Philipp Henneke

This study shows that streptococcal meningoencephalitis alters monocyte and macrophage dynamics in the dura by shifting their origin from skull bone marrow to peripheral sources and increasing MDP-Mo-derived cells.

This study investigates how stromal cells and macrophages interact during mycobacterial infection, revealing their roles in shaping immune responses and granuloma formation.

This study shows that M-CSF drives alveolar macrophage plasticity during development and CMV infection, increasing ISG expression and modulating infection susceptibility.

This study maps the postnatal differentiation trajectories of dendritic epidermal T cells and Langerhans cells in mice, showing they develop independently of each other and microbial colonization.

The paper presents a CITE-seq atlas of human neonatal immune development, identifying a 32-week gestational transition to interferon-primed immunity.

The paper identifies PIF as a placenta-derived peptide that inhibits KV1.3 channels in neutrophils, altering their function during pregnancy.

The paper investigates KC plasticity in mycobacterial infections, finding that KClow cells derived from bona fide KCs exhibit unique antimycobacterial activity and adaptability.

This study shows that small intestine macrophage dynamics control GBS colonization and invasion in infant mice, with region-specific responses to the pathogen.

This study identifies TGF-β as a key mediator of macrophage specialization in the skin through interaction with sensory nerves.

This study shows that dermal macrophages can maintain functional diversity without monocyte replenishment, but require monocytes during bacterial infections.