Christian Goosmann

The paper shows lipid chlorination by MPO-derived hypochlorous acid enables NE release from granules, initiating NETosis.

This study shows FliI ATPase is essential for switching substrate specificity and late-stage flagellar assembly in Salmonella, despite being dispensable for early export.

This study shows SOD1 regulates ROS balance and antimicrobial activity in neutrophils by modulating O2- to H2O2 ratio and supporting MPO activity during NETosis and infection.

This study shows that bacterial flagellum assembly is optimized for energy efficiency and motility by balancing secretion rate and filament length.

The paper identifies a specific marker for zebrafish eosinophils and develops new tools to study their biology and function in disease.

The paper identifies FlhE as a periplasmic chaperone that prevents the formation of periplasmic flagella in Salmonella, which disrupts cell wall synthesis and causes cell lysis.