Our Researchers
Brisken Lab
Breast cancer, mouse genetic, mammary gland development, mouse models, patient derived xenografts, estrogen and progesterone, endocrine disruptors
Bunne Lab – AIMM
Artificial intelligence, personalized oncology, computer vision, computational biomedicine
Constam Lab
Cell and developmental biology, cancer biology, protein trafficking, signaling pathways, metabolism, protein synthesis & miRNA
De Palma Lab
Tumor-associated macrophages, tumor angiogenesis, antiangiogenic therapy Immunotherapy, microRNAs, exosomes, extracellular vesicles, cancer mouse models , immune cell engineering, lentiviral vector technologies
Gallini Lab
Skin tumor suppression and progression; wound-repair; 2-photon imaging and stem cell biology
Gönczy Lab
Mechanisms governing asymmetric division, centriole assembly, c. elegans
Hanahan Lab
Cancer, translational oncology, genetically engineered mouse models of human cancer, tumor microenvironment, angiogenesis, invasion, metastasis, pre-clinical trials
Huelsken Lab
Tumor heterogeneity and stemness in cancer
Karthaus Lab
Endocrine cancers, endocrine therapy resistance, stem cell biology, organoid technology
Lingner Lab
Telomeres, telomerase, non-coding RNA
Oricchio Lab
Cancer genetic, mouse models, therapy, stem cells, lymphoma
Radtke Lab
Notch, stem and progenitor cells, self-renewing tissues, differentiation, cancer, genetic mouse models
Thomä Lab – Paternot Chair
Chemical biology, structural Biology, gene expression, oncogenic fusion proteins DNA-bound macromolecular machines, molecular glues, expanding the druggable space in cancer
Waszak Lab
Computational neuro-oncology, biomedical data science, clinical cancer genomics, diffuse midline glioma, diffuse intrinsic pontine glioma, medulloblastoma, genetic tumour syndromes