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Dr. Nir Fluman
Helix flipping across membranesSequence features that allow transmembrane helices to flip across membranesInvolvement of helix flipping events in the process of membrane protein folding and quality controlIdentification of physiologically-relevant conformational mechanisms that require helices to flip across membranesComputational studies of helix flipping events across proteomesMembrane protein quality controlCharacterizing the molecular features of unfolded membrane proteinsIdentifying and characterizing cellular factors that recognize misfolded membrane proteins
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Prof. Robert Fluhr
Plant Response to Environmental StressReactive oxygen species in plant stress responseCellular REDOX stateGene expression networks in abiotic and biotic stressOxylipins, singlet oxygen and lipidomics of the osmotic stress response in rootsSinglet oxygen production in mutants, during photosynthesis and by natural photosensitizers and the resultant modification of RNA to yield translational arrest
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Dr. Sarel-Jacob Fleishman
Computational design of protein functionCollaboration with: Dan Tawfik Deborah Fass Gilad Haran Eitan BibiComputational enzyme designComputational antibody designDesign of optimised proteins, including stability, affinity, catalytic efficiency, and selectivityDesign of smart librariesMembrane protein design
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Dr. Amit Finkler
›Quantum-assisted sensing, from the single-spin limit to coherent, macroscopic objects›Nanoscale magnetic resonance imaging of molecules›Observation of quantum coherence in chemical reactionsCollaboration with: Durga Dasari, University of StuttgartHybrid platforms: Molecular qubits and NV qubitsCollaboration with: Danna Freedman, Northwestern UniversityHybrid platforms: NV qubits, phonons and superconducting qubitsCollaboration with: Michael Stern, Bar-Ilan University Eyal Buks, Technion
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