A self-hosted lab AI supports drafting, planning, documentation, and internal infrastructure work across day-to-day scientific operations.
Infection, innate immunity, and the mechanisms of long-term disease
The Bader Lab investigates how infection drives tissue injury, inflammatory responses, and long-term disease consequences. We combine mechanistic biology with disease-relevant models, computational analysis, and AI-enabled research systems to understand how innate immune pathways shape host responses in infection and beyond.
Immune sensing, inflammatory tissue injury, and persistent consequences of infection.
Mechanistic biology paired with translational thinking, computational analysis, and disease-relevant experimental systems.
Center for Integrative Infectious Disease Research (CIID), Heidelberg.
AI tools & scientific systems
Building research infrastructure alongside the science
Alongside infection and post-viral disease research, the lab develops internal AI-enabled tools for scientific operations, structured knowledge work, and workflow design.
We are building source-linked literature and methods workflows that make research synthesis, comparison, and reuse more structured and inspectable.
The goal is not generic automation, but reliable systems that help preserve context, reduce friction, and keep scientific work moving.
Data infrastructure
Experimental database
The lab also maintains a private database environment for structured experimental records and collaborator-facing data exploration.
A collaborator-facing database for experimental and translational research records, including structured mouse-study, histology, and omics views.
The database is not publicly open, but access may be granted to collaborators on request where sharing is appropriate.
Read more about the database, what it contains, and how collaborator access works.
Support
Funding acknowledgement
We gratefully acknowledge support from CHS Stiftung and the National Health and Medical Research Council (NHMRC).
