In our lab, we invest multidisciplinary efforts to elucidate the basic molecular mechanisms responsible for cancer progression to an aggressive, metastatic, drug-resistant phenotype in order to reveal new “druggable targets” for clinical translation. To achieve this goal, we exploit a rich platform of cell lines, ex vivo 3D models and in vivo mouse models of cancer as well as fresh and archived tissue specimens obtained from fruitful collaborations with several of TAU’s affiliated hospitals. We use a range of molecular and functional techniques to identify and validate new markers and drivers of cancer progression. The newly-gained knowledge is harnessed for the design of novel clinically-relevant polymer-based diagnostic and therapeutic tools for cancer. Our vision is that our multidisciplinary approach will revolutionize our perception of tumor progression and consequently the way we diagnose and treat cancer.
Wednesday, 18 June 2025
Time |
Session |
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11:35
13:10
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Cell plasticity in human colon and cancer
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Proffered Paper: Contact-based transfer of thymidylate promotes collective tumor growth
EACR25-0343
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Development of advanced immunotherapies using human 3D-bioprinted cancer avatars
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Proffered Paper: Deconvolution of heterogeneous 3D mammary spheroid dynamics using Oblique Plane Microscopy (OPM)
EACR25-2342
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Deciphering the role of infection and diet in driving early carcinogenic events using advanced organoid models and omics
Auditorium II
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