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Field
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on-going projects. Relevant techniques include transgenic mouse work, mouse training and strength testing, mouse colony management, tissue harvests, confocal microscopy, antibody-based techniques, small
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Electron Microscopy with Energy Dispersive X-ray Spectroscopy (SEM-EDX) Thermogravimetric Analysis (TGA) Isothermal calorimetry Fourier transform infrared spectroscopy (FTIR) Evaluation of strength
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Artificial enzymes or nanozymes Catalysis at biointerfaces or reactive nanomaterials Advanced materials characterisation techniques (e.g., electron microscopy, spectroscopy, surface analysis) You will be
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microscopy, spatial transcriptomics and in vitro and in vivo models to study brain tumor cell-cell interactions and the organization of the cancer ecosystem. We strive for highly collaborative and inclusive
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fundamental principles of behavioural choice. The postholder will work closely with members of the Rezaval lab. They will support experimental work including behaviour, microscopy, molecular biology, and
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to: Design, assemble, and align a single‑photon‑enabled scanning microscope; integrate detector modules, synchronization electronics, and time‑tagging workflows. Develop imaging protocols and benchmark
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scientific discovery. The successful candidate is expected to: Design and develop optical sensing and imaging systems for biological experiments (e.g. microscopy, spectroscopy, fluorescence-based readouts
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. Demonstrated high level of written and oral communication skills. Preferable Experience in eukaryotic cell culture/tissue culture. Nanoscale characterisation expertise including Electron Microscopy and/or Atomic
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materials. The successful candidate will undertake experimental research involving nanofabrication, optical nanocavities, and advanced optical microscopy techniques to probe quantum and molecular systems
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uses cryo-electron microscopy to understand how viral proteins are recognized by antibodies at an atomic level, and how that recognition can be exploited to design effective vaccines. You will learn