• Picture of Dr. Leeat Yankielowicz-Keren

    Dr. Leeat Yankielowicz-Keren

    Melanoma
    Collaboration with:  Prof. Michal Lotem Prof. Eli Pikarsky Dr. Jonathan Cohen Prof. Yardena Samuels Prof. Steve Hodis Prof. Scott Rodig
    Immunotherapy
    Graft verses host disease
    Collaboration with:  Prof. Gerard Socie
    Multiplexed imaging
    Collaboration with:  Dr. David van Valen
    Artificial intelligence

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  • Picture of Prof. Binghai Yan

    Prof. Binghai Yan

    Topological Materials
    Topological Insulators
    Dirac and Weyl Semimetals
    Berry phase
    Shine light to quantum materials
    Light-matter interaction, nonlinear optical response
    Anomalous Hall effect, nonlinear anomalous Hall effect
    Quantum anomaly
    2D Materials
    Chirality in Physics and Chemistry
    Electronic properties in DNA-like chiral molecules
    The interplay between chiral structure, spin, and orbital.

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  • Picture of Prof. Sergei Yakovenko

    Prof. Sergei Yakovenko

    Analytic theory of ordinary differential equations.
    Singularity theory. Singular foliations, limit cycles, holonomy.

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  • Picture of Prof. Dan Yakir

    Prof. Dan Yakir

    Developing the use of stable isotopes (in particular, 13C, 18O, 15N, 2H) as tracers of biogeochemical cycles on land.
    Environmental and climatic influence on the exchange of trace gases and energy between plants, soil and the atmosphere.
    Climatic influence on the natural abundance of carbon, oxygen and hydrogen isotopes in CO2, O2, H2O and organic matter.

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  • Picture of Prof. Ernest Winocour

    Prof. Ernest Winocour

    virology, viral vectors for gene therapy, viruses associated with cancer
  • Picture of Prof. Meir Wilchek

    Prof. Meir Wilchek

    Study and application of molecular biorecognition
    Collaboration with:  retired, Dr. Talia Miron.
    Avidin-biotin system: Studies of the strong binding using chemical, physical and biological methods; new applications of the system.
    Affinity chromatography: Studies to improve purification of protein by developing new carriers, new activation methods and new principles.
    Affinity therapy: Development of methods to couple drugs and toxins to biological carriers, such as antibodies, and their delivery to target cells.
    Fluorescence, FRET.

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  • Picture of Prof. Stephen Weiner

    Prof. Stephen Weiner

    Structure-function relations in vertebrate mineralized tissues
    Collaboration with:  Ron Shahar, Hebrew University of Jerusalem
    Archaeological science: revealing the microscopic archaeological record
    Collaboration with:  Elisabetta Boaretto,
    Biomineralization: mechanisms of mineral formation.
    Collaboration with:  L. Addadi, Leeor Kronick, Dan Oron
    Uptake, transport and deposition of ions. With Lia Addadi Bone formation. With Lia Addadi Manipulation of light with organic crystals in biology. With Dan Oron and Leeor Kronik

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  • Picture of Prof. Eli Waxman

    Prof. Eli Waxman

    Theoretical astrophysics
    Collaboration with:  Avishay Gal-Yam, Boaz Katz, Doron Kushnir, Eran Ofek, Yossi Shvartzvald
    Cosmic explosions (Fast radio bursts, Neutron star mergers, Gamma-ray bursts, Supernovae)
    High energy and plasma astrophysics
    Neutrino and cosmic-ray astrophysics
    The ULTRASAT UV satellite project
    Collaboration with:  Sagi Ben-Ami, Avishay Gal-Yam, Eran Ofek, Yossi Shvratzvald

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  • Picture of Prof. David Wallach

    Prof. David Wallach

    Regulation of cell death and tissue damage:
    Proteins involved in the signaling for the cell-killing (apoptotic and necrotic), immunoregulatory, and inflammatory functions of cytokines of the tumor necrosis factor (TNF) family, and in the regulation of these functions.
    In vivo models for the functions of the signaling mechanisms activated by ligands of the TNF family and for their pathological aberrations.
    Natural antagonists to ligands of the TNF family, for protection against the deleterious effects of these cytokines in autoimmune and infectious diseases.
    Regulation of the activity of the NF kappa B transcription factors.
    The caspases, their functions and mechanisms of activation.
    Molecular mechanisms for chronic inflammatory skin diseases.
    Contributions of aberrations in the function of signaling proteins activated by ligands of the TNF family to cancer
    cancer-cells' survival factors
    Molecular mechanisms of programmed necrotic cell death, and of its regulation

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  • Picture of Prof. Michael Walker

    Prof. Michael Walker

    Selective gene expression in pancreatic beta cells:
    Role of specific transcription factors in expression of the insulin gene in pancreatic beta cells and in control of pancreatic development.
    Novel beta cell specific genes: isolation, characterization and use as potential tools in diagnosis and therapy of diabetes.

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