Research Teams

Research Teams

ONCO-DERMATOLOGY
AND
THERAPIES

Our team has expertise in skin cancers, with a special interest in cutaneous T cell lymphoma, melanoma and carcinoma.

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SKIN IMMUNITY AND
INFLAMMATION

Our team brings together experts in immunology, inflammation and dermatology to investigate inflammatory skin diseases and the regulatory/effector …

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HUMAN SYSTEMS IMMUNOLOGY AND INFLAMMATORY NETWORKS

Our team is an intercultural team coming from different countries and backgrounds. Our strength is due to the interdisciplinarity of our team members.

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HLA-G AND OTHER IMMUNE CHECKPOINTS IN ONCOLOGY AND TRANSPLANTATION

Our team has expertise in immune tolerance mechanisms, with a special interest in those mediated by the checkpoint molecule HLA-G in oncology and transplantation.

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ENDOTHELIUM,
INFLAMMATION AND
ALLOGENICITY

The endothelium has multiple functions in immune homeostasis and alterations of endothelial function can perturb immune function either by becoming a target of immune responses…

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IMMUNE RESPONSES IN THE IMMUNO-COMPROMISED HOST: TOLERANCE VS GVHD

Our team focuses on the pathophysiological mechanisms of immune responses in immunocompromised subjects, mainly in the context of HSCT.

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LYMPHOCYTE DEVELOPMENT AND
LYMPHOID DISORDERS

Our research addresses fundamental questions related to the molecular mechanisms controlling the differentiation of hematopoietic stem cells towards lymphocytes and driving B cell oncogenesis…

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PATHOPHYSIOLOGY OF BREAST CANCER

Our multidisciplinary team mainly focuses on the physiology and treatments of aggressive subgroups of breast cancers, with emphasis on the signaling pathways which impact their aggressiveness.

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STEM CELLS BIOTECHNOLOGIES

Our multidisciplinary team is composed of engineers, biologists, physicians, surgeons and pharmacists. The team’s research axes relate to bioengineering, bioprinting technologies, and stem cell biology, with the aim of …

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PHYSICS OF THE CYTOSKELETON AND
MORPHOGENESIS

Our aim is to unravel the physical processes directing cytoskeleton self-organization. In particular we investigate the production and balance of mechanical forces in the networks.

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