Karin de Visser was awarded the 2025 Pezcoller – Marina Larcher Fogazzaro – EACR Women in Cancer Research Award
Karin de Visser was awarded the 2025 Pezcoller – Marina Larcher Fogazzaro – EACR Women in Cancer Research Prize for Her Groundbreaking Work on Immune System’s Role in Breast Cancer Metastasis and Treatment Response.
Karin de Visser was nominated for this prestigious award in recognition of her dedication to mentoring and supporting the next generation of scientists. Through her leadership and strategic guidance, she has fostered the careers of numerous women in science while also working to build a more inclusive and equitable environment for all researchers. Her commitment to empowering others has had a lasting impact on the scientific community.
Professor Karin de Visser is a group leader at the Division of Tumor Biology and Immunology at the Netherlands Cancer Institute (NKI) in Amsterdam and the Oncode Institute. She is also a full professor of Experimental Immunobiology of Cancer at Leiden University Medical Center. Professor de Visser earned her PhD in 2002 at NKI, specializing in cancer immunotherapy—long before immunotherapy became a cornerstone of cancer treatment.
After completing her PhD, Professor de Visser undertook postdoctoral research at the University of California, San Francisco (UCSF) from 2003 to 2005 to expand her expertise into the field of inflammation and cancer. She returned to NKI in 2005, where she joined Professor Jos Jonkers’ lab to further develop her knowledge of conditional mouse models for breast cancer. In 2010, she established her own research group, where she has continued to make significant contributions to the understanding of immune system interactions in cancer, particularly in breast cancer metastasis and therapy response.
Professor Karin de Visser is internationally recognized for her pioneering research on the role of the immune system in breast cancer metastasis formation and therapy response. Her work has significantly advanced our understanding of how the tumor microenvironment, particularly tumor-induced systemic inflammation, influences cancer progression and treatment outcomes. One of her most impactful contributions has been her discovery of how tumor-induced inflammation drives neutrophil-dependent immunosuppression, which in turn promotes the formation of metastases. Her research has demonstrated that this process is critical for breast cancer metastasis and highlights the importance of targeting the immune system to prevent cancer spread.
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ESMO 2024 Congress
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ASCO Annual Meeting
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Global Summit on War & Cancer 2023, Online
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