Christian V. Forst

This study identifies CLEC4E as a key driver of pro-inflammatory mDC responses in influenza using single-cell network analysis and validates its therapeutic potential in a murine model.

The paper analyzes baseline multi-omic data from influenza vaccine recipients to identify pre-immune states predictive of vaccination responses.

This study uses a network-based approach to analyze sex differences in immune responses to influenza virus infection in ferrets, identifying sex-biased gene expression and pathways.

This study analyzes the tissue-specific age dependence of cell receptors involved in SARS-CoV-2 infection and identifies key regulators and host processes hijacked by the virus.

The paper investigates how HIV's transcriptional circuit, which bypasses host regulatory checkpoints, is influenced by host phase fragility, affecting viral latency and reactivation.