for revision. Within the field of medical biology we focus both on human studies and diverse in vivo experimental models of human disease that address such topics as genetics, inflammation, immunity, infectious disease, cancer, vascular biology, metabolic disorders, neuroscience, and stem cell biology. We welcome reports ranging from atomic-level analyses to clinical interventions that illustrate new mechanisms.

Mohamed Abdelaal, Nicholas Gherardin, Jamie Rossjohn, Wael Awad (Monash University) and colleagues show that host-genera...
11/26/2025

Mohamed Abdelaal, Nicholas Gherardin, Jamie Rossjohn, Wael Awad (Monash University) and colleagues show that host-generated riboflavin breakdown products can bind to the immune protein MR1. Unlike microbial vitamin B precursors, these compounds reduce MR1 surface levels & may dampen cell immune activation https://hubs.la/Q03VZW3n0

Lisa Kurz, Mechthild Lütge, Burkhard Ludewig and colleagues (HOCH Health Ostschweiz) elucidate the ontogeny of fibroblas...
11/26/2025

Lisa Kurz, Mechthild Lütge, Burkhard Ludewig and colleagues (HOCH Health Ostschweiz) elucidate the ontogeny of fibroblastic reticular cells and vascular smooth muscle cells in mouse lymph nodes from proliferating, CCL19-expressing progenitors & highlight the close lineage relationship of the progeny in the perivascular niche https://hubs.la/Q03VZtXd0

Hernández-García, Iborra and colleagues (Universidad Complutense de Madrid) show that   dendritic cells amplify the resp...
11/25/2025

Hernández-García, Iborra and colleagues (Universidad Complutense de Madrid) show that dendritic cells amplify the response of tissue-resident memory CD8⁺ T cells ( ) during viral reinfection, enhancing local protection. https://hubs.la/Q03VRFHL0

Mattison Stojcic, Pariya Yousefi, Catherine Biggs, and Stuart Turvey (University of British Columbia) review the biology...
11/21/2025

Mattison Stojcic, Pariya Yousefi, Catherine Biggs, and Stuart Turvey (University of British Columbia) review the biology and clinical features of inborn errors of IRFs, a group of monogenic disorders affecting the IRF family of transcription factors. https://hubs.la/Q03VrjGJ0

Santosh K. Panda, Marco Colonna and colleagues (WashU Medicine) identify SLC7A8 as a Th2-specific amino acid transporter...
11/21/2025

Santosh K. Panda, Marco Colonna and colleagues (WashU Medicine) identify SLC7A8 as a Th2-specific amino acid transporter essential for Th2 proliferation, cytokine production, and type 2 immunity. https://hubs.la/Q03Vr2qH0

Attending   in San Diego? Visit Rockefeller University Press booth  #3719 to chat about the journal and pick up our   Co...
11/17/2025

Attending in San Diego? Visit Rockefeller University Press booth #3719 to chat about the journal and pick up our Collection magazine 📚 as well as an exclusive pouch! 🎁 We look forward to meeting you! 💬 💡

Insights: Bosteels, Stainier, and Reis e Sousa (The Francis Crick Institute) highlight work by Tam et al. (https://hubs....
11/13/2025

Insights: Bosteels, Stainier, and Reis e Sousa (The Francis Crick Institute) highlight work by Tam et al. (https://hubs.la/Q03T2xHL0) revealing that GPR34, a lysophosphatidylserine receptor, promotes apoptotic cell uptake and cross-presentation by type 1 . https://hubs.la/Q03T2ymF0

Radek Skoda and Olli Silvennoinen (Baylor College of Medicine( highlight new work from Zhou et al. (https://hubs.la/Q03S...
11/11/2025

Radek Skoda and Olli Silvennoinen (Baylor College of Medicine( highlight new work from Zhou et al. (https://hubs.la/Q03SCWrj0) describing the different effects of heterozygous and homozygous JAK2V617F mutations on hematopoietic progenitors https://hubs.la/Q03SCWvM0

🧠  Read our new collection of research articles and reviews to accompany Society for Neuroscience's  ! Explore the lates...
11/11/2025

🧠 Read our new collection of research articles and reviews to accompany Society for Neuroscience's ! Explore the latest discoveries in , including meningeal , , , , and . 👉 https://hubs.la/Q03SwfJn0

Hanson Tam, Jason Cyster et al. (UCSF) identify GPR34 as a splenic cDC1 receptor that is required for efferocytosis and ...
11/10/2025

Hanson Tam, Jason Cyster et al. (UCSF) identify GPR34 as a splenic cDC1 receptor that is required for efferocytosis and for the cross-presentation of apoptotic cell–associated antigen to CD8 T cells. https://hubs.la/Q03SqC8l0

Sonia Cinque, Yvessa Verheyden, Sara Adnane, Eleonora Leucci and colleagues (KU Leuven) showed that the   LISRR contribu...
11/07/2025

Sonia Cinque, Yvessa Verheyden, Sara Adnane, Eleonora Leucci and colleagues (KU Leuven) showed that the LISRR contributes to the emergence of clones resistant to the immune attack by assembling at the ER. https://hubs.la/Q03Scd_P0

🎥 See video summary: https://hubs.la/Q03Scc3Y0

Dapeng Chen, Chuan He, Hua Laura Liang, Ralph R. Weichselbaum and colleagues (The University of Chicago) discover that Y...
11/06/2025

Dapeng Chen, Chuan He, Hua Laura Liang, Ralph R. Weichselbaum and colleagues (The University of Chicago) discover that YTHDF2 in negatively regulates antitumor immunity of . The SPI1–YTHDF2–Notch signaling–MHC-I axis orchestrates the antigen cross-presentation function of dendritic cells. https://hubs.ly/Q03S2dJC0

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