Dr. Zvika Brakerski

Prof. Steffen Jung

  • Picture of Dr. Liran Shlush

    Dr. Liran Shlush

    EPIC project
    Collaboration with:  John Dick Phillip Awadella

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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. Robert Fluhr

    Prof. Robert Fluhr

    Plant Response to Environmental Stress
    Reactive oxygen species in plant stress response
    Cellular REDOX state
    Gene expression networks in abiotic and biotic stress
    Proteases and their inhibitors in the regulation of programmed cell death

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  • Picture of Prof. Rony Seger

    Prof. Rony Seger

    The nuclear translocation of signaling protein as a drug target for cancer and inflammation
    The nuclear translocation of ERK
    The nuclear translocation of JNK and p38
    Develop peptide inhibitors of the nuclear translocation of ERK/JNK/p38 for the cure of cancer and inflammation
    Development of small molecular weight inhibitors of the nuclear translocation of ERK for the cure of cancer
    The subcellular localisation of AKT
    The mechanisms and roles of MEK nuclear translocation
    ERK1c in the regulation of Golgi fragmentation
    The mechanisms of golgi translocation of ERK1c
    Substrates of ERK1c in the Golgi
    Mechanism of ERK1c-regulated Golgi architecture

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  • Picture of Prof. Safran Samuel

    Prof. Safran Samuel

    Cell Mechanics
    Collaboration with:  Dennis Discher, Univ. Pennsylvania
    Soft Matter Physics

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  • Picture of Dr. Rina Rosenzweig

    Dr. Rina Rosenzweig

    Chaperone interactions with substrates
    Protein disaggregation machinery
    NMR of large proteins

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  • Picture of Prof. Deborah Fass

    Prof. Deborah Fass

    disulfide bond formation for oxidative protein folding and assembly
    extracellular matrix structure and assembly
    enzyme mechanism, regulation, and inhibition

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