Thomas Krey

The paper identifies gHgLgO as the central player in HCMV infectivity by showing its role in HSPG binding and infectivity, challenging previous views on gB and gMgN complexes.

This study designs stem-epitope mimetics using computational methods to elicit broadly reactive antibodies against influenza viruses.

This study identifies lysosomal cathepsins, particularly CTSL, as critical for HEV entry and demonstrates the antiviral efficacy of the pan-cathepsin inhibitor K11777.

This paper introduces a computational framework for designing functional proteins by integrating folding and sequence design, showing that functional motifs can be embedded without requiring the global energy minimum.

The paper introduces SD plots to identify selective sweeps in influenza A virus genomes, showing their use in tracking adaptive changes in pH1N1 and sH3N2 viruses.