• Picture of Prof. Maya Schuldiner

    Prof. Maya Schuldiner

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    Uncovering tethers, functions and regulators of membrane contact sites in yeast
    Mitochondria-ER contact sites
    Peroxisome-Lipid Droplet contact sites
    Nucleus-Mitochondria contact sites
    The proteome of contact sites
    Targeting and translocation to Organelles
    Uncovering a role for the Ssh1, the alternative, translocon in yeast
    Deciphering targeting of proteins to mitochondria
    Targeting of membrane proteins to peroxisomes
    Targeting of low-hydrophobicity SS proteins to the ER
    Targeting of proteins to the surface of the ER
    Uncovering new peroxisomal proteins and their functions
    Collaboration with:  Dr. Einat Zalckvar
    Metabolite transport across the peroxisome membrane
    Peroxisome contact sites
    Peroxisome quality control
    Peroxisome targeting
    New peroxisomal enzymes and their functions
    Pexophagy
    Peroxisomes in metabolism
    Novel methodologies for systematic exploration of yeast organelle protein functions
    Creation of versatile yeast libraries
    High throughput electron microscopy techniques
    Translocation sensors

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  • Picture of Prof. Elad Schneidman

    Prof. Elad Schneidman

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    Biological networks
    Decision making and learning
    Animal swarming and collective behavior
    Computational Neuroscience
    Neural Coding
    Information and noise in neural populations
    Decoding neural activity
    Network organization and design
    Natural Scenes

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  • Picture of Dr. Rita Schmidt

    Dr. Rita Schmidt

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    Developing new tools for human MRI, especially at ultra-high field 7T MRI scanner, aiming to better understand the human brain function
    Developing new methods to improve the spatial and temporal resolution in functional brain MRI
    Developing new contrast methods for functional MRI to study brain function
    Advancing dedicated MR pulse sequences to achieve fast and ultrafast high quality MR imaging and spectroscopic imaging
    Boosting the accessible MR signal in localized functional brain trials

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  • Picture of Dr. Ruth Scherz-Shouval

    Dr. Ruth Scherz-Shouval

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    Tumor microenvironment
    Transcriptional profiling of stromal cells within tumors, Characterization of stromal stress responses

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  • Picture of Prof. Avigdor Scherz

    Prof. Avigdor Scherz

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    Quantification of atoms, groups and molecules electronegati using metal substituted bacteriochlorophylls and application to chemical reactivity.
    Resolving the forces which drive membrane protein assembly.
    The mechenism behind generation of reactive oxygen species (ROS) by illuminating novel bacteriochlorophyll derivatives and their application in photodynamic therapy (PDT) of tumors.

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  • Picture of Prof. Gideon Schechtman

    Prof. Gideon Schechtman

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    Convex geometry
    Functional analysis and geometry of Banach spaces
    Probability

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  • Picture of Prof. Yardena Samuels

    Prof. Yardena Samuels

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    Synthetic lethal interaction network of melanoma
    Identification of melanoma hub interactomes
    CRISPR screens to reveal driver gene interactions and drug resistance genes
    Decipher the immuno-genetic interactions between melanoma and T cells
    HLA peptidome analysis of metastatic melanoma lesions

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  • Picture of Prof. Jacob Sagiv

    Prof. Jacob Sagiv

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    Supramolecular Architecture at Interfaces (with R. Maoz)
    Supramolecular Surface Chemistry: Bottom-up Nanofabrication using Planned Self-Assembling Mono- and Multilayer Systems (with R. Maoz)
    Constructive Lithography: Contact Electrochemical Surface Patterning on Lateral Length Scales from Nanometer to Centimeter (with R. Maoz)
  • Picture of Prof. Irit Sagi

    Prof. Irit Sagi

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    Extracellular Matrix (ECM) remodeling: from biophysical principles to drug design
    ECM remodeling by unique enzymes: investigating ECM proteolysis and cross-linking that provide chemical and mechanical stimuli regulating cellular behavior in health and disease.
    Drug Design: develop specific inhibitors to control the enzymatic activity of ECM remodeling enzymes, elucidating their function, mode of action, and therapeutic potential.
    Matrix Biology: the ECM and its remodeling enzymes in physiological and pathological conditions. Development of novel tools in the fields of systems biology, immunological tools, molecular and biochemical methods, and a wide range of imaging techniques to study ECM functional remodeling.

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  • Picture of Prof. Dov Sagi

    Prof. Dov Sagi

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    Human vision, with an emphasis on processes involved in image segmentation, learning, and memory.

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