Development of PRS-220, a potential best-in-class, inhaled CTGF/CCN2 inhibitor for the treatment of IPF

V. Welk (Hallbergmoos, Germany), M. Pavlidou (Hallbergmoos, Germany), C. Wurzenberger (Hallbergmoos, Germany), E. Hansbauer (Hallbergmoos, Germany), C. Wurzenberger (Hallbergmoos, Germany), S. Grüner (Hallbergmoos, Germany), J. Peper-Gabriel (Hallbergmoos, Germany), T. Jaquin (Hallbergmoos, Germany), A. Konitsiotis (Hallbergmoos, Germany), J. Morgenstern (Hallbergmoos, Germany), J. Prassler (Hallbergmoos, Germany), G. Matschiner (Hallbergmoos, Germany), S. Olwill (Hallbergmoos, Germany)

Source: Virtual Congress 2021 – Developments in biomarkers and treatment strategies for chronic lung diseases

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V. Welk (Hallbergmoos, Germany), M. Pavlidou (Hallbergmoos, Germany), C. Wurzenberger (Hallbergmoos, Germany), E. Hansbauer (Hallbergmoos, Germany), C. Wurzenberger (Hallbergmoos, Germany), S. Grüner (Hallbergmoos, Germany), J. Peper-Gabriel (Hallbergmoos, Germany), T. Jaquin (Hallbergmoos, Germany), A. Konitsiotis (Hallbergmoos, Germany), J. Morgenstern (Hallbergmoos, Germany), J. Prassler (Hallbergmoos, Germany), G. Matschiner (Hallbergmoos, Germany), S. Olwill (Hallbergmoos, Germany). Development of PRS-220, a potential best-in-class, inhaled CTGF/CCN2 inhibitor for the treatment of IPF. 732

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