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Karo-Atar et al. demonstrate that products released by a gut-dwelling helminth modify intestinal stem cells, which is associated with a loss of secretory cell types that support helminth expulsion.


Benjamin D. Greenbaum and David Hoyos discuss the challenges of antigen modeling to design vaccines for infectious diseases and cancer.

Brief Definitive Reports

In Special Collection: Cytokines Collection 2022

Karo-Atar et al. demonstrate direct regulation of the intestinal stem cell compartment by an enteric helminth, resulting in expansion of fetal-like stem cells and inhibition of secretory cells. They establish how a helminth parasite co-opts a tissue development program to counter type 2 immune-mediated expulsion.

In Special Collection: Tolerance and Autoimmunity

Deseke et al. use soluble γδ TCRs and CRISPR/Cas9-mediated screening to identify the MHC class II surface receptor HLA-DR as the cognate TCR ligand of a CMV-induced Vδ1+ γδ T cell clone, which is cross-recognizing leukemia cells.

Using monoclonal antibodies built from SARS-CoV-2–specific memory B cells, Hale et al. demonstrate that IgM antibodies outperform IgG in neutralization assays against mutated variants. The authors suggest that IgM antibodies may be useful therapeutically, and that IgM memory B cells may be underappreciated protectors against rapidly evolving pathogens.

Technical Advances and Resources

Single-cell RNA sequencing of zebrafish hematopoiesis provides new insights into zebrafish B- and T-cell development and cellular diversity within the primary lymphoid organs (kidney marrow and thymus). This work advances the current understanding of zebrafish immunology and will facilitate future genetic and developmental studies.


This paper describes the plasma and memory antibody response in a cohort of SARS-CoV-2 Gamma-infected individuals in Brazil. Potent antibody neutralization was shown to be limited to Gamma and Beta, and epitope recognition skewed to Class 3 epitopes.

This study shows that CD38 is a new member of the IgM-BCR coreceptor; it associates with CD19 in unstimulated B cells and with CD19 and IgM after BCR stimulation. Targeting CD38 with an antibody impairs B cell proliferation and survival, and formation of IgM:CD19 synapses.

In Special Collection: Hematology 2022 , JEM Cancer Collection 2023

Miao et al. demonstrate the dichotomous activities of APRIL and BAFF in MM and DLBCL, which can be safely targeted by an engineered decoy receptor designed to trap both ligands with ultra-high binding affinity.

In Special Collection: Neuroscience Collection 2022

Deficits in hippocampal neurogenesis cause cognitive impairments in Alzheimer’s disease by compromising memory storage. Augmenting neurogenesis rescues memory by recruiting more new neurons with restored spine density and transcription profile. AD-linked genes regulate the memory-storing neurons.

Astrocyte activation is associated with inflammatory demyelination in multiple sclerosis. Lu et al. show the key role for DRD2/PTS/PKCδ axis in the modulation of astrocyte activation. Its therapeutic inhibition may provide a potent lever to alleviate autoimmune diseases.

A mouse model carrying biallelic Pax5 mutations identified in a patient with hypogammaglobulinemia and autism spectrum disorder shows a B cell developmental arrest and autistic-like behavior caused by abnormal development of the cerebellum and loss of ventral midbrain GABAergic neurons.

The pathogenic anti–IFN-γ autoantibodies belong to three groups based on their epitopes, leading to two signal-related neutralization modes by preventing IFN-γ binding to the receptor or IFN-γ–induced receptor dimerization. Moreover, anti–IFN-γ autoantibodies selectively induce Fc-mediated responses, potentiating their pathogenic functions.

Souter et al. demonstrate that CD8 binds MR1 and that the CD8–MR1 interaction enhances MAIT cell antigen recognition and associated functional responses. They also show that the CD8–MR1 interaction is critical for the recognition of MR1 presenting folate-derived antigens by other MR1-reactive T cells.


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