Skip to Main Content


Skip Nav Destination



Marking and manipulating the cDC lineage.


To be added


Chris Karp discusses the negative impact of cold stress on mouse models of disease.

Brief Definitive Report

Genetic inactivation of the genes encoding several low-fidelity DNA polymerases indicates that DNA polymerase ζ inserts tandem double-base substitutions in the immunoglobulin variable region in mouse B cells.

In mouse models of systemic lupus erythematosus, antibodies that cross-react with double-stranded DNA and the NR2A subunit of the NMDAR cause apoptosis of NR2A-expressing neurons within the brainstem of developing female fetuses, resulting in a gender bias.


A heavy chain–only antibody isolated from a llama repeatedly immunized with trimeric HIV-1 Env neutralizes 96% of tested HIV-1 strains.

EGFR requires ADAM17 activity to preserve skin barrier homeostasis.

Systemic and intrathecal administration of derivatives of a nonpsychoactive component of marijuana significantly suppresses chronic inflammatory and neuropathic pain, without causing analgesic tolerance, in several rodent models.

The zinc finger transcription factor Zbtb46 specifically marks cDCs and their committed precursors and, when overexpressed in BM progenitors, promotes cDC development at the expense of granulocytes.

The zinc finger transcription factor zDC is uniquely expressed by the cDC lineage among immune cells, and the insertion of diphtheria toxin receptor cDNA into the zDC locus allows specific ablation of the cDC lineage in mice.

Langerhans cell precursors initially arise from yolk sac progenitors, but are later superseded by fetal liver monocytes.

In the mouse lung, dendritic cells in the alveolar region but not the airway extend dendrites and take up antigen; antigen-loaded alveolar DCs then move to and accumulate in the airway where they encounter T cells.

After encounter with its ligand, PD-1 translocates into TCR microclusters, where it transiently recruits SHP2 and suppresses phosphorylation of TCR signaling components and TCR-driven stop signals.

After transendothelial cell migration, neutrophils actively crawl along pericyte processes before exiting the venular wall via selected gaps between adjacent pericytes.

Close Modal

or Create an Account

Close Modal
Close Modal