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Prof. Moshe Oren
Histone ubiquitylation in regulation of gene expression and in cancer.Collaboration with: Prof. Yossi Shiloh, Tel Aviv University, Prof. Robert Roeder, Rockefeller University; Prof. Steven Johnsen, Goettingen University; Dr. Itay Ben-Porath, HUJIRole of p53 in tumor-host interactions.Collaboration with: Dr. Jair Bar, Sheba Medical CenterGain of function of mutant p53 in cancer.Collaboration with: Prof. Varda Rotter, Weizmann Institute; Prof. Vassilis Gorgoulis, Athens University Medical SchoolRegulation of the Mdm2 oncoprotein.Collaboration with: Prof. Yossi Shilo, Tel Aviv UniversityRelationship of p53 to programmed cell death.Molecular biology of p53.Regulation of proteins by covalent modifications.Role of microRNAs in cancer.
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Prof. Yair Reisner
Immature dendritic cells: investigating a novel granule mediated killing mechanism and the therapeutic potential for the prevention of Graft versus Host Disease.Crossing allogeneic and xenogeneic barriers by growing organs in-vivo from embryonic tissues : potential curative approaches for diabetes, hemophilia and lung diseases.Hematopoietic size control: A novel role for coagulation cascade factors in regulating the interplay between dynamic bone structure and long term survival and mobilization of hematopoietic stem cells.Developing a protocol for the production of human central memory CD8 T cells, to induce tolerance in allogeneic stem cell transplantation.Investigating the use of activated CD8 T cells as novel cell therapy for the treatment of autoimmune diseases.Role and mechanism of tolerance induction by activated CD8 T cells: A novel cell therapy for chimerism induction, stem cell transplant engraftment and enhanced Graft versus Lymphoma / Leukemia effect.
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Prof. Nir Friedman
Applications of TCR-seq: Autoimmunity, Neuroimmunology, Vaccination.Collaboration with: R. Arnon, M. Schwartz, B. Chain - UCLMapping T cell receptor repertoire using high-throughput sequencing (TCR-seq): developing methodologies and bioinformatic tools.Live cell imaging of T cell activation and differentiation using microfluidics devices.Studies of intercellular cytokine communication networks in T-cell development and differentiation.Studies of CD4 T cell differentiation combining experimental single cell approaches and mathematical modeling.
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Prof. Jacob Klein
Molecular origins of biological lubrication Hydration lubrication: a new paradigmProperties of thin liquid films including aqueous electrolytes and polyelectrolytes.Hydrophobic interactionsSlip at surfacesBoundary lubrication under waterTissue engineering and regenerative medicine: the role of lubricationHydrogelsMacro-tribological studies of soft matterSurface-forces-measurement techniques at angstrom surface separations; polymers as molecular lubricantsATRP growth of polymers from surfacesPolyelectrolyte brushesPolymers, Complex Fluids, and Interfaces - Experimental studies of the behavior of confined simple and polymeric fluids.Collaboration with: Sam SafranNanotribologySurface forces between heterogeneous surfacesConfinement induced phase transitions
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Prof. Yosef Shaul
Transcription regulation of the hepatitis B virus. To understand how overlapping promoters are autonomously functional.The molecular basis of virus-host cell interaction. How HBV modifies cell behavior.The activation and the role of c-Abl-p73 signaling axis in response to DNA damage and cancer.modulation of Hippo signaling by c-Abl; the role of Yap1 and TAZ transcription coactivators in cell proliferation and in apoptosisproteasomes as a target in cancer therapyproteasome composition, dynamics, function and regulation and various conditions.proteasomal degradation of intrinsically disordered proteins (IUP or IDP). the concept of degradation by default
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Prof. David Cahen
Bio molecular and molecular (opto)electronicsCollaboration with: M. SHEVES, I.PECHT, L. Kronik,A.Vilan, R.Naaman, C.Sukenik (Bar Ilan), A.Kahn (Princeton), N.Koch (Humboldt), M.Tornow, J.Gooding (UNSW), H.Zuilhof (Wageningen)Understanding charge transport across organic molecules; with A. VilanUnderstanding charge transport across proteinsProteins as dopable electronic materialsHybrid Organic/Inorganic, Molecular/Non-Molecular materials; fundamentals and impications for devices, e.g. solar cellsSolar Energy: New materials and concepts, and understanding of PhotovoltaicsCollaboration with: G. Hodes,D. Oron, S. Cohen, K. Gartsman, A. Kahn (Princeton)Molecular electronics for solar cells. The importance of molecules for inversion cells.Assessing possibilities and limitations of solar to electrical and chemical energy conversionPhotovoltaic effect at Inorganic/Organic Hybrid InterfacesExtremely Thin Absorber Solar Cells
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