Victor Tetz

This study demonstrates that targeting newly discovered surface-bound DNA and RNA receptors on leukocytes with Leukocyte-Tells enhances immune cell functions, showing significantly higher antimicrobial and anticancer activities than control leukocytes.

The paper investigates the regulatory role of TezRs in Staphylococcus aureus gene transcription and identifies differentially expressed genes and pathways following TezR destruction.

The paper shows that inactivating Teazeled receptors in human leukocytes increases production of antimicrobial and anticancer compounds, with enhanced activity and stability.

The paper shows extracellular RNA regulates bacterial directional migration, and its destruction triggers 'panic state' migration in biofilms.

The paper evaluates a new culture-based FAST-T system for rapid antibiotic selection in non-blood infections, showing high accuracy within 4 hours.