Institute of Experimental Immunology · UZH

Deciphering dendritic cell development, identity and function.

We investigate how dendritic cell subsets develop, acquire specialized functions, and shape immune responses in health and disease.

Rodrigues Lab emblem combining a dendritic cell, DNA and chromatin

Research

From progenitors to specialized immune functions.

Three main topics, united by one question: how do transcriptional and epigenetic programs determine what a dendritic cell becomes and what it does?

Cell fate

DC development, lineage specification & epigenetic control

We map enhancers, chromatin accessibility and transcription factor networks to understand how DC subsets emerge from progenitors and acquire specialized functions.

Mucosal immunity

RORγt⁺ dendritic cells & tolerance

We study RORγt⁺ DCs in food tolerance, peripheral Treg induction, intestinal homeostasis and the regulation of type 2 immunity.

Immune diversity

pDCs and pDC-like derived cDC2

We investigate plasmacytoid DCs, pDC-like cells, cDC2 heterogeneity, and their roles in antiviral immunity, autoimmunity and cancer.

People

A growing team working on DC immunology.

Research position
Group Leader
Research interests
Dendritic cell development, immune tolerance, transcriptional and epigenetic control
Nationality
Portuguese
Research position
PhD Student
Research interests
Dendritic cell development, epigenetic and transcriptional regulation of DC subsets
Nationality
Italian
Joined the lab
2 November 2026
Research position
PhD Student
Research interests
Functional aspects of dendritic cell heterogeneity
Nationality
Swiss
Joined the lab
2 November 2026

Master Student

Open position

Master Student

Open position

The Rodrigues Lab is a team where everyone contributes equally to science. Our research focuses on dendritic cell development, immune tolerance, and the transcriptional and epigenetic mechanisms that control immune cell specialization.

Publications

Selected work.

  • RORγt⁺ dendritic cells are a distinct lymphoid-derived lineage.

    Science ImmunologyPubMed DOI

  • RORγt-positive dendritic cells are required for the induction of peripheral regulatory T cells in response to oral antigens.

    CellPubMed DOI

  • Progenitors of distinct lineages shape the diversity of mature type 2 conventional dendritic cells.

    ImmunityPubMed DOI

  • pDC-like cells are pre-DC2 and require KLF4 to control homeostatic CD4 T cells.

    Science ImmunologyPubMed DOI

  • Distinct progenitor lineages contribute to the heterogeneity of plasmacytoid dendritic cells.

    Nature ImmunologyPubMed Central DOI

News

Latest from the lab.

New team members

Welcome Enrico and Luana to the Rodrigues Lab.

Enrico Testori and Luana Piano Vieira join the lab as PhD students, bringing new perspectives to dendritic cell development, regulation and heterogeneity.

Meet the team  ↗

Hiring

We are recruiting motivated team members.

Postdocs, PhD students, technicians and Master/Bachelor students with a passion for immunology and genomics are encouraged to get in touch.

Read more  ↗

Research

New research directions in dendritic cell biology and immune tolerance.

From RORγt⁺ DCs to pDC-like cells: an overview of the questions and tools shaping the lab's first years.

Read more  ↗

Contact

Get in touch.

Interested in a position, a collaboration, or simply a chat about dendritic cells? We’d love to hear from you.

Contact the lab

For positions, collaborations and scientific enquiries.

Institute of Experimental ImmunologyUniversity of Zurich
Winterthurerstrasse 190
8057 Zürich, Switzerland